Vicinity adapters model
This ontology represents the terms needed to represent the devices involded in the VICINITY pilot cases.
Activity tracker
Ambient humidity property
AmbientProperty
Ambient temperature property
Battery
Battery storage unit
Beacon reader
Bitcoin wallet service
Bitcoin wallet
Blood pressure monitor
CO2 Sensor
CarbonDioxide
CarbonMonoxide
Charger
Combo system with PV and battery behind the same inverter
Combo battery and PV
Dash wallet service
Dash wallet
DoorSensor
eBikeCharger
Electric vehicle charging point
Electric vehicle
Glucometer
HVAC Sensor
Helth property
Humidity sensor
Indoor climate quality sensor
Irradiance
LightProperty
Light switch
Lightbulb
Luminance meter
Luminus flux
LuminusIntensity
Motion property
Motion sensor
Noise sensor
Occupancy sensor
Operational status
Panic button
A people counter is a device that is used to measure the number of people traversing a certain passage or entrance. (Definition taken from https://en.wikipedia.org/wiki/People_counter)
People counter
Photovoltaic panel
Power consumption
Power meter
Smart meter
Presence
Pressure mat
Radiance
Radiant intensity
A service that provides access to a repository
Repository
Repository properties
Smart oven
Smart refrigerator
Smart watch
Solar radiation ambient property
Sound
Property related to spatial information
Space property
Temperature
Thermometer
Thermostat
TimeProperty
Electronic wallet service
Wallet
Properties attached to wallet services
Wallet property
WaterEnergyMeter
WaterFlowMeter
Properties related to water
Water property
Device composed of several sensors to measure different atmospheric properties.
Weather station
Weight scale
Wind ambient property
WindowSensor
An actuator is a device that accepts digital inputs and which acts on (changes) one or more properties of a physical entity on the basis of those inputs. An actuator is a specialization of an IoT device. An actuator acts on a physical entity. (definition taken from ISO/IEC 11404:2007)
Actuator
ISO/IEC CC 30141. Information technology - Internet of Things Reference architecutre (IoT RA)
An IoT device is a digital entity which bridges between real-world physical entities and the other digital entities of an IoT system. IoT device interacts one or more networks through which interactions are made with other entities. IoT device exposes one or more endpoints by which interactions are made. (definition taken from ISO/IEC 11404:2007)
Device
A sensor is a device that detects and responds to some type of input from the physical environment and outputs digital data that can be transmitted over a network. A sensor is a specialization of an IoT device. A sensor monitors a physical entity. The output digital data may only be distantly related to the input from the physical environment and may be output with a significant time delay, depending on processing of the data within the device, for example, the recognition of the identity of a person from a surveillance camera device. (definition taken from ISO/IEC 11404:2007)
Sensor
skos:exactMatch 'property' [O&M] http://www.opengeospatial.org/standards/om
A quality of an entity. An aspect of an entity that is intrinsic to and cannot exist without the entity.
A ssn:Property is something that is a DUL:Quality and has a ssn:isPropertyOf property who may be a ssn:FeatureOfInterest
An observable Quality of an Event or Object. That is, not a quality of an abstract entity as is also allowed by DUL's Quality, but rather an aspect of an entity that is intrinsic to and cannot exist without the entity and is observable by a sensor.
Property
skos:exactMatch 'measurement accuracy/accuracy' [VIM 2.13] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
The closeness of agreement between the value of an observation and the true value of the observed quality.
Used to specify ranges for qualities that act as conditions on a system/sensor's operation. For example, wind speed of 10-60m/s is expressed as a condition linking a quality, wind speed, a unit of measurement, metres per second, and a set of values, 10-60, and may be used as the condition on a MeasurementProperty, for example, to state that a sensor has a particular accuracy in that condition.
skos:exactMatch 'detection limit' [VIM 4.18] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
An observed value for which the probability of falsely claiming the absence of a component in a material is Î², given a probability Î± of falsely claiming its presence.
skos:exactMatch 'instrumental drift' [VIM 4.21] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
A, continuous or incremental, change in the reported values of observations over time for an unchanging quality.
