1. RS/CDF: Resource State/Condition Description Framework
“Device”
“Expert”
“Service”
RSCDF
University of Jyväskylä
Industrial Ontologies Group

2. Measurement Units Ontology
RSCDF-Schema t s
Class
Resource
RDFS s s t t s t t s s s
Container
Statement
Property s s t t s
RSCDFS t t t
MeasurementUnit
SmartResource t* t*
Environment
SR_Container
SR_Statement s s s t s s s t t t
Measurement Units Ontology t t
Device
Service
Expert
QuantityValue
EnumerativeValue t t t s s s
SmartMessage
ResourceAgent s
NumericalValue t s
Non-numerical Value Ontology
sr_StatementType
d – SR_Statement
r – SR_Property
context
d – SR_Statement
r – SR_Container t t t
Resource Ontology
TempMark
SR_Property s s s s s s
rdfs:member
member
d – SR_Container
r – SR_Statement
rdf:predicate
predicate
d – SR_Statement
r – SR_Property t
value
d – NumericalValue
r – rdf:Literal
rdf:value
Transformation
unit
d – NumericalValue
r – MeasurementUnit t s t
Measurement t s t
Condition t s t t t
Maintenance
Model t
Description s t
Transformation Ontology s t
Time t s t t
has_Container
d – SmartResource
r – SR_Container
Measurement Ontology
sysTime
d – Environment
r – TempMark
Condition Ontology
Model Ontology
Maintenance Ontology
Time Ontology s
- subclass of the class s
- sub property of the property t
- type of the class,
- type of the rdfs:Class t*
rdfs:member
- sub property of the RDF property

3. rscdfs:SmartResource
RSCDFS Classes
rscdfs:SmartResource
rscdfs:SmartResource is an upper class for all concepts that will correspond to SmartResources, which will be integrated into the target system of self-maintained resources. This class is a subclass of rdfs:Class and an instance of itself.
rscdfs:Device
rscdfs:Device is a direct subclass of rscdfs:SmartResource and represents an upper ontological concept/class, used for annotation of all devices being integrated into the target system. This class is an instance of itself.
rscdfs:Service
rscdfs:Service is a direct subclass of rscdfs:SmartResource and represents an upper ontological concept/class, used for annotation of all services being integrated into the target system. This class is an instance of itself.
rscdfs:Expert
rscdfs:Expert is a direct subclass of rscdfs:SmartResource and represents an upper ontological concept/class, used for annotation of all experts being integrated into the target system. This class is an instance of itself.

4. rscdfs:ResourceAgent
RSCDFS Classes
rscdfs:Environment
rscdfs:Environment is a direct subclass of rscdfs:SmartResource and represents an upper ontological concept/class, used for annotation of all kinds of Environments used in the target system. This class is reserved for further versions of the RSCDF-schema, and it corresponds to a runtime environment, where all components of a Smart Resource execute. Details related to rscdfs:Environment class, see in further versions of Resource State/Condition Description Framework. rscdfs:Environment is an instance of itself.
rscdfs:SmartMessage
rscdfs:SmartMessage is a direct subclass of rscdfs:SmartResource and represents an upper ontological concept/class, used for annotation of all kinds of Smart Messages used in the target system. Actually, this class is reserved for further versions of the RSCDF-schema, the notion of Smart Message is described in further versions of Resource State/Condition Description Framework. This class is an instance of itself.
rscdfs:ResourceAgent
rscdfs:ResourceAgent is a direct subclass of rscdfs:SmartResource and represents an upper ontological concept/class, used for annotation of all kinds of Resource Agents used in the target system. Actually, this class is reserved for further versions of the RSCDF-schema, the Resource Agent corresponds to Maintenance Agent, which will be designed in 2005 as the next step of the target system development. Thus, see details related to rscdfs:ResourceAgent class in further versions of Resource State/Condition Description Framework.

