ISO/IEC 23005-5:2019
Information technology — Media context and control — Part 5: Data formats for interaction devices
This document specifies syntax and semantics of the data formats for interaction devices by providing a standardized format for interfacing actuators and sensors by defining XML schema-based language named Interaction Information Description Language (IIDL). IIDL provides a basic structure with common information for communication with various actuators and sensors in consistency. Device Command Vocabulary (DCV) is defined to provide a standardized format for commanding individual actuator, and Sensed Information Vocabulary (SIV) is defined to provide a standardized format for holding information from individual sensors either to get environmental information from real world or to influence virtual world objects using the acquired information on the basis of IIDL.
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Foreword
Introduction
1 Scope
2 Normative references
3 Terms, definitions and abbreviated terms
3.1 Terms and definitions
3.2 Abbreviated terms
4 Interaction information description language
4.1 General
4.2 Schema wrapper conventions
4.3 Root element and top-level tools
4.3.1 General
4.3.2 Syntax
4.3.3 Binary representation syntax
4.3.4 Semantics
4.3.5 Examples
4.4 Device commands
4.4.1 General
4.4.2 Reference coordinate system
Figure 2 — Reference coordinate system for actuators
4.4.3 Device command base type
4.4.3.1 Syntax
4.4.3.2 Binary representation syntax
4.4.3.3 Semantics
4.4.3.4 Examples
4.4.4 Device command base attributes
4.4.4.1 Syntax
4.4.4.2 Binary representation syntax
4.4.4.3 Semantics
4.4.4.4 Examples
4.5 Sensed information description tools
4.5.1 General
4.5.2 Global coordinate for sensors
Figure 3 — Reference coordinate for sensors
4.5.3 Sensed information base type
4.5.3.1 Syntax
4.5.3.2 Binary representation syntax
4.5.3.3 Semantics
4.5.4 Sensed information base attributes
4.5.4.1 Syntax
4.5.4.2 Binary representation syntax
4.5.4.3 Semantics
4.5.4.4 Examples
5 Device command vocabulary
5.1 General
5.2 Schema wrapper conventions
5.3 Light type
5.3.1 General
This subclause specifies a device command type which can generate a light effect. The properties of the command can be generated by the adaptation engine, which is combining the light effect specified by ISO/IEC 23005-3 with the user preference toward...
5.3.2 Syntax
5.3.3 Binary representation syntax
5.3.4 Semantics
5.3.5 Examples
This example shows the description of a device command of light effect with the following semantics. The dispaying device for the light effect is “light1”. The intensity shall be 5 % with the color “red” from the classification scheme described in ISO...
5.4 Flash type
5.4.1 General
This subclause specifies a device command type which can generate a flash effect. The properties of the command can be generated by the adaptation engine, which is combining the flash effect specified by ISO/IEC 23005-3 with the user preference toward...
5.4.2 Syntax
5.4.3 Binary representation syntax
5.4.4 Semantics
5.4.5 Examples
This example shows the description of a device command of flash effect with the following semantics. The displaying device for the flash effect is “flash1”. The intensity shall be 5% of the maximum intensity of “flash1”, while the frequency is 10 % of...
5.5 Heating type
5.5.1 General
This subclause specifies a device command type which can generate a heating effect. The properties of the command can be generated by the adaptation engine, which is combining the heating effect specified by ISO/IEC 23005-3 with the user preference to...
5.5.2 Syntax
5.5.3 Binary representation syntax
5.5.4 Semantics
5.5.5 Examples
This example shows the description of a device command of heating effect with the following semantics. The identifier for this command is “heater1” and the identifier for the heating device for which this command is issued is “heater001”. The intensit...
5.6 Cooling type
5.6.1 General
This subclause specifies a device command type which can generate a cooling effect. The properties of the command can be generated by the adaptation engine, which is combining the cooling effect specified by ISO/IEC 23005-3 with the user preference to...
5.6.2 Syntax
5.6.3 Binary representation syntax
5.6.4 Semantics
5.6.5 Examples
5.7 Wind type
5.7.1 General
This subclause specifies a device command type which can generate a wind effect. The properties of the command can be generated by the adaptation engine, which is combining the wind effect specified by ISO/IEC 23005-3 with the user preference toward t...
5.7.2 Syntax
5.7.3 Binary representation syntax
5.7.4 Semantics
5.7.5 Examples
This example shows the description of a device command of wind effect with the following semantics. The identifier for this command is “wind01” and the identifier for the wind device for which this command is issued is “wind001”. The intensity shall b...
5.8 Vibration type
5.8.1 General
This subclause specifies a device command type which can generate a vibration effect. The properties of the command can be generated by the adaptation engine, which is combining the vibration effect specified by ISO/IEC 23005-3 with the user preferenc...
5.8.2 Syntax
5.8.3 Binary representation syntax
5.8.4 Semantics
5.8.5 Examples
5.9 Sprayer type
5.9.1 General
This Subclause specifies a device command type which can generate a spraying effect. The properties of the command can be generated by the adaptation engine, which is combining the spraying effect specified by ISO/IEC 23005-3 with the user preference ...
5.9.2 Syntax
5.9.3 Binary representation syntax
5.9.4 Semantics
5.9.5 Examples
5.10 Scent type
5.10.1 General
This Subclause specifies a device command type which can generate a scent effect. The properties of the command can be generated by the adaptation engine, which is combining the scent effect specified by ISO/IEC 23005-3 with the user preference toward...
5.10.2 Syntax
5.10.3 Binary representation syntax
5.10.4 Semantics
5.10.5 Examples
5.11 Fog type
5.11.1 General
This Subclause specifies a device command type which can generate a fog effect. The properties of the command can be generated by the adaptation engine, which is combining the fog effect specified by ISO/IEC 23005-3 with the user preference toward the...
5.11.2 Syntax
5.11.3 Binary representation syntax
5.11.4 Semantics
5.11.5 Examples
5.12 Color correction type
5.12.1 General
This subclause specifies a device command type which can generate a color correction effect. The properties of the command can be generated by the adaptation engine, which is combining the color correction effect specified by ISO/IEC 23005-3 with the ...
5.12.2 Syntax
5.12.3 Binary representation syntax
5.12.4 Semantics
5.12.5 Examples
5.13 Initialize color correction parameter type
5.13.1 General
5.13.2 Syntax
5.13.3 Binary representation syntax
5.13.4 Semantics
5.13.5 Exmaples
5.14 Rigid body motion type
5.14.1 General
This subclause specifies a device command type which can generate a regid body motion effect. The properties of the command can be generated by the adaptation engine, which is combining the regid body motion effect specified by ISO/IEC 23005-3 with th...
5.14.2 Syntax
5.14.3 Binary representation syntax
5.14.4 Semantics
5.14.5 Examples
5.15 Tactile type
5.15.1 General
This subclause specifies a device command type which can generate a tactile effect. The properties of the command can be generated by the adaptation engine, which is combining the tactile effect specified by ISO/IEC 23005-3 with the user preference to...
5.15.2 Syntax
5.15.3 Binary representation syntax
5.15.4 Semantics
5.15.5 Examples
5.16 Kinesthetic type
5.16.1 General
This subclause specifies a device command type which can generate a kinesthetic effect. The properties of the command can be generated by the adaptation engine, which is combining the kinesthetic effect specified by ISO/IEC 23005-3 with the user prefe...
5.16.2 Syntax
5.16.3 Binary representation syntax
5.16.4 Semantics
5.16.5 Examples
5.17 Global position command type
5.17.1 General
5.17.2 Syntax
5.17.3 Binary representation syntax
5.17.4 Semantics
Semantics of the GlobalPositionCommandType:
5.17.5 Examples
5.18 Bubble type
5.18.1 General
5.18.2 Syntax
5.18.3 Binary representation
5.18.4 Semantics
Semantics of the BubbleType:
5.18.5 Examples
5.19 3D printer type
5.19.1 General
5.19.2 Syntax
5.19.3 Binary representation
5.19.4 Semantics
5.19.5 Examples
5.20 Sound display setting type
5.20.1 General
5.20.2 Syntax
5.20.3 Binary representation
5.20.4 Semantics
5.20.5 Examples
5.21 3D printing color reproduction type
5.21.1 General
5.21.2 XML representation syntax
5.21.3 Binary representation syntax
5.21.4 Semantics
5.21.5 Examples
5.22 Arrayed light type
5.22.1 General
5.22.2 Syntax
5.22.3 Binary representation syntax
5.22.4 Semantics
5.22.5 Examples
The example shows the description of a device command for an arrayed light with the following semantics. The identifier for the light effect device is “arrayedlight1”. The color shall be represented with a 3-by-3 color matrix.