The smallest possible time between one observation and the next.
The time between a request for an observation and the sensor providing a result.
Schedule of maintenance for a system/sensor in the specified conditions.
skos:exactMatch 'measuring interval/measurement range' [VIM 4.7] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
The set of values that the sensor can return as the result of an observation under the defined conditions with the defined measurement properties. (If no conditions are specified or the conditions do not specify a range for the observed qualities, the measurement range is to be taken as the condition for the observed qualities.)
Power range in which system/sensor is expected to operate.
An identifiable characteristic of the environmental and other conditions in which the sensor is intended to operate. May include power ranges, power sources, standard configurations, attachments and the like.
skos:broaderMatch 'reference operating condition' [VIM 4.11] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf The difference is that here we also allow for qualities that aren't VIM influence quantities [VIM 2.52] - for example, a quantity that alters the power requirements, but doesn't affect the measurement properties - conditions specified in MeasurementCapability should be influence quantities.
The environmental conditions and characteristics of a system/sensor's normal operating environment. Can be used to specify for example the standard environmental conditions in which the sensor is expected to operate (a Condition with no OperatingProperty), or how the environmental and other operating properties relate: i.e., that the maintenance schedule or power requirements differ according to the conditions.
skos:exactMatch 'measurement precision/precision' [VIM 2.15] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
The closeness of agreement between replicate observations on an unchanged or similar quality value: i.e., a measure of a sensor's ability to consitently reproduce an observation.
skos:exactMatch 'resolution' [VIM 4.14] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
The smallest difference in the value of a quality being observed that would result in perceptably different values of observation results.
skos:exactMatch 'step response time' [VIM 4.23] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
The time between a (step) change inthe value of an observed quality and a sensor (possibly with specified error) 'settling' on an observed value.
skos:exactMatch 'selectivity' [VIM 4.13] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
Selectivity is a property of a sensor whereby it provides observed values for one or more qualities such that the values of each quality are independent of other qualities in the phenomenon, body, or substance being investigated.
skos:exactMatch 'sensitivity' [VIM 4.12] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
Sensitivity is the quotient of the change in a result of sensor and the corresponding change in a value of a quality being observed.
An identifiable characteristic that represents the extent of the sensors useful life. Might include for example total battery life or number of recharges, or, for sensors that are used only a fixed number of times, the number of observations that can be made before the sensing capability is depleted.
skos:narrowerMatch 'limiting operating condition' [VIM 4.10] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
The conditions a sensor can be exposed to without damage: i.e., the sensor continues to operate as defined using MeasurementCapability. If, however, the SurvivalRange is exceeded, the sensor is 'damaged' and MeasurementCapability specifications may no longer hold.
Similar idea to MeasurementCapability in MMI Device Ontology http://marinemetadata.org/community/teams/ontdevices But the the two express the relationship between constraints and multiple measurement properties differently. The conditions linked to a MeasurementCapability are skos:exactMatch to 'influence quantity' [VIM 2.52] http://www.bipm.org/utils/common/documents/jcgm/JCGM_200_2008.pdf
Collects together measurement properties (accuracy, range, precision, etc) and the environmental conditions in which those properties hold, representing a specification of a sensor's capability in those conditions. The conditions specified here are those that affect the measurement properties, while those in OperatingRange represent the sensor's standard operating conditions, including conditions that don't affect the observations.
Total useful life of a sensor/system (expressed as total life since manufacture, time in use, number of operations, etc.).
An identifiable and observable characteristic of a sensor's observations or ability to make observations.