5. rscdfs:MeasurementUnit
RSCDFS Classes
rscdfs:SR_Statement
This is an upper class for all reifications of statements about a Smart Resource. This reification is defined in order to be able to express additional facts related to the main statements about Smart Resource. Very important addition is a possibility of expressing a context of a statement about a Smart Resource. rscdfs:SR_Statement is a subclass of rdfs:Statement and an instance of rdfs:Class.
rscdfs:SR_Container
This is an upper class for all containers that include SR_Statements. The instances of this container can represent a context for a statement as a set of other statements. Alternatively, another instance can contain statements about a certain Smart Resource, selected according to special conditions. Thus, rscdfs:SR_Container also exists with a purpose of structuring the initial plain set of statements about a Smart Resource. rscdfs:SR_Container is a subclass of rdfs:Container and an instance of rdfs:Class.
rscdfs:MeasurementUnit
rscdfs:MeasurementUnit is an upper class for all types of units that will correspond to numerical values of Smart Resource properties. rscdfs:MeasurementUnit is in fact a structural part of the rscdfs:NumericalValue class and relates to it via a property rscdfs:unit. rscdfs:MeasurementUnit is an upper class in Measurement Units Ontology and concrete unit enumerations will be instances of its subclasses. For example, units, which will accompany temperature values, will be enumerated as instances of a TemperatureUnit class – a descendant of the rscdfs:MeasurementUnit, like Fahrenheit, Celsius, Kelvin, etc. rscdfs:MeasurementUnit is defined as a subclass of rdfs:Class and an instance of itself.

6. rscdfs:QuantityValue rscdfs:NumericalValue rscdfs:EnumerativeValue
RSCDFS Classes
rscdfs:QuantityValue
The upper class for all types of values of Smart Resource properties (descendants of rscdfs:SR_Property). rscdfs:QuantityValue is a subclass of rdfs:Class and an instance of itself.
rscdfs:NumericalValue
The direct descendant of rscdfs:QuantityValue and an upper class for all types of numerical values of Smart Resource properties. An example of numerical value is a temperature: its values are numbers. This class is compound: it has two structural parts – rdfs:Literal, which is a metadata container for the numerical value itself, and rscdfs:MeasurementUnit, which defines the semantics of the unit of that numerical value. rscdfs:NumericalValue will be used as a class of values of many Smart Resource properties, especially of those, which originate from Measurement Ontology. rscdfs:QuantityValue is a subclass of rdfs:Class and an instance of itself.
rscdfs:EnumerativeValue
This class is an upper class for all types of non-numerical values of Smart Resource properties, all possible values of which can be enumerated as instances. rscdfs:EnumerativeValue is the upper class in Non-numerical Value Ontology and a direct descendant of rscdfs:QuantityValue. An example of enumerative property value can be a state of a trigger: it can be either switched on (this state will have a corresponding instance in the ontology – instance of a subclass of rscdfs:EnumerativeValue) or switched off (also will have a corresponding instance). This class is also an instance of itself.
rscdfs:TempMark
This class is an upper class for all classes, which will denote values of temporal properties of a Smart Resource. rscdfs:TempMark is temporarily declared as a subclass of rscdfs:EnumerativeValue, however its details will be defined more exactly in further versions of the RSCDF-schema. rscdfs:TempMark is comprised into the Non-numerical Value Ontology and is an instance of itself.

7. RSCDFS Classes
rscdfs:SR_Property
The family of all Smart Resource properties originate from the upper class – rscdfs:SR_Property, which is a subclass of rdf:Property. The more concrete upper classes for properties, which refine/extend rscdfs:SR_Property, are the following (they are the siblings of SR_Property): Transformation, Measurement, Condition, Maintenance, Description, Time, Model.
rscdfs:Measurement
The upper class for Smart Resource properties, which are a part of its state and values of which change dynamically. It can be, for instance, a temperature of a kettle and a volume of water in it. rscdfs:Measurement is a subclass of rscdfs:SR_Property and an instance of itself.
rscdfs:Time
The upper class for all types of different temporal properties of Smart Resource. One example of such temporal property can be a time of a measurement performed for a dynamic property of smart Resource. rscdfs:Time is a subclass of rscdfs:SR_Property and an instance of itself.
rscdfs:Model
The upper class for all types of different properties of a Smart Resource, which relate to its internal underlying model. In case of a Service as a Smart Resource, the model can be, for example, a neural network. rscdfs:Model is a subclass of rscdfs:SR_Property and an instance of itself.