6 Sensed information vocabulary
6.1 General
6.2 Schema wrapper conventions
6.3 Light sensor type
6.3.1 General
This subclause specifies a sensor type which senses light intensity and color. The light sensor type does not specify any sensing methods such as photo resistor technologies. Therefore, any measurement specific to the particular sensing technologies i...
6.3.2 Syntax
6.3.3 Binary representation syntax
6.3.4 Semantics
6.3.5 Examples
6.4 Ambient noise sensor type
6.4.1 General
This subclause specifies a sensor type which senses ambinet noise and its duration. The ambient noise sensor type does not specify any sensing methods such as audio and microphone technologies. Therefore, any measurement specific to the particular sen...
6.4.2 Syntax
6.4.3 Binary representation syntax
6.4.4 Semantics
6.4.5 Examples
6.5 Temperature sensor type
6.5.1 General
This subclause specifies a sensor type which senses temperature. The temperature sensor type does not specify any sensing methods such as the thermally sensitive resistor technology. Therefore, any measurement specific to the particular sensing techno...
6.5.2 Syntax
6.5.3 Binary representation syntax
6.5.4 Semantics
6.5.5 Examples
6.6 Humidity sensor type
6.6.1 General
This subclause specifies a sensor type which senses humidity. The humidity sensor type does not specify any sensing methods such as the capacitive, resisitive, and conductivity technologies. Therefore, any measurement specific to the particular sensin...
6.6.2 Syntax
6.6.3 Binary representation syntax
6.6.4 Semantics
6.6.5 Examples
6.7 Distance sensor type
6.7.1 General
This subclause specifies a sensor type which senses distance from the sensor-specified point to a sensed object. The distance sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any meas...
6.7.2 Syntax
6.7.3 Binary representation syntax
6.7.4 Semantics
6.7.5 Examples
6.8 Atmospheric pressure sensor type
6.8.1 General
This subclause specifies a sensor type which senses atmospheric pressure. The atmospheric pressure sensor type does not specify any sensing methods such as the capacitive, resisitive, and conductivity technologies. Therefore, any measurement specific ...
6.8.2 Syntax
6.8.3 Binary representation syntax
6.8.4 Semantics
6.8.5 Examples
6.9 Position sensor type
6.9.1 General
This subclause specifies a sensor type which senses position. The position sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing technolo...
6.9.2 Syntax
6.9.3 Binary representation syntax
6.9.4 Semantics
6.9.5 Examples
6.10 Velocity sensor type 6.10.1 General This subclause specifies a sensor type which senses velocity. The velocity sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and inductive technologies. Therefore, any measurement specific to the particular sensing... 6.10.2 Syntax 6.10.3 Binary representation syntax 6.10.4 Semantics 6.10.5 Examples 6.11 Acceleration sensor type 6.11.1 General This subclause specifies a sensor type which senses acceleration. The acceleration sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and inductive technologies. Therefore, any measurement specific to the particular... 6.11.2 Syntax 6.11.3 Binary representation syntax 6.11.4 Semantics 6.11.5 Examples 6.12 Orientation sensor type 6.12.1 General This subclause specifies a sensor type which senses orientation. The orientation sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and gyro technologies. Therefore, any measurement specific to the particular sensin... 6.12.2 Syntax 6.12.3 Binary representation syntax 6.12.4 Semantics 6.12.5 Examples
6.13 Angular velocity sensor type
6.13.1 General
This subclause specifies a sensor type which senses angular velocity. The angular velocity sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and gyro technologies. Therefore, any measurement specific to the particu...
6.13.2 Syntax
6.13.3 Binary representation syntax
6.13.4 Semantics
6.13.5 Examples
6.14 Angular acceleration sensor type
6.14.1 General
This subclause specifies a sensor type which senses angular acceleration. The angular acceleration sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and gyro technologies. Therefore, any measurement specific to the...
6.14.2 Syntax
6.14.3 Binary representation syntax
6.14.4 Semantics
6.14.5 Examples
6.15 Force sensor type
6.15.1 General
This subclause specifies a sensor type which senses force. The force sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing technologies i...
6.15.2 Syntax
6.15.3 Binary representation syntax
6.15.4 Semantics
6.15.5 Examples
6.16 Torque sensor type
6.16.1 General
This subclause specifies a sensor type which senses torque. The torque sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing technologies...
6.16.2 Syntax
6.16.3 Binary representation syntax
6.16.4 Semantics
6.16.5 Examples
6.17 Pressure sensor type
6.17.1 General
This Subclause specifies a sensor type which senses pressure. The pressure sensor type does not specify any sensing methods such as as the capacitive, resisitive, and conductivity technologies. Therefore, any measurement specific to the particular sen...
6.17.2 Syntax
6.17.3 Binary representation syntax
6.17.4 Semantics
6.17.5 Examples
6.18 Motion sensor type
6.18.1 General
This Subclause specifies an aggregated sensor type which contains sensed information such as position, velocity, acceleration, orientation, angular velocity, and angular acceleration. The aggregated sensor type may contain just a subset of the sensed ...
6.18.2 Syntax
6.18.3 Binary representation syntax
6.18.4 Semantics
6.18.5 Examples
6.19 Intelligent camera type 6.19.1 General This subclause specifies a camera sensor type which is capable of sensing information such as facial expressions, body gestures, facial and body feature points. The sensor type may contain just a subset of the sensed information. The sensor type does ... 6.19.2 Syntax 6.19.3 Binary representation syntax 6.19.4 Semantics 6.19.5 Examples 6.20 Multi interaction point sensor type 6.20.1 General This subclause specifies a sensor type which senses a set of states for multiple interaction points which receivce user’s selecting inputs. For instance, the current touch-based devices provide lots of multi-touch applications while some of such appli... 6.20.2 Syntax 6.20.3 Binary representation syntax 6.20.4 Semantics Semantics of the MultiInteractionPointSensorType: 6.20.5 Examples This example shows the description of a set of interaction points sensing with the following semantics. A multi-touch game, drum-kit, has a base drum, a tom-tom drum and a cymbal. To receive user’s input, the game creates an interface via a multi inte... After 1 second, timestamp = “51000” the user is trying to release the drum kit. Therefore all interaction points are not pressed. 6.21 Gaze tracking sensor type 6.21.1 General This subclause specifies a sensor type which senses a position and a blinking status of user’s eye along with the orientation of user’s gaze. The gaze tracking sensor type does not specify any sensing methods such as infrared, vision, and inductive te... 6.21.2 Syntax 6.21.3 Binary representation syntax 6.21.4 Semantics Semantics of the GazeTrackingSensorType: 6.21.5 Examples This example shows the description of a gaze sensing with the following semantics. The gaze tracking sensor of id “GTSID001” was sensing two gazes from a person. According to the attributes, the sensor was tracking a person who is considered as the pe... 6.22 Wind sensor type 6.22.1 General This subclause specifies a sensor type also known as “anemometer”, which measures a velocity of wind at a certain position. The wind sensor type does not specify any sensing methods such as ultrasonic, laser-dopper, windmill, and inductive technologie... 6.22.2 Syntax 6.22.3 Binary representation syntax 6.22.4 Semantics Semantics of the WindSensorType: 6.22.5 Examples 6.23 Global position sensor type 6.23.1 General This subclause specifies XML syntax, binary representation syntax, and semantics of the GlobalPositionSensorType with an example instantiation of the sensed information. This complex type is defined to specify the syntax for the interchange of informa... 6.23.2 Syntax 6.23.3 Binary representation syntax 6.23.4 Semantics Semantics of the GlobalPositionSensorType: 6.23.5 Examples 6.24 Altitude sensor type 6.24.1 General 6.24.2 Syntax 6.24.3 Binary representation syntax 6.24.4 Semantics Semantics of the AltitudeSensorType: 6.24.5 Examples 6.25 Bend sensor type 6.25.1 General This subclause specifies a bend sensor type which senses bending angles at each sensing point. The sensor type may sense a single angle or multiple angles of multiple axes depending upon the capability of the particular sensor. The bend sensor type do... 6.25.2 Syntax 6.25.3 Binary representation syntax 6.25.4 Sematics Semantics of the BendSensorType: 6.25.5 Examples 6.26 Gas sensor type 6.26.1 General This subclause specifies a gas sensor type which senses a gas type and its gas concentration value. The sensor type may sense a single gas type or multiple types of gas depending upon the capability of the particular sensor. The gas sensor type does n... 6.26.2 Syntax 6.26.3 Binary representation syntax 6.26.4 Semantics Semantics of the GasSensorType: 6.26.5 Examples 6.27 Dust sensor type 6.27.1 General This subclause specifies a gas sensor type which senses dust concentration value without identifying the types of dust. The dust sensor type does not specify any sensing methods such as optical and tribo-electric technologies. Therefore, any measureme... 