Accumulated energy consumed
Accumulated energy imported to grid
Accumulated energy injected to grid
Accumulated energy produced
Active power absorbed from grid
Active power injected to grid
Active power production
Active power set point
Actual active power generation
Actual active power injected to grid
Actual active power load
Actual active power production
Actual battery state of charge
Actual charging session duration
Actual DC current
Actual DC power
Actual DC voltage
Actual energy consumed charging session
Actual reactive power generation
Actual reactive power injected to grid
Actual reactive power load
Actual reactive power production
Ambient temperature
Average CO2 concentration
Average CO2 concentration deviation
Average humidity
Average humidity deviation
Average light intensity
Average movemenet share
Average movement time
Average sound
Average sound deviation
Average temperature
Average temperature deviation
Azimuth
Baking
Bake remaining time
Baking remaining time
Baking step
Basal metabolic rate
Battery actual control mode
Battery actual DC current
Battery actual DC power
Battery actual DC voltage
Battery actual power set point
Battery charga status
Battery connection status
Battery nominal capacity
Battery nominal power
Battery operational status
Body fat percentage
Body mass index
BoneMineralContent
CO2 concentration
Calories burned
Charge status
State of charge
Charging station operational status
Clouds
Connector current charging power
Connector desired maximum power
Connector smart charging profile
Connector status
Consumer active power load
Current baking step remaining time
Device light status
Device status
Device temperature
Diastolic blood pressure
Dimming level
Direct solar radiation
Distance walked
Bake elapse time
Elapsed baking time
Elevation
Energy supply system
Entry exit
Fan speed
Freezer emergency
GPS altitude
GPS latitude
GPS longitude
GPS precision
Global solar radiation
Grid active power load
Heart rate
Heater default temperature
Heater maximum temperature
Heater meat probe allowed
Heater minimum temperature
Heater preheat allowed
Highest CO2 deviation
Highst humidity deviation
Highest sound deviation
Highst temperature deviation
Illuminance
IEQ score
Indoor environmental quality score
Inverter accumulated active energy consumption
Inverter accumulated active energy production
Inverter actual active power
Inverter actual frequency
Inverter actual reactive power
Inverter consumer active power load
Inverter grid active power load
Inverter nominal power
Inverter PV actual active power
Inverter PV actual active power L1
Inverter PV actual active power L2
Inverter PV actual active power L3
Inverter PV actual reactive power
Inverter PV actual reactive power L1
Inverter PV actual reactive power L2
Inverter PV actual reactive power L3
Inverter status
Inverter total DC power
Light color
Location
Lower state of charge boundary
Luminance
Max battery state of charge
Maximum CO2
Maximum humidity
Maximum light intensity
Maximum power consumption
Maximum sound
Maximum temperature
Maximal current of charging cable
Maximal power per connector
Mean power consumption
Meat probe temperature
Min battery state of charge
Minimum CO2
Minimun humidity
Minimu light intensity
Minimum power consumption
Minimum sound
Minimum temperature
Mode
Motion
Muscle mass
Noise level
Sound level
Nominal electric vehicle current
Nominal production capacity
Number of connectors
On Off
Open Closed
Oven emergency
ORP
Oxidation-Reduction potential
PV accumulated DC energy
PV actual DC current
PV actual DC power
PV actual DC voltage
PV connection status
PV forecast
PV installed capacity
PV operation status
Power factor lower bound
Precipitation
Pressure
Protein
Pulse
Reactive power absorbed from grid
Reactive power injected to grid
Reactive power production
Reactive power set point
Refrigerator emergency
Relative humidity
Repository digital asset
Repository (as property)
Service level
Simultaneous charging
Sleep
Start
Steps
Stop
Stored energy
Sugar level
mgdl
Sunrise
Sunset
Systolic blood pressure
Total body water percentage
UV index
Upper state of charge boundary
Valve position
Visceral fat rating
Visibility
Wallet balance
Wallet (as property)
Wallet funding address
Wallet payment forward
Wallet private key
Wallet transactions
Wallet value
Weather forecast
Weight
Wind orientation
Wind speed