8. rscdfs:Transformation
RSCDFS Classes
rscdfs:Condition
The upper class for Smart Resource properties, which refer to its condition - a statement/label of one Smart Resource about the state of other Smart Resource derived based on analysis of observed facts about that Smart Resource. Fact in this context means any statement expressed in format of the RSCDF-schema. rscdfs:Condition is a subclass of rscdfs:SR_Property and an instance of itself.
rscdfs:Maintenance
The upper class for all types of different maintenance procedures, which can be performed over a Smart Resource with goal of returning its state to normal. This property can be used for logging a history of all maintenance activities performed over a Smart Resource. This history can be taken into account by decision-making tools as a context for diagnostics or recommendation. rscdfs:Maintenance is a subclass of rscdfs:SR_Property and an instance of itself.
rscdfs:Transformation
The upper class for all types of different transformations, which can be performed over a resource. These properties relate one resource (initial) to another one (resulting), which was got in consequence of applying the subject transformation. rscdfs:Transformation is a subclass of rscdfs:SR_Property and an instance of itself.
rscdfs:Description
The upper class for all types of different Smart Resource properties, which serve as descriptions of its static features unlike rscdfs:Measurement that describes dynamic properties. Static properties of a Smart Resource can be its voltage (for Smart Resources, based on electricity); structural characteristics (e.g., number of motors). rscdfs:Description covers a large variety of Smart Resource descriptive properties, even those, which relate a Resource to a container (see rscdfs:has_Container). rscdfs:Description is a subclass of rscdfs:SR_Property and an instance of itself.

9. Ontologies Resource Ontology
Represents a family all descendants (subclasses) of upper classes (Smart Resource, Service, Device, Expert, Resource Agent, Smart Message) for annotation of all types of Smart Resources that will be integrated in the target system.
Non-numerical Value Ontology
Ontology of classes for all types of non-numerical values of Smart Resource properties, all possible values of which can be enumerated as instances.
Measurement Units Ontology
Ontology of classes for all types of units that will correspond to numerical values of Smart Resource properties.

10. Ontologies Transformation Ontology Measurement Ontology
Ontology that will contain all types of properties, which denote different transformations that can be performed over a resource. These properties relate one resource (initial) to another one (resulting), which was got in consequence of applying the subject transformation.
Measurement Ontology
Ontology of Smart Resource properties, which are referred to the values of the measured parameters.
Condition Ontology
Ontology of Smart Resource properties, which refer to its condition - a statement/label of one Smart Resource about the state of other Smart Resource derived based on analysis of observed facts about that Smart Resource. Fact in this context means any statement expressed in format of the RSCDF-schema.
Maintenance Ontology
Ontology of all types of different maintenance procedures represented in a form of properties, which can be performed over a Smart Resource with goal of returning its state to normal.
Time Ontology
Ontology for all types of different temporal properties of Smart Resource.
Model Ontology
Ontology for all types of different properties, which are referred to the values of the Smart Resource Models parameters.

11. SR_Statement: statement context
rscdfs:SR_Container
Container of a context
context
rscdfs:SR_Property
rscdfs:SR_Statement
sr_StatementType
rscdfs:SR_Statement
rscdfs:SR_Statement
rscdfs:SR_Statement
subject
predicate
object
rscdfs:SR_Statement
rdfs:Resource
rdfs:Resource
rscdfs:SR_Property …
context
rscdfs:SR_Container
rscdfs:SR_Statement
domain
range
rdf:Property
type
rscdfs:SR_Statement is a subclass of the rdf:Statement. It also describe a statement but has a very innovative and useful addition – Statement Context. Via context property an instance of the rscdfs:SR_Statement points on a context container of other contextual statements.

12. Context composition of the SR_Container
Container of a context
rscdfs:SR_Statement
rscdfs:SR_Statement
rscdfs:SR_Statement
rscdsf:SR_Statement
rscdfs:SR_Container Container#2 …
rscdfs:SR_Container
rscdfs:Description
context
rscdfs:SR_Property
rscdfs:SR_Statement Statement#1
sr_StatementType
rscdfs:SR_Statement
subject
predicate
object
Container
rdfs:Resource
rscdfs:SR_Property
rdfs:Resource
rscdfs:SR_Statement
Resource Ontology
SmartResource#1
rscdfs:Description has_Container
rscdfs:SR_Container Container#1
rscdfs:SR_Statement
rscdfs:SR_Statement
rscdfs:SR_Statement …
Containers are represented via Description-type SR_Statement which points on them. A context property points on a context of the container composition (each statement may be considered as a context of other statement as well as a container context).