6.27.2 Syntax 6.27.3 Binary representation syntax 6.27.4 Semantics Semantics of the DustSensorType: 6.27.5 Examples 6.28 Body height sensor type 6.28.1 General This subclause specifies a sensor type which senses body height. The body height sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing te... 6.28.2 Syntax 6.28.3 Binary representation syntax 6.28.4 Semantics Semantics of the BodyHeightSensorType: 6.28.5 Examples 6.29 Body weight sensor type 6.29.1 General This subclause specifies a sensor type which senses body weight. The body weight sensor type does not specify any sensing methods such as strain gauge and gravity technologies. Therefore, any measurement specific to the particular sensing technologies... 6.29.2 Syntax 6.29.3 Binary representation syntax 6.29.4 Semantics Semantics of the BodyWeightSensorType: 6.29.5 Examples 6.30 Body temperature sensor type 6.30.1 General This Subclause specifies a sensor type which senses body temperature. The body temperature sensor type does not specify any sensing methods such as the thermally sensitive resistor technology. Therefore, any measurement specific to the particular sens... 6.30.2 Syntax 6.30.3 Binary representation syntax 6.30.4 Semantics Semantics of the BodyTemperatureSensorType: 6.30.5 Examples 6.31 Body fat sensor type 6.31.1 General This subclause specifies a sensor type which senses body fat. The body fat sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technologies is n... 6.31.2 Syntax 6.31.3 Binary representation syntax 6.31.4 Semantics Semantics of the BodyFatSensorType: 6.31.5 Examples 6.32 Blood type sensor type 6.32.1 General This subclause specifies a sensor type which senses blood type. The blood type sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technologies ... 6.32.2 Syntax 6.32.3 Binary representation syntax 6.32.4 Semantics 6.32.5 Examples 6.33 Blood pressure sensor type 6.33.1 General This subclause specifies a sensor type which senses blood pressure. The blood pressure sensor type does not specify any sensing methods such as a sphygmomanometer technology. Therefore, any measurement specific to the particular sensing technologies i... 6.33.2 Syntax 6.33.3 Binary representation syntax 6.33.4 Semantics Semantics of the BloodPressureSensorType: 6.33.5 Examples 6.34 Blood sugar sensor type 6.34.1 General This subclause specifies a sensor type which senses blood sugar. The blood sugar sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technologie... 6.34.2 Syntax 6.34.3 Binary representation syntax 6.34.4 Semantics Semantics of the BloodSugarSensorType: 6.34.5 Examples 6.35 Blood oxygen sensor type 6.35.1 General This subclause specifies a sensor type which senses blood oxygen. The blood oxygen sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technolog... 6.35.2 Syntax 6.35.3 Binary representation syntax 6.35.4 Semantics Semantics of the BloodOxygenSensorType: 6.35.5 Examples 6.36 Heart rate sensor type 6.36.1 General This subclause specifies a sensor type which senses heart rate. The heart rate sensor type does not specify any sensing methods such as a bio-mechanical technology. Therefore, any measurement specific to the particular sensing technologies is not the ... 6.36.2 Syntax 6.36.3 Binary representation syntax 6.36.4 Semantics Semantics of the HeartRateSensorType: 6.36.5 Examples 6.37 Electrograph sensor type 6.37.1 General This subclause specifies an electrograph sensor type which produces any electrical graphs. The electrograph sensor type is a base type of electrograph-related bio-signals such as electroencephalogram (EEG), electrocardiogram (ECG), electromyogram (EMG... 6.37.2 Syntax 6.37.3 Binary representation syntax 6.37.4 Semantics Semantics of the ElectrographSensorType: 6.37.5 Examples 6.38 EEG sensor type 6.38.1 General This subclause specifies an electroencephalogram sensor type which detects a set of brain waves among the electrodes attached to the scalp that act as transducers. The applications of the sensor type may include medical use, health monitoring, brain c... 6.38.2 Syntax 6.38.3 Binary representation syntax 6.38.4 Semantics Semantics of the EEGSensorType: 6.38.5 Examples 6.39 ECG sensor type 6.39.1 General This subclause specifies an electrocodiogram sensor type which detects a set of heart waves among the electrodes attached to the skin that are caused when the heart muscle depolarizes during each heartbeat. The applications of the sensor type may incl... 6.39.2 Syntax 6.39.3 Binary representation syntax 6.39.4 Semantics Semantics of the ECGSensorType: 6.39.5 Examples 6.40 EMG sensor type 6.40.1 General This subclause specifies an electromyogram sensor type which detects a set of muscle tissure waves among the electrodes attached to skeletal muscles. The applications of the sensor type may include medical use, health monitoring, physical interactive ... 6.40.2 Syntax 6.40.3 Binary representation syntax 6.40.4 Semantics Semantics of the EMGSensorType: 6.40.5 Examples 6.41 EOG sensor type 6.41.1 General This subclause specifies an electrooculogram sensor type which detects a set of the resting potential waves among the electrodes attached to positions around eyes. The applications of the sensor type may include medical use, health monitoring, physica... 6.41.2 Syntax 6.41.3 Binary representation syntax 6.41.4 Semantics Semantics of the EOGSensorType: 6.41.5 Examples 6.42 GSR sensor type 6.42.1 General This subclause specifies a galvanic skin response sensor type which detects a set of the electrical conductance waves of skin, which varies with its moisture level. The applications of the sensor type may include medical use, health monitoring, physic... 6.42.2 Syntax 6.42.3 Binary representation syntax 6.42.4 Semantics Semantics of the GSRSensorType: 6.42.5 Examples 6.43 Bio sensor type 6.43.1 General This Subclause specifies an aggregated sensor type which contains sensed information such as body height, body weight, body temperature, body fat, blood type, blood pressure, blood sugar, blood oxygen, heart rate, EEG, ECG, EMG, EOG, and GSR. The aggr... 6.43.2 Syntax 6.43.3 Binary representation syntax 6.43.4 Semantics 6.43.5 Examples 6.44 Weather sensor type 6.44.1 General 6.44.2 Syntax 6.44.3 Binary representation syntax 6.44.4 Semantics Semantics of the WeatherSensorType: 6.44.5 Examples 6.45 Facial expression sensor type 6.45.1 General 6.45.2 Syntax 6.45.3 Binary representation syntax 6.45.4 Semantics Semantics of the FacialExpressionSensorType: 6.45.5 Examples 6.46 Facial morphology sensor type 6.46.1 General 6.46.2 Syntax 6.46.3 Binary representation syntax 6.46.4 Semantics Semantics of the FacialMorphologySensorType: Figure 4 — Description of facial morphology parameters 6.46.5 Examples 6.47 Facial expression characteristics sensor type 6.47.1 General 6.47.2 Syntax 6.47.3 Binary representation syntax 6.47.4 Semantics Semantics of the FacialExpressionCharacteristicsSensorType: 6.47.5 Examples 6.48 Geomagnetic sensor type 6.48.1 General 6.48.2 Syntax 6.48.3 Binary representation syntax 6.48.4 Semantics Semantics of the GeomagneticSensorType: 6.48.5 Examples
6.49 Proximity sensor
6.49.1 General
6.49.2 Syntax
6.49.3 Binary representation syntax
6.49.4 Semantics
6.49.5 Examples
6.50 Switch sensor
6.50.1 General
6.50.2 Syntax
6.50.3 Binary representation syntax
6.50.4 Semantics
6.50.5 Examples
6.51 Camera sensor type
6.51.1 General
6.51.2 Syntax
6.51.3 Binary representation syntax
6.51.4 Semantics
6.51.5 Examples
6.52 Spectrum camera sensor type
6.52.1 General
6.52.2 Syntax
6.52.3 Binary representation syntax
6.52.4 Semantics
6.52.5 Examples
6.53 Color camera sensor type
6.53.1 General
6.53.2 Syntax
6.53.3 Binary representation syntax
6.53.4 Semantics
6.53.5 Examples
6.54 Depth camera sensor type
6.54.1 General
6.54.2 Syntax
6.54.3 Binary representation syntax
6.54.4 Semantics
6.54.5 Examples
6.55 Stereo camera sensor type
6.55.1 General
6.55.2 Syntax
6.55.3 Binary representation syntax
6.55.4 Semantics
6.55.5 Examples
6.56 Thermographic camera sensor type
6.56.1 General
This subclause specifies a camera sensor type which provides the surface temperature of the objects in the form of an image by detecting the infrared radiation emitted by objects. The thermographic camera type does not specify any sensing methods such...