13. Context composition of the SR_Container
rscdfs:SR_Statement
Container of a context …
sr_StatementType
rscdfs:SR_Statement
rdfs:Resource
rscdfs:SR_Property
subject
object
predicate
rscdfs:Description
SmartResource#1
rscdfs:Description has_Container
rscdfs:SR_Container Container#1
rscdfs:SR_Statement Statement#1
rscdfs:SR_Container
rscdfs:SR_Container Container#2
context
Resource Ontology
Container of a context …
Container
context
rscdfs:SR_Statement
Container of a context …
rscdfs:SR_Statement
context
rscdfs:SR_Statement
context
Container of a context …
rscdfs:SR_Statement
context …
Container of a context …
If the statements are selected to the same container, It means each of them has the pointers on the same contextual statements in own context that the container points on.

14. Context composition of the SR_Container
Container of a context
sr_StatementType
rscdfs:SR_Statement
rdfs:Resource
rscdfs:SR_Property
subject
object
predicate
rscdfs:Description
SmartResource#1
rscdfs:Description has_Container
rscdfs:SR_Container Container#1
rscdfs:SR_Statement Statement#1
rscdfs:SR_Container
rscdfs:SR_Container Container#2
context
Resource Ontology
rscdfs:SR_Statement
rscdfs:SR_Statement
rscdfs:SR_Statement
rscdfs:SR_Property
rscdfs:SR_Statement
rscdfs:SR_Property
sr_StatementType
rscdfs:SR_Statement
subject
object
predicate
Container
rscdf:SR_Statement
subject
predicate
object
rscdf:SR_Statement
rscdf:SR_Statement
rdfs:Resource
rscdfs:SR_Property
rdfs:Resource
Resource Ontology
Kettle#1
max
Non-numerical Value Ontology
Measurement Ontology
rscdfs:Measuremenr temperature
rscdf:SR_Statement …
A context composition is performed via a mapping of the contextual statements of the container members and container itself. However, not just the contextual statements of the container members define a container context, but also a statement (container member itself with own subject, object and predicate) may play a role of a container context. We use the blank SR_Property-type SR_Statement with a purpose to represent container member as a contextual statement with fixed subject, object and predicate jointly as well as separately. In this case performance of a context composition is extended by mapping of the contextual statement’s properties and properties of the container member statement (except the context property).

15. RSCDF_Schema v_2.0 (improvement)

16. RSCDF_Schema v_2.0 (improvement)
<rdf:Property rdf:about="
<rdfs:isDefinedBy rdf:resource="
<rdfs:label>context</rdfs:label>
<rdfs:comment>A context of the subject property.</rdfs:comment>
<rdfs:range rdf:resource="
<rdfs:domain rdf:resource="
</rdf:Property>
type
context
rdf:Property
domain
range
rscdfs:SR_Property
rscdfs:PropertyContextContainer
Extension of the rdf:Property to rscdfs:SR_Property with a Context property
rscdfs:SR_Property
type …
domain
range
rdfs:Class
context
rdfs:Class
rscdfs:PropertyContextContainer
Where rscdfs:PropertyContextContainer has the instances of the rscdfs:SR_Property class as a container members.

17. RSCDF_Schema v_2.0 (improvement)
<rscdfs:SR_Property rdf:about="
<rdfs:label>xXx</rdfs:label>
<rdfs:comment>some property</rdfs:comment>
<rdfs:range rdf:resource="
<rdfs:domain rdf:resource="
<rscdfs:context rdf:resource="
</rscdfs:SR_Property>
<rscdfs:PropertyContextContainer rdf:about=” >
<rscdfs:c_member rdf:resource="
<rscdfs:c_member rdf:resource="
</rscdfs:PropertyContextContainer>
xXx
Container of a context
domain
range …
context …
rscdfs:SR_Statement
rscdfs:SR_ContextContainer
predicate
…a… X1
trueInContext
rscdfs:SR_Statement
rscdfs:SR_Statement
Context tolerance range
predicate X2 X1
subject
predicate
object … … X2
xXx
As a rdfs:domain and rdfs:range properties, rscdfs:context property restricts a content of the rscdfs:SR_Statement context container (rscdfs:SR_ContextContainer).

18. Multiple SmartResource History
max
9:00
9:30
14:00
15:00
Coffee break
Lunch
Source History T
Normal Temperature T < max
Extreme Temperature T >= max t V
V < min
min < V < max
V > max S1 S5 S4 S3 S2 S6 t1 t0 t2 t3 t4 t5 t6 t7 t8 t9
t10
t11
t12
t13
t14
t15
t16
t17

19. Multiple SmartResource History
max
max
max
max
Time Aggregation
max
max
max
9:00 T
V < min
[t0;t2]
max
Coffee break
min < V < max t0 t1 t2 t3 t4 t5 t6 t7 t8 t9
t10
t11
t12
t13
t14
t15
t16
t17
V > max
max S4 S5
9:30 t S6
max S1
Extreme Temperature T >= max S2 S3 V
max
Normal Temperature T < max
14:00
15:00
max
max
Lunch
max
max
max
max
max

20. Multiple SmartResource History
max
max
Time Aggregation
max
max
max
9:00 T
V < min
[t0;t2]
[t4;t6]
max
Coffee break
min < V < max t0 t2 t3 t4 t5 t6 t7 t8 t9
t10
t11
t12
t13
t14
t15
t16
t17
V > max
max S4 S5
9:30 t S6
max S1
Extreme Temperature T >= max S2 S3 V
max
Normal Temperature T < max
14:00
15:00
max
max
Lunch
max
max
max
max
max

21. Multiple SmartResource History
max
max
Time Aggregation
max
max
9:00 T
V < min
[t0;t2]
[t4;t6]
[t7;t10]
max
Coffee break
min < V < max t0 t2 t3 t4 t6 t7 t8 t9
t10
t11
t12
t13
t14
t15
t16
t17
V > max
max S4 S5
9:30 t S6
max S1
Extreme Temperature T >= max S2 S3 V
max
Normal Temperature T < max
14:00
15:00
max
max
Lunch
max
max
max
max
max

22. Multiple SmartResource History
max
max
Time Aggregation
max
max
9:00 T
V < min
[t0;t2]
[t4;t6]
[t7;t10]
[t14;t17]
max
Coffee break
min < V < max t0 t2 t3 t4 t6 t7
t10
t11
t12
t13
t14
t15
t16
t17
V > max S4 S5
9:30 t S6
max S1
Extreme Temperature T >= max S2 S3 V
Normal Temperature T < max
14:00
15:00
max
max
Lunch
max
max
max
max
max

23. Multiple SmartResource History
max
max
max
max
State Aggregation
max
max
max
9:00 T
V < min
max
Coffee break
min < V < max t0 t1 t2 t3 t4 t5 t6 t7 t8 t9
t10
t11
t12
t13
t14
t15
t16
t17
V > max
max
[t6;t7]&[t13;t14] S4
[t12;t13] S5
9:30 t
[t3;t4]&[t10;t11] S6
max S1
[t0;t2]&[t7;t10]&[t14;t17]
Extreme Temperature T >= max S2
[t4;t6]&[t11;t12]
[t2;t3] S3 V
max
Normal Temperature T < max
14:00
15:00
max
max
Lunch
max
max
max
max
max

24. Multiple SmartResource History
max
max
max
max
Diagnosis Aggregation
max
max
max
8:00 T
- Normality
V < min
- Emergency
max
Coffee break
min < V < max t0 t1 t2 t3 t4 t5 t6 t7 t8 t9
t10
t11
t12
t13
t14
t15
t16
t17
V > max
max
[t3;t4]&[t6;t7]&[t10;t11]&[t13;t14] S4 S5
10:00 t S6
max S1
Extreme Temperature T >= max
[t0;t3]&[t4;t6]&[t7;t10]&[t11;t13]&[t14 ;t17] S2 S3 V
max
Normal Temperature T < max
14:00
15:00
max
max
Lunch
max
max
max
max
max