6.56.2 Syntax
6.56.3 Binary representation syntax
6.56.4 Semantics
Semantics of the ThermographicCameraType:
6.56.5 Examples
This example shows the description of a thermographic camera sensing with the following semantics. The sensor has an ID of “TCS001” and references “TCSID001”. The thermographic camera used for this example yields a 160x120 array consisting of 19200 te...
6.57 Engine oil temperature sensor type
6.57.1 General
This subclause specifies a sensor type which senses temperature of the engine oil. The engine oil temperature sensor type is defined as an extension of Temperature Sensor type, and does not specify any sensing methods. Therefore, any measurement speci...
6.57.2 Syntax
6.57.3 Binary representation syntax
6.57.4 Semantics
6.57.5 Examples
6.58 Intake air temperature sensor type
6.58.1 General
This subclause specifies a sensor type which senses intake air temperature. The intake air temperature sensor type is defined as an extension of temperature sensor type, and does not specify any sensing methods. Therefore, any measurement specific to ...
6.58.2 Syntax
6.58.3 Binary representation syntax
6.58.4 Semantics
6.58.5 Examples
6.59 Tire pressure monitor system sensor type
6.59.1 General
This subclause specifies a sensor type which senses tire pressure of the vehicle. The tire pressure monitor system sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the ...
6.59.2 Syntax
6.59.3 Binary representation syntax
6.59.4 Semantics
6.59.5 Examples
6.60 Distance traveled sensor type
6.60.1 General
This subclause specifies a sensor type which senses total distance traveled by the vehicle. The distance traveled sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the s...
6.60.2 Syntax
6.60.3 Binary representation syntax
6.60.4 Semantics
6.60.5 Examples
6.61 Speed sensor type
6.61.1 General
This sub clause specifies a sensor type which senses the speed without the notion of moving direction. The speed sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the sc...
6.61.2 Syntax
6.61.3 Binary representation syntax
6.61.4 Semantics
6.62 Vehicle speed sensor type
6.62.1 General
This subclause specifies a sensor type which senses the vehicle speed. The vehicle speed sensor type is defined as an extension of the speed sensor type, and does not specify any sensing methods. Therefore, any measurement specific to the particular s...
6.62.2 Syntax
6.62.3 Binary representation syntax
6.62.4 Semantics
6.62.5 Examples
6.63 Mass air flow sensor type
6.63.1 General
This subclause specifies a sensor type which senses mass air flow rate. The distance travelled sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the scope of the sensor ...
6.63.2 Syntax
6.63.3 Binary representation syntax
6.63.4 Semantics
6.63.5 Examples
6.64 Percentage sensor type
6.64.1 General
This subclause specifies an abstract sensor type which senses percentage of a certain amount. The percentage sensor type provides base for the definition of any sensor measuring in the unit of percentage, and does not specify any sensing methods. Ther...
Syntax
6.64.2 Binary representation syntax
6.64.3 Semantics
6.65 Fuel level type
6.65.1 General
This subclause specifies a sensor type which senses fuel level of a vehicle. The fuel level sensor type is specified as an extension of the percentage sensor type and does not specify any sensing methods. Therefore, any measurement specific to the par...
6.65.2 Syntax
6.65.3 Binary representation syntax
6.65.4 Semantics
6.65.5 Examples
6.66 Manifold absolute pressure sensor type
6.66.1 General
This subclause specifies a sensor type which senses manifold absolute pressure. The manifold absolute pressure sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the scop...
6.66.2 Syntax
6.66.3 Binary representation syntax
6.66.4 Semantics
6.66.5 Examples
6.67 EngineRPM sensor type
6.67.1 General
This subclause specifies a sensor type which senses rpm of the engine. The engine rpm sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the scope of the sensor type. The...
6.67.2 Syntax
6.67.3 Binary representation syntax
6.67.4 Semantics
6.67.5 Examples
6.68 Center of mass sensor type
6.68.1 General
This subclause specifies a sensor type which detects inclined direction of a human body. This sensor type does not specify any sensing methods such as strain gauge and gravity technologies. Therefore, any measurement specific to the particular sensing...
6.68.2 Syntax
6.68.3 Binary representation syntax
6.68.4 Semantics
Semantics of the CoMSensorType:
6.68.5 Examples
This example shows the description of a CoM sensing with the following semantics. The sensor has an ID of “COM001” and references “COMID001”. The sensor shall be activated and the directionX=”0.4”, directionY=”0.7”. The sensor shall be sensed at times...
6.69 RADAR sensor type
6.69.1 General
6.69.2 Syntax
6.69.3 Binary representation syntax
6.69.4 Semantics
6.69.5 Examples
6.70 Array camera type
6.70.1 General
6.70.2 Syntax
6.70.3 Binary representation syntax
6.70.4 Semantics
6.70.5 Examples
6.71 Microphone sensor type
6.71.1 General
6.71.2 Syntax
6.71.3 Binary representation
6.71.4 Semantics
6.71.5 Examples
6.72 E-Nose sensor type
6.72.1 General
6.72.2 Syntax
6.72.3 Binary representation
6.72.4 Semantics
6.72.5 Examples
A.1 Schemas for this document
B.1 Waveform label CS of EEG
The following shows the waveform label classification scheme of EEG.
B.2 Waveform label CS of ECG
The following shows the waveform label classification scheme of ECG.
B.3 Waveform label CS of EMG
The following shows the waveform label classification scheme of EMG.
B.4 Waveform label CS of EOG
B.5 Wave pattern CS
B.6 WeatherCS
B.7 WindDirectionTypeCS
B.8 FacialExpressionBasisIDCS
Describes the vertical jaw displacement
Describes the vertical top middle inner lip displacement
Describes the vertical bottom middle inner lip displacement
Describes the horizontal displacement of left inner lip corner
Describes the horizontal displacement of right inner lip corner
Describes the vertical displacement of left inner lip corner
Describes the vertical displacement of right inner lip corner
Describes the depth displacement of jaw
Describes the side to side displacement of jaw
Describes the depth displacement of bottom middle lip
Describes the depth displacement of top middle lip
Describes the upward and compressing movement of the chin (like in sadness)
Describes the vertical displacement of top left eyelid
Describes the vertical displacement of top right eyelid
Describes the vertical displacement of bottom left eyelid
Describes the vertical displacement of bottom right eyelid
Describes the horizontal orientation of left eyeball
Describes the horizontal orientation of right eyeball
Describes the vertical orientation of left eyeball
Describes the vertical orientation of right eyeball
Describes the depth displacement of left eyeball
Describes the depth displacement of right eyeball
Describes the dilation of left pupil
Describes the dilation of right pupil
Describes the vertical displacement of left inner eyebrow
Describes the vertical displacement of right inner eyebrow
Describes the vertical displacement of left middle eyebrow
Describes the vertical displacement of right middle eyebrow
Describes the vertical displacement of left outer eyebrow
Describes the vertical displacement of right outer eyebrow
Describes the horizontal displacement of left eyebrow
Describes the horizontal displacement of right eyebrow
Describes the horizontal displacement of left cheek
Describes the horizontal displacement of right cheek
Describes the vertical displacement of left cheek
Describes the vertical displacement of right cheek
Describes the horizontal displacement of tongue tip
Describes the vertical displacement of tongue tip
Describes the depth displacement of tongue tip
Describes the vertical displacement of tongue
Describes the rolling of the tongue into U shape
Describes the head pitch angle from top of spine
Describes the head yaw angle from top of spine
Describes the head roll angle from top of spine
Describes the vertical top middle outer lip displacement
Describes the vertical bottom middle outer lip displacement
Describes the horizontal displacement of left outer lip corner
Describes the horizontal displacement of right outer lip corner
Describes the vertical displacement of left outer lip corner
Describes the vertical displacement of right outer lip corner
Describes the horizontal displacement of left side of nose
Describes the horizontal displacement of right side of nose
Describes the vertical displacement of nose tip
Describes the horizontal displacement of nose tip
Describes the vertical displacement of left ear
Describes the vertical displacement of right ear
Describes the horizontal displacement of left ear
Describes the horizontal displacement of right ear
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Foreword
Introduction
1 Scope
2 Normative references
3 Terms, definitions and abbreviated terms
3.1 Terms and definitions
3.2 Abbreviated terms
4 Interaction information description language
4.1 General
4.2 Schema wrapper conventions
4.3 Root element and top-level tools
4.3.1 General
4.3.2 Syntax
4.3.3 Binary representation syntax
4.3.4 Semantics
4.3.5 Examples
4.4 Device commands
4.4.1 General
4.4.2 Reference coordinate system
Figure 2 — Reference coordinate system for actuators
4.4.3 Device command base type
4.4.3.1 Syntax
4.4.3.2 Binary representation syntax
4.4.3.3 Semantics
4.4.3.4 Examples
4.4.4 Device command base attributes
4.4.4.1 Syntax
4.4.4.2 Binary representation syntax
4.4.4.3 Semantics
4.4.4.4 Examples
4.5 Sensed information description tools
4.5.1 General
4.5.2 Global coordinate for sensors
Figure 3 — Reference coordinate for sensors
4.5.3 Sensed information base type
4.5.3.1 Syntax
4.5.3.2 Binary representation syntax
4.5.3.3 Semantics
4.5.4 Sensed information base attributes
4.5.4.1 Syntax
4.5.4.2 Binary representation syntax
4.5.4.3 Semantics
4.5.4.4 Examples
5 Device command vocabulary
5.1 General
5.2 Schema wrapper conventions
5.3 Light type
5.3.1 General
This subclause specifies a device command type which can generate a light effect. The properties of the command can be generated by the adaptation engine, which is combining the light effect specified by ISO/IEC 23005-3 with the user preference toward...
5.3.2 Syntax
5.3.3 Binary representation syntax
5.3.4 Semantics
5.3.5 Examples
This example shows the description of a device command of light effect with the following semantics. The dispaying device for the light effect is “light1”. The intensity shall be 5 % with the color “red” from the classification scheme described in ISO...
5.4 Flash type
5.4.1 General
This subclause specifies a device command type which can generate a flash effect. The properties of the command can be generated by the adaptation engine, which is combining the flash effect specified by ISO/IEC 23005-3 with the user preference toward...
5.4.2 Syntax
5.4.3 Binary representation syntax
5.4.4 Semantics
5.4.5 Examples
This example shows the description of a device command of flash effect with the following semantics. The displaying device for the flash effect is “flash1”. The intensity shall be 5% of the maximum intensity of “flash1”, while the frequency is 10 % of...
5.5 Heating type
5.5.1 General
This subclause specifies a device command type which can generate a heating effect. The properties of the command can be generated by the adaptation engine, which is combining the heating effect specified by ISO/IEC 23005-3 with the user preference to...
5.5.2 Syntax
5.5.3 Binary representation syntax
5.5.4 Semantics
5.5.5 Examples
This example shows the description of a device command of heating effect with the following semantics. The identifier for this command is “heater1” and the identifier for the heating device for which this command is issued is “heater001”. The intensit...
5.6 Cooling type
5.6.1 General
This subclause specifies a device command type which can generate a cooling effect. The properties of the command can be generated by the adaptation engine, which is combining the cooling effect specified by ISO/IEC 23005-3 with the user preference to...
5.6.2 Syntax
5.6.3 Binary representation syntax
5.6.4 Semantics
5.6.5 Examples
5.7 Wind type
5.7.1 General
This subclause specifies a device command type which can generate a wind effect. The properties of the command can be generated by the adaptation engine, which is combining the wind effect specified by ISO/IEC 23005-3 with the user preference toward t...
5.7.2 Syntax
5.7.3 Binary representation syntax
5.7.4 Semantics
5.7.5 Examples
This example shows the description of a device command of wind effect with the following semantics. The identifier for this command is “wind01” and the identifier for the wind device for which this command is issued is “wind001”. The intensity shall b...
5.8 Vibration type
5.8.1 General
This subclause specifies a device command type which can generate a vibration effect. The properties of the command can be generated by the adaptation engine, which is combining the vibration effect specified by ISO/IEC 23005-3 with the user preferenc...
5.8.2 Syntax
5.8.3 Binary representation syntax
5.8.4 Semantics
5.8.5 Examples
5.9 Sprayer type
5.9.1 General
This Subclause specifies a device command type which can generate a spraying effect. The properties of the command can be generated by the adaptation engine, which is combining the spraying effect specified by ISO/IEC 23005-3 with the user preference ...
5.9.2 Syntax
5.9.3 Binary representation syntax
5.9.4 Semantics
5.9.5 Examples
5.10 Scent type
5.10.1 General
This Subclause specifies a device command type which can generate a scent effect. The properties of the command can be generated by the adaptation engine, which is combining the scent effect specified by ISO/IEC 23005-3 with the user preference toward...
5.10.2 Syntax
5.10.3 Binary representation syntax
5.10.4 Semantics
5.10.5 Examples
5.11 Fog type
5.11.1 General
This Subclause specifies a device command type which can generate a fog effect. The properties of the command can be generated by the adaptation engine, which is combining the fog effect specified by ISO/IEC 23005-3 with the user preference toward the...
5.11.2 Syntax
5.11.3 Binary representation syntax
5.11.4 Semantics
5.11.5 Examples
5.12 Color correction type
5.12.1 General
This subclause specifies a device command type which can generate a color correction effect. The properties of the command can be generated by the adaptation engine, which is combining the color correction effect specified by ISO/IEC 23005-3 with the ...
5.12.2 Syntax
5.12.3 Binary representation syntax
5.12.4 Semantics
5.12.5 Examples
5.13 Initialize color correction parameter type
5.13.1 General
5.13.2 Syntax
5.13.3 Binary representation syntax
5.13.4 Semantics
5.13.5 Exmaples
5.14 Rigid body motion type
5.14.1 General
This subclause specifies a device command type which can generate a regid body motion effect. The properties of the command can be generated by the adaptation engine, which is combining the regid body motion effect specified by ISO/IEC 23005-3 with th...
5.14.2 Syntax
5.14.3 Binary representation syntax
5.14.4 Semantics
5.14.5 Examples
5.15 Tactile type
5.15.1 General
This subclause specifies a device command type which can generate a tactile effect. The properties of the command can be generated by the adaptation engine, which is combining the tactile effect specified by ISO/IEC 23005-3 with the user preference to...
5.15.2 Syntax
5.15.3 Binary representation syntax
5.15.4 Semantics
5.15.5 Examples
5.16 Kinesthetic type
5.16.1 General
This subclause specifies a device command type which can generate a kinesthetic effect. The properties of the command can be generated by the adaptation engine, which is combining the kinesthetic effect specified by ISO/IEC 23005-3 with the user prefe...
5.16.2 Syntax
5.16.3 Binary representation syntax
5.16.4 Semantics
5.16.5 Examples
5.17 Global position command type
5.17.1 General
5.17.2 Syntax
5.17.3 Binary representation syntax
5.17.4 Semantics
Semantics of the GlobalPositionCommandType:
5.17.5 Examples
5.18 Bubble type
5.18.1 General
5.18.2 Syntax
5.18.3 Binary representation
5.18.4 Semantics
Semantics of the BubbleType:
5.18.5 Examples
5.19 3D printer type
5.19.1 General
5.19.2 Syntax
5.19.3 Binary representation
5.19.4 Semantics
5.19.5 Examples
5.20 Sound display setting type
5.20.1 General
5.20.2 Syntax
5.20.3 Binary representation
5.20.4 Semantics
5.20.5 Examples
5.21 3D printing color reproduction type
5.21.1 General
5.21.2 XML representation syntax
5.21.3 Binary representation syntax
5.21.4 Semantics
5.21.5 Examples
5.22 Arrayed light type
5.22.1 General
5.22.2 Syntax
5.22.3 Binary representation syntax
5.22.4 Semantics
5.22.5 Examples
The example shows the description of a device command for an arrayed light with the following semantics. The identifier for the light effect device is “arrayedlight1”. The color shall be represented with a 3-by-3 color matrix.
6 Sensed information vocabulary
6.1 General
6.2 Schema wrapper conventions
6.3 Light sensor type
6.3.1 General
This subclause specifies a sensor type which senses light intensity and color. The light sensor type does not specify any sensing methods such as photo resistor technologies. Therefore, any measurement specific to the particular sensing technologies i...