25. Transformation Ontology
rscdfs:SR_Container Container#3
rscdfs:SR_Container
rscdfs:Transformation
context
rscdfs:SR_Property
rscdfs:SR_Statement Statement#1
sr_StatementType
rscdfs:SR_Statement
subject
predicate
object
rdfs:Resource
rscdfs:SR_Property
rdfs:Resource
rscdfs:SR_Statement Statement#2
Transformation Ontology
rscdfs:Transformation TimeAggreg_S-S
rscdfs:SR_Statement Statement#3
rscdfs:SR_Container Container#5
rscdfs:SR_Container Container#7
rscdfs:Description
member
rscdfs:SR_Container
rscdfs:SR_Container
rscdfs:Description
rscdfs:SR_Property
rscdfs:SR_Property
context
rscdfs:SR_Statement Statement#2
context
rscdfs:SR_Statement Statement#3
rscdfs:SR_Statement
sr_StatementType
rscdfs:SR_Statement
sr_StatementType
subject
predicate
object
subject
predicate
object
rdfs:Resource
rdfs:Resource
rscdfs:SR_Property
rdfs:Resource
rdfs:Resource
rscdfs:SR_Property
Resource Ontology
Kettle#1
rscdfs:SR_Container Container#4
Resource Ontology
Kettle#1
rscdfs:SR_Container Container#6
rscdfs:Description has_Container
rscdfs:Description has_Container
Container
rscdfs:SR_Statement
Container
member
rscdfs:SR_Statement
rscdfs:SR_Container
rscdfs:SR_Statement
rscdfs:SR_Statement
context
member
rscdfs:SR_Container
rscdfs:SR_Statement
rscdfs:SR_Statement
context
member
context
rscdfs:SR_Container …
rscdfs:SR_Statement
For the purpose to allow resource transformation, Transformation Ontology of the properties was included in RSCDF. Mostly (in general case) the containers are transformed to other containers, and they are connected to a resource. But at the same time a resource can be transformed without associating with other resource. It can be done during the temporal transformation or with a purpose to provide transformed resource for shared use. After the transformation the transformation SR_Statement should be added as a container context and context of each container member.

26. SmartResource -“Device” Description
max
min
T=max
max > V > min
t=[t1;t2]
Kettle
rscdfs:Time sysTime
rscdfs:TempMark TempMark#1
--- [t1;t2]
rscdfs:SR_Property
rdfs:Resource
Environment
rdfs:Resource
predicate
object
subject
rscdfs:Time
rscdfs:SR_Property
rscdfs:SR_Statement Statement#2
sr_StatementType
rscdfs:SR_Statement
context
member
rscdfs:SR_Container
rscdfs:SR_Container Container#2
rscdfs:SR_Container Container#3
rscdfs:SR_Container
rscdfs:Description
context
rscdfs:SR_Property
rscdfs:SR_Statement Statement#1
sr_StatementType
rscdfs:SR_Statement
subject
predicate
object
rdfs:Resource
rscdfs:SR_Property
rdfs:Resource
Resource Ontology
Kettle#1
rscdfs:Description has_Container
rscdfs:SR_Container Container#1
rscdfs:SR_Container Container#5
member
member
member
rscdfs:Measurement
rscdfs:SR_Container
rscdfs:SR_Property
context
rscdfs:SR_Statement Statement#3
rscdfs:Measurement
member
rscdfs:SR_Statement
rscdfs:SR_Container Container#4
rscdfs:SR_Property
sr_StatementType
rscdfs:SR_Container
subject
object
rdfs:Resource
rdfs:Resource
context
rscdfs:SR_Statement Statement#4
rscdfs:SR_Statement
sr_StatementType
Resource Ontology
Kettle#1
max
Non-numerical Value Ontology
predicate
subject
object
rscdfs:SR_Property
rdfs:Resource
rdfs:Resource
rscdfs:Measuremenr temperature
Resource Ontology
Kettle#1
max>V>min
Non-numerical Value Ontology
Measurement Ontology
predicate
rscdf:SR_Property
rscdf:Measuremenr volume
Measurement Ontology