6.3.2 Syntax
6.3.3 Binary representation syntax
6.3.4 Semantics
6.3.5 Examples
6.4 Ambient noise sensor type
6.4.1 General
This subclause specifies a sensor type which senses ambinet noise and its duration. The ambient noise sensor type does not specify any sensing methods such as audio and microphone technologies. Therefore, any measurement specific to the particular sen...
6.4.2 Syntax
6.4.3 Binary representation syntax
6.4.4 Semantics
6.4.5 Examples
6.5 Temperature sensor type
6.5.1 General
This subclause specifies a sensor type which senses temperature. The temperature sensor type does not specify any sensing methods such as the thermally sensitive resistor technology. Therefore, any measurement specific to the particular sensing techno...
6.5.2 Syntax
6.5.3 Binary representation syntax
6.5.4 Semantics
6.5.5 Examples
6.6 Humidity sensor type
6.6.1 General
This subclause specifies a sensor type which senses humidity. The humidity sensor type does not specify any sensing methods such as the capacitive, resisitive, and conductivity technologies. Therefore, any measurement specific to the particular sensin...
6.6.2 Syntax
6.6.3 Binary representation syntax
6.6.4 Semantics
6.6.5 Examples
6.7 Distance sensor type
6.7.1 General
This subclause specifies a sensor type which senses distance from the sensor-specified point to a sensed object. The distance sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any meas...
6.7.2 Syntax
6.7.3 Binary representation syntax
6.7.4 Semantics
6.7.5 Examples
6.8 Atmospheric pressure sensor type
6.8.1 General
This subclause specifies a sensor type which senses atmospheric pressure. The atmospheric pressure sensor type does not specify any sensing methods such as the capacitive, resisitive, and conductivity technologies. Therefore, any measurement specific ...
6.8.2 Syntax
6.8.3 Binary representation syntax
6.8.4 Semantics
6.8.5 Examples
6.9 Position sensor type
6.9.1 General
This subclause specifies a sensor type which senses position. The position sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing technolo...
6.9.2 Syntax
6.9.3 Binary representation syntax
6.9.4 Semantics
6.9.5 Examples
6.10 Velocity sensor type 6.10.1 General This subclause specifies a sensor type which senses velocity. The velocity sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and inductive technologies. Therefore, any measurement specific to the particular sensing... 6.10.2 Syntax 6.10.3 Binary representation syntax 6.10.4 Semantics 6.10.5 Examples 6.11 Acceleration sensor type 6.11.1 General This subclause specifies a sensor type which senses acceleration. The acceleration sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and inductive technologies. Therefore, any measurement specific to the particular... 6.11.2 Syntax 6.11.3 Binary representation syntax 6.11.4 Semantics 6.11.5 Examples 6.12 Orientation sensor type 6.12.1 General This subclause specifies a sensor type which senses orientation. The orientation sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and gyro technologies. Therefore, any measurement specific to the particular sensin... 6.12.2 Syntax 6.12.3 Binary representation syntax 6.12.4 Semantics 6.12.5 Examples
6.13 Angular velocity sensor type
6.13.1 General
This subclause specifies a sensor type which senses angular velocity. The angular velocity sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and gyro technologies. Therefore, any measurement specific to the particu...
6.13.2 Syntax
6.13.3 Binary representation syntax
6.13.4 Semantics
6.13.5 Examples
6.14 Angular acceleration sensor type
6.14.1 General
This subclause specifies a sensor type which senses angular acceleration. The angular acceleration sensor type does not specify any sensing methods such as ultrasonic, optical, inercial and gyro technologies. Therefore, any measurement specific to the...
6.14.2 Syntax
6.14.3 Binary representation syntax
6.14.4 Semantics
6.14.5 Examples
6.15 Force sensor type
6.15.1 General
This subclause specifies a sensor type which senses force. The force sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing technologies i...
6.15.2 Syntax
6.15.3 Binary representation syntax
6.15.4 Semantics
6.15.5 Examples
6.16 Torque sensor type
6.16.1 General
This subclause specifies a sensor type which senses torque. The torque sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing technologies...
6.16.2 Syntax
6.16.3 Binary representation syntax
6.16.4 Semantics
6.16.5 Examples
6.17 Pressure sensor type
6.17.1 General
This Subclause specifies a sensor type which senses pressure. The pressure sensor type does not specify any sensing methods such as as the capacitive, resisitive, and conductivity technologies. Therefore, any measurement specific to the particular sen...
6.17.2 Syntax
6.17.3 Binary representation syntax
6.17.4 Semantics
6.17.5 Examples
6.18 Motion sensor type
6.18.1 General
This Subclause specifies an aggregated sensor type which contains sensed information such as position, velocity, acceleration, orientation, angular velocity, and angular acceleration. The aggregated sensor type may contain just a subset of the sensed ...
6.18.2 Syntax
6.18.3 Binary representation syntax
6.18.4 Semantics
6.18.5 Examples
6.19 Intelligent camera type 6.19.1 General This subclause specifies a camera sensor type which is capable of sensing information such as facial expressions, body gestures, facial and body feature points. The sensor type may contain just a subset of the sensed information. The sensor type does ... 6.19.2 Syntax 6.19.3 Binary representation syntax 6.19.4 Semantics 6.19.5 Examples 6.20 Multi interaction point sensor type 6.20.1 General This subclause specifies a sensor type which senses a set of states for multiple interaction points which receivce user’s selecting inputs. For instance, the current touch-based devices provide lots of multi-touch applications while some of such appli... 6.20.2 Syntax 6.20.3 Binary representation syntax 6.20.4 Semantics Semantics of the MultiInteractionPointSensorType: 6.20.5 Examples This example shows the description of a set of interaction points sensing with the following semantics. A multi-touch game, drum-kit, has a base drum, a tom-tom drum and a cymbal. To receive user’s input, the game creates an interface via a multi inte... After 1 second, timestamp = “51000” the user is trying to release the drum kit. Therefore all interaction points are not pressed. 6.21 Gaze tracking sensor type 6.21.1 General This subclause specifies a sensor type which senses a position and a blinking status of user’s eye along with the orientation of user’s gaze. The gaze tracking sensor type does not specify any sensing methods such as infrared, vision, and inductive te... 6.21.2 Syntax 6.21.3 Binary representation syntax 6.21.4 Semantics Semantics of the GazeTrackingSensorType: 6.21.5 Examples This example shows the description of a gaze sensing with the following semantics. The gaze tracking sensor of id “GTSID001” was sensing two gazes from a person. According to the attributes, the sensor was tracking a person who is considered as the pe... 6.22 Wind sensor type 6.22.1 General This subclause specifies a sensor type also known as “anemometer”, which measures a velocity of wind at a certain position. The wind sensor type does not specify any sensing methods such as ultrasonic, laser-dopper, windmill, and inductive technologie... 6.22.2 Syntax 6.22.3 Binary representation syntax 6.22.4 Semantics Semantics of the WindSensorType: 6.22.5 Examples 6.23 Global position sensor type 6.23.1 General This subclause specifies XML syntax, binary representation syntax, and semantics of the GlobalPositionSensorType with an example instantiation of the sensed information. This complex type is defined to specify the syntax for the interchange of informa... 6.23.2 Syntax 6.23.3 Binary representation syntax 6.23.4 Semantics Semantics of the GlobalPositionSensorType: 6.23.5 Examples 6.24 Altitude sensor type 6.24.1 General 6.24.2 Syntax 6.24.3 Binary representation syntax 6.24.4 Semantics Semantics of the AltitudeSensorType: 6.24.5 Examples 6.25 Bend sensor type 6.25.1 General This subclause specifies a bend sensor type which senses bending angles at each sensing point. The sensor type may sense a single angle or multiple angles of multiple axes depending upon the capability of the particular sensor. The bend sensor type do... 6.25.2 Syntax 6.25.3 Binary representation syntax 6.25.4 Sematics Semantics of the BendSensorType: 6.25.5 Examples 6.26 Gas sensor type 6.26.1 General This subclause specifies a gas sensor type which senses a gas type and its gas concentration value. The sensor type may sense a single gas type or multiple types of gas depending upon the capability of the particular sensor. The gas sensor type does n... 6.26.2 Syntax 6.26.3 Binary representation syntax 6.26.4 Semantics Semantics of the GasSensorType: 6.26.5 Examples 6.27 Dust sensor type 6.27.1 General This subclause specifies a gas sensor type which senses dust concentration value without identifying the types of dust. The dust sensor type does not specify any sensing methods such as optical and tribo-electric technologies. Therefore, any measureme... 