27. SmartResource -“Device” Description
<?xml version='1.0' ?>
<!DOCTYPE rdf:RDF [
<!ENTITY rdf '
<!ENTITY rdfs '
<!ENTITY rscdfs '
<!ENTITY rd '
<!ENTITY ontoMeasurement '
<!ENTITY ontoCondition ' ]>
<rdf:RDF
xmlns:rdf="&rdf;“
xmlns:rdfs="&rdfs;"
xmlns:rscdfs="&rscdfs;"
xmlns:rd="&rd;"
xmlns:ontoMeasurement="&ontoMeasurement;“
xmlns:ontoCondition="&ontoCondition;"
>
<rscdfs:Device rdf:about="&rd;iKettle1“
rdfs:comment="Kettle#1 is an instance of rscdfs:Device class“
rdfs:label="Kettle">
</rscdfs:Device>
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement1"
rdfs:comment="Describes that resource has a container"
rdfs:label="SR_Statement1">
<rdf:subject rdf:resource="&rd;iKettle1"/>
<rscdfs:predicate rdf:resource="&rscdfs;has_Container"/>
<rdf:object rdf:resource="&rd;iContainer1"/>
<rscdfs:context rdf:resource="&rd;iContainer2"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;Description"/>
</rscdfs:SR_Statement>
<rscdfs:SR_Container rdf:about="&rd;iContainer1"
rdfs:comment="Container of iKettle1"
rdfs:label="Container1">
<rscdfs:member rdf:resource="&rd;iStatement3"/>
<rscdfs:member rdf:resource="&rd;iStatement4"/>
</rscdfs:SR_Container>
<rscdfs:SR_Container rdf:about="&rd;iContainer2"
rdfs:comment="Contextual Container of iSR_Statement1"
rdfs:label="Container2">
<rscdfs:member rdf:resource="&rd;iStatement2"/>
</rscdfs:SR_Container>
<rscdfs:SR_Container rdf:about="&rd;iContainer3"
rdfs:comment="Contextual Container of iSR_Statement2"
rdfs:label="Container3">
<rscdfs:SR_Container rdf:about="&rd;iContainer4"
rdfs:comment="Contextual Container of iSR_Statement4"
rdfs:label="Container4">
<rscdfs:SR_Container rdf:about="&rd;iContainer5"
rdfs:comment="Contextual Container of iSR_Statement3"
rdfs:label="Container5">

28. SmartResource -“Device” Description
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement2"
rdfs:comment="Describes a time of environment"
rdfs:label="SR_Statement2">
<rdf:subject rdf:resource="&rscdfs;Environment"/>
<rscdfs:predicate rdf:resource="&rscdfs;sysTime"/>
<rdf:object rdf:resource="&rd;iTempMark1"/>
<rscdfs:context rdf:resource="&rd;iContainer3"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;Time"/>
</rscdfs:SR_Statement>
<rscdfs:TempMark rdf:about="&rd;iTempMark1"
rdfs:comment="Describes value of the time"
rdfs:label="TempMark1">
</rscdfs:TempMark>
<rscdfs:EnumerativeValue rdf:about="&rd;iEnumerativeValue1"
rdfs:comment="Describes value of the Kettle1 temperature"
rdfs:label="EnumerativeValue1">
</rscdfs:EnumerativeValue>
<rscdfs:EnumerativeValue rdf:about="&rd;iEnumerativeValue2"
rdfs:comment="Describes value of the Kettle1 volume"
rdfs:label="EnumerativeValue2">
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement3"
rdfs:comment="Describes a temperature measurement of Kettle1"
rdfs:label="SR_Statement3">
<rdf:subject rdf:resource="&rd;iKettle1"/>
<rscdfs:predicate rdf:resource="&ontoMeasurement;temperature"/>
<rdf:object rdf:resource="&rd;iEnumerativeValue1"/>
<rscdfs:context rdf:resource="&rd;iContainer5"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;Measurement"/>
</rscdfs:SR_Statement>
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement4"
rdfs:comment="Describes a volume measurement of Kettle1"
rdfs:label="SR_Statement4">
<rscdfs:predicate rdf:resource="&ontoMeasurement;volume"/>
<rdf:object rdf:resource="&rd;iEnumerativeValue2"/>
<rscdfs:context rdf:resource="&rd;iContainer4"/> …
</rdf:RDF>