6.27.2 Syntax 6.27.3 Binary representation syntax 6.27.4 Semantics Semantics of the DustSensorType: 6.27.5 Examples 6.28 Body height sensor type 6.28.1 General This subclause specifies a sensor type which senses body height. The body height sensor type does not specify any sensing methods such as ultrasonic, optical, and inductive technologies. Therefore, any measurement specific to the particular sensing te... 6.28.2 Syntax 6.28.3 Binary representation syntax 6.28.4 Semantics Semantics of the BodyHeightSensorType: 6.28.5 Examples 6.29 Body weight sensor type 6.29.1 General This subclause specifies a sensor type which senses body weight. The body weight sensor type does not specify any sensing methods such as strain gauge and gravity technologies. Therefore, any measurement specific to the particular sensing technologies... 6.29.2 Syntax 6.29.3 Binary representation syntax 6.29.4 Semantics Semantics of the BodyWeightSensorType: 6.29.5 Examples 6.30 Body temperature sensor type 6.30.1 General This Subclause specifies a sensor type which senses body temperature. The body temperature sensor type does not specify any sensing methods such as the thermally sensitive resistor technology. Therefore, any measurement specific to the particular sens... 6.30.2 Syntax 6.30.3 Binary representation syntax 6.30.4 Semantics Semantics of the BodyTemperatureSensorType: 6.30.5 Examples 6.31 Body fat sensor type 6.31.1 General This subclause specifies a sensor type which senses body fat. The body fat sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technologies is n... 6.31.2 Syntax 6.31.3 Binary representation syntax 6.31.4 Semantics Semantics of the BodyFatSensorType: 6.31.5 Examples 6.32 Blood type sensor type 6.32.1 General This subclause specifies a sensor type which senses blood type. The blood type sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technologies ... 6.32.2 Syntax 6.32.3 Binary representation syntax 6.32.4 Semantics 6.32.5 Examples 6.33 Blood pressure sensor type 6.33.1 General This subclause specifies a sensor type which senses blood pressure. The blood pressure sensor type does not specify any sensing methods such as a sphygmomanometer technology. Therefore, any measurement specific to the particular sensing technologies i... 6.33.2 Syntax 6.33.3 Binary representation syntax 6.33.4 Semantics Semantics of the BloodPressureSensorType: 6.33.5 Examples 6.34 Blood sugar sensor type 6.34.1 General This subclause specifies a sensor type which senses blood sugar. The blood sugar sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technologie... 6.34.2 Syntax 6.34.3 Binary representation syntax 6.34.4 Semantics Semantics of the BloodSugarSensorType: 6.34.5 Examples 6.35 Blood oxygen sensor type 6.35.1 General This subclause specifies a sensor type which senses blood oxygen. The blood oxygen sensor type does not specify any sensing methods such as chemical and bio-chemical technologies. Therefore, any measurement specific to the particular sensing technolog... 6.35.2 Syntax 6.35.3 Binary representation syntax 6.35.4 Semantics Semantics of the BloodOxygenSensorType: 6.35.5 Examples 6.36 Heart rate sensor type 6.36.1 General This subclause specifies a sensor type which senses heart rate. The heart rate sensor type does not specify any sensing methods such as a bio-mechanical technology. Therefore, any measurement specific to the particular sensing technologies is not the ... 6.36.2 Syntax 6.36.3 Binary representation syntax 6.36.4 Semantics Semantics of the HeartRateSensorType: 6.36.5 Examples 6.37 Electrograph sensor type 6.37.1 General This subclause specifies an electrograph sensor type which produces any electrical graphs. The electrograph sensor type is a base type of electrograph-related bio-signals such as electroencephalogram (EEG), electrocardiogram (ECG), electromyogram (EMG... 6.37.2 Syntax 6.37.3 Binary representation syntax 6.37.4 Semantics Semantics of the ElectrographSensorType: 6.37.5 Examples 6.38 EEG sensor type 6.38.1 General This subclause specifies an electroencephalogram sensor type which detects a set of brain waves among the electrodes attached to the scalp that act as transducers. The applications of the sensor type may include medical use, health monitoring, brain c... 6.38.2 Syntax 6.38.3 Binary representation syntax 6.38.4 Semantics Semantics of the EEGSensorType: 6.38.5 Examples 6.39 ECG sensor type 6.39.1 General This subclause specifies an electrocodiogram sensor type which detects a set of heart waves among the electrodes attached to the skin that are caused when the heart muscle depolarizes during each heartbeat. The applications of the sensor type may incl... 6.39.2 Syntax 6.39.3 Binary representation syntax 6.39.4 Semantics Semantics of the ECGSensorType: 6.39.5 Examples 6.40 EMG sensor type 6.40.1 General This subclause specifies an electromyogram sensor type which detects a set of muscle tissure waves among the electrodes attached to skeletal muscles. The applications of the sensor type may include medical use, health monitoring, physical interactive ... 6.40.2 Syntax 6.40.3 Binary representation syntax 6.40.4 Semantics Semantics of the EMGSensorType: 6.40.5 Examples 6.41 EOG sensor type 6.41.1 General This subclause specifies an electrooculogram sensor type which detects a set of the resting potential waves among the electrodes attached to positions around eyes. The applications of the sensor type may include medical use, health monitoring, physica... 6.41.2 Syntax 6.41.3 Binary representation syntax 6.41.4 Semantics Semantics of the EOGSensorType: 6.41.5 Examples 6.42 GSR sensor type 6.42.1 General This subclause specifies a galvanic skin response sensor type which detects a set of the electrical conductance waves of skin, which varies with its moisture level. The applications of the sensor type may include medical use, health monitoring, physic... 6.42.2 Syntax 6.42.3 Binary representation syntax 6.42.4 Semantics Semantics of the GSRSensorType: 6.42.5 Examples 6.43 Bio sensor type 6.43.1 General This Subclause specifies an aggregated sensor type which contains sensed information such as body height, body weight, body temperature, body fat, blood type, blood pressure, blood sugar, blood oxygen, heart rate, EEG, ECG, EMG, EOG, and GSR. The aggr... 6.43.2 Syntax 6.43.3 Binary representation syntax 6.43.4 Semantics 6.43.5 Examples 6.44 Weather sensor type 6.44.1 General 6.44.2 Syntax 6.44.3 Binary representation syntax 6.44.4 Semantics Semantics of the WeatherSensorType: 6.44.5 Examples 6.45 Facial expression sensor type 6.45.1 General 6.45.2 Syntax 6.45.3 Binary representation syntax 6.45.4 Semantics Semantics of the FacialExpressionSensorType: 6.45.5 Examples 6.46 Facial morphology sensor type 6.46.1 General 6.46.2 Syntax 6.46.3 Binary representation syntax 6.46.4 Semantics Semantics of the FacialMorphologySensorType: Figure 4 — Description of facial morphology parameters 6.46.5 Examples 6.47 Facial expression characteristics sensor type 6.47.1 General 6.47.2 Syntax 6.47.3 Binary representation syntax 6.47.4 Semantics Semantics of the FacialExpressionCharacteristicsSensorType: 6.47.5 Examples 6.48 Geomagnetic sensor type 6.48.1 General 6.48.2 Syntax 6.48.3 Binary representation syntax 6.48.4 Semantics Semantics of the GeomagneticSensorType: 6.48.5 Examples
6.49 Proximity sensor
6.49.1 General
6.49.2 Syntax
6.49.3 Binary representation syntax
6.49.4 Semantics
6.49.5 Examples
6.50 Switch sensor
6.50.1 General
6.50.2 Syntax
6.50.3 Binary representation syntax
6.50.4 Semantics
6.50.5 Examples
6.51 Camera sensor type
6.51.1 General
6.51.2 Syntax
6.51.3 Binary representation syntax
6.51.4 Semantics
6.51.5 Examples
6.52 Spectrum camera sensor type
6.52.1 General
6.52.2 Syntax
6.52.3 Binary representation syntax
6.52.4 Semantics
6.52.5 Examples
6.53 Color camera sensor type
6.53.1 General
6.53.2 Syntax
6.53.3 Binary representation syntax
6.53.4 Semantics
6.53.5 Examples
6.54 Depth camera sensor type
6.54.1 General
6.54.2 Syntax
6.54.3 Binary representation syntax
6.54.4 Semantics
6.54.5 Examples
6.55 Stereo camera sensor type
6.55.1 General
6.55.2 Syntax
6.55.3 Binary representation syntax
6.55.4 Semantics
6.55.5 Examples
6.56 Thermographic camera sensor type
6.56.1 General
This subclause specifies a camera sensor type which provides the surface temperature of the objects in the form of an image by detecting the infrared radiation emitted by objects. The thermographic camera type does not specify any sensing methods such...
6.56.2 Syntax
6.56.3 Binary representation syntax
6.56.4 Semantics
Semantics of the ThermographicCameraType:
6.56.5 Examples
This example shows the description of a thermographic camera sensing with the following semantics. The sensor has an ID of “TCS001” and references “TCSID001”. The thermographic camera used for this example yields a 160x120 array consisting of 19200 te...
6.57 Engine oil temperature sensor type
6.57.1 General
This subclause specifies a sensor type which senses temperature of the engine oil. The engine oil temperature sensor type is defined as an extension of Temperature Sensor type, and does not specify any sensing methods. Therefore, any measurement speci...
6.57.2 Syntax
6.57.3 Binary representation syntax
6.57.4 Semantics
6.57.5 Examples
6.58 Intake air temperature sensor type
6.58.1 General
This subclause specifies a sensor type which senses intake air temperature. The intake air temperature sensor type is defined as an extension of temperature sensor type, and does not specify any sensing methods. Therefore, any measurement specific to ...
6.58.2 Syntax
6.58.3 Binary representation syntax
6.58.4 Semantics
6.58.5 Examples
6.59 Tire pressure monitor system sensor type
6.59.1 General
This subclause specifies a sensor type which senses tire pressure of the vehicle. The tire pressure monitor system sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the ...
6.59.2 Syntax
6.59.3 Binary representation syntax
6.59.4 Semantics
6.59.5 Examples
6.60 Distance traveled sensor type
6.60.1 General
This subclause specifies a sensor type which senses total distance traveled by the vehicle. The distance traveled sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the s...
6.60.2 Syntax
6.60.3 Binary representation syntax
6.60.4 Semantics
6.60.5 Examples
6.61 Speed sensor type
6.61.1 General
This sub clause specifies a sensor type which senses the speed without the notion of moving direction. The speed sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the sc...
6.61.2 Syntax
6.61.3 Binary representation syntax
6.61.4 Semantics
6.62 Vehicle speed sensor type
6.62.1 General
This subclause specifies a sensor type which senses the vehicle speed. The vehicle speed sensor type is defined as an extension of the speed sensor type, and does not specify any sensing methods. Therefore, any measurement specific to the particular s...
6.62.2 Syntax
6.62.3 Binary representation syntax
6.62.4 Semantics
6.62.5 Examples
6.63 Mass air flow sensor type
6.63.1 General
This subclause specifies a sensor type which senses mass air flow rate. The distance travelled sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the scope of the sensor ...
6.63.2 Syntax
6.63.3 Binary representation syntax
6.63.4 Semantics
6.63.5 Examples
6.64 Percentage sensor type
6.64.1 General
This subclause specifies an abstract sensor type which senses percentage of a certain amount. The percentage sensor type provides base for the definition of any sensor measuring in the unit of percentage, and does not specify any sensing methods. Ther...
Syntax
6.64.2 Binary representation syntax
6.64.3 Semantics
6.65 Fuel level type
6.65.1 General
This subclause specifies a sensor type which senses fuel level of a vehicle. The fuel level sensor type is specified as an extension of the percentage sensor type and does not specify any sensing methods. Therefore, any measurement specific to the par...
6.65.2 Syntax
6.65.3 Binary representation syntax
6.65.4 Semantics
6.65.5 Examples
6.66 Manifold absolute pressure sensor type
6.66.1 General
This subclause specifies a sensor type which senses manifold absolute pressure. The manifold absolute pressure sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the scop...
6.66.2 Syntax
6.66.3 Binary representation syntax
6.66.4 Semantics
6.66.5 Examples
6.67 EngineRPM sensor type
6.67.1 General
This subclause specifies a sensor type which senses rpm of the engine. The engine rpm sensor type does not specify any sensing methods. Therefore, any measurement specific to the particular sensing technologies is not the scope of the sensor type. The...
6.67.2 Syntax
6.67.3 Binary representation syntax
6.67.4 Semantics
6.67.5 Examples
6.68 Center of mass sensor type
6.68.1 General
This subclause specifies a sensor type which detects inclined direction of a human body. This sensor type does not specify any sensing methods such as strain gauge and gravity technologies. Therefore, any measurement specific to the particular sensing...
6.68.2 Syntax
6.68.3 Binary representation syntax
6.68.4 Semantics
Semantics of the CoMSensorType:
6.68.5 Examples
This example shows the description of a CoM sensing with the following semantics. The sensor has an ID of “COM001” and references “COMID001”. The sensor shall be activated and the directionX=”0.4”, directionY=”0.7”. The sensor shall be sensed at times...
6.69 RADAR sensor type
6.69.1 General
6.69.2 Syntax
6.69.3 Binary representation syntax
6.69.4 Semantics
6.69.5 Examples
6.70 Array camera type
6.70.1 General
6.70.2 Syntax
6.70.3 Binary representation syntax
6.70.4 Semantics
6.70.5 Examples
6.71 Microphone sensor type
6.71.1 General
6.71.2 Syntax
6.71.3 Binary representation
6.71.4 Semantics
6.71.5 Examples
6.72 E-Nose sensor type
6.72.1 General
6.72.2 Syntax
6.72.3 Binary representation
6.72.4 Semantics
6.72.5 Examples
A.1 Schemas for this document
B.1 Waveform label CS of EEG
The following shows the waveform label classification scheme of EEG.
B.2 Waveform label CS of ECG
The following shows the waveform label classification scheme of ECG.
B.3 Waveform label CS of EMG
The following shows the waveform label classification scheme of EMG.
B.4 Waveform label CS of EOG
B.5 Wave pattern CS
B.6 WeatherCS
B.7 WindDirectionTypeCS
B.8 FacialExpressionBasisIDCS
Describes the vertical jaw displacement
Describes the vertical top middle inner lip displacement
Describes the vertical bottom middle inner lip displacement
Describes the horizontal displacement of left inner lip corner
Describes the horizontal displacement of right inner lip corner
Describes the vertical displacement of left inner lip corner
Describes the vertical displacement of right inner lip corner
Describes the depth displacement of jaw
Describes the side to side displacement of jaw
Describes the depth displacement of bottom middle lip
Describes the depth displacement of top middle lip
Describes the upward and compressing movement of the chin (like in sadness)
Describes the vertical displacement of top left eyelid
Describes the vertical displacement of top right eyelid
Describes the vertical displacement of bottom left eyelid
Describes the vertical displacement of bottom right eyelid
Describes the horizontal orientation of left eyeball
Describes the horizontal orientation of right eyeball
Describes the vertical orientation of left eyeball
Describes the vertical orientation of right eyeball
Describes the depth displacement of left eyeball
Describes the depth displacement of right eyeball
Describes the dilation of left pupil
Describes the dilation of right pupil
Describes the vertical displacement of left inner eyebrow
Describes the vertical displacement of right inner eyebrow
Describes the vertical displacement of left middle eyebrow
Describes the vertical displacement of right middle eyebrow
Describes the vertical displacement of left outer eyebrow
Describes the vertical displacement of right outer eyebrow
Describes the horizontal displacement of left eyebrow
Describes the horizontal displacement of right eyebrow
Describes the horizontal displacement of left cheek
Describes the horizontal displacement of right cheek
Describes the vertical displacement of left cheek
Describes the vertical displacement of right cheek
Describes the horizontal displacement of tongue tip
Describes the vertical displacement of tongue tip
Describes the depth displacement of tongue tip
Describes the vertical displacement of tongue
Describes the rolling of the tongue into U shape
Describes the head pitch angle from top of spine
Describes the head yaw angle from top of spine
Describes the head roll angle from top of spine
Describes the vertical top middle outer lip displacement
Describes the vertical bottom middle outer lip displacement
Describes the horizontal displacement of left outer lip corner
Describes the horizontal displacement of right outer lip corner
Describes the vertical displacement of left outer lip corner
Describes the vertical displacement of right outer lip corner
Describes the horizontal displacement of left side of nose
Describes the horizontal displacement of right side of nose
Describes the vertical displacement of nose tip
Describes the horizontal displacement of nose tip
Describes the vertical displacement of left ear
Describes the vertical displacement of right ear
Describes the horizontal displacement of left ear
Describes the horizontal displacement of right ear
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