29. SmartResource -“Service” Description
model
t=[t3;t4]
Diagnostic model
Condition
Service:
neural network
rscdfs:Time sysTime
rscdfs:TempMark TempMark#2
--- [t3;t4]
rscdfs:SR_Property
rdfs:Resource
Environment
rdfs:Resource
predicate
object
subject
rscdfs:Time
rscdfs:SR_Property
rscdfs:SR_Statement Statement#6
sr_StatementType
rscdfs:SR_Statement
context
member
rscdfs:SR_Container
rscdfs:SR_Container Container#7
rscdfs:SR_Container Container#8
rscdfs:SR_Container
rscdfs:Description
context
rscdfs:SR_Property
rscdfs:SR_Statement Statement#5
sr_StatementType
rscdfs:SR_Statement
subject
predicate
object
rdfs:Resource
rscdfs:SR_Property
rdfs:Resource
Resource Ontology
NN_Service#1
rscdfs:Description has_Container
rscdfs:SR_Container Container#6
rscdfs:SR_Container Container#11
rscdfs:SR_Container
rscdfs:Description
member
rscdfs:SR_Statement Statement#9
rscdfs:SR_Statement
member
rscdfs:SR_Property
context
rscdfs:SR_Statement Statement#8
predicate
rscdfs:SR_Statement
sr_StatementType
rscdfs:SR_Property
subject
predicate
object
Model Ontology
rdfs:Resource
rdfs:Resource
rscdfs:Condition
rscdfs:SR_Property
Resource Ontology
NN_Service#1
rscdfs:SR_Container Container#10
rscdfs:SR_Property
rscdfs:Description has_Model
rscdfs:SR_Container Container#9
member
max
min
T=max
max > V > min
t=[t1;t2]
rscdfs:SR_Container
member
context
rscdfs:SR_Statement Statement#7
rscdfs:SR_Statement
sr_StatementType
subject
object
rdfs:Resource
rdfs:Resource
sr_StatementType
rscdfs:SR_Statement
rdfs:Resource
rscdfs:SR_Property
subject
object
predicate
rscdfs:Description
Kettle#1
rscdfs:Description has_Container
rscdfs:SR_Container Container#1
rscdfs:SR_Statement Statement#1
rscdfs:SR_Container
rscdfs:SR_Container Container#2
context
Resource Ontology
Resource Ontology
NN_Service#1
normality
Non-numerical Value Ontology
predicate
rscdfs:SR_Property
rscdfs:Condition diagnosis
Condition Ontology

30. SmartResource -“Service” Description
<?xml version='1.0' ?>
<!DOCTYPE rdf:RDF [
<!ENTITY rdf '
<!ENTITY rdfs '
<!ENTITY rscdfs '
<!ENTITY rd '
<!ENTITY ontoMeasurement '
<!ENTITY ontoCondition ' ]>
<rdf:RDF
xmlns:rdf="&rdf;“
xmlns:rdfs="&rdfs;"
xmlns:rscdfs="&rscdfs;"
xmlns:rd="&rd;"
xmlns:ontoMeasurement="&ontoMeasurement;“
xmlns:ontoCondition="&ontoCondition;"
> …
<rscdfs:Service rdf:about="&rd;iNN_Service1"
rdfs:comment="NN_Service#1 is an instance of rscdfs:Service class"
rdfs:label="NN_Service">
</rscdfs:Service>
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement5"
rdfs:comment="Describes that NN_Service1 has a container"
rdfs:label="SR_Statement5">
<rdf:subject rdf:resource="&rd;iNN_Service1"/>
<rscdfs:predicate rdf:resource="&rscdfs;has_Container"/>
<rdf:object rdf:resource="&rd;iContainer6"/>
<rscdfs:context rdf:resource="&rd;iContainer7"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;Description"/>
</rscdfs:SR_Statement>
<rscdfs:SR_Container rdf:about="&rd;iContainer6"
rdfs:comment="Container of iSR_Statement5"
rdfs:label="Container6">
<rscdfs:member rdf:resource="&rd;iStatement7"/>
</rscdfs:SR_Container>
<rscdfs:SR_Container rdf:about="&rd;iContainer7"
rdfs:comment="Contextual Container of iSR_Statement5"
rdfs:label="Container7">
<rscdfs:member rdf:resource="&rd;iStatement6"/>
</rscdfs:SR_Container>
<rscdfs:SR_Container rdf:about="&rd;iContainer8"
rdfs:comment="Contextual Container of iSR_Statement6"
rdfs:label="Container8">
<rscdfs:SR_Container rdf:about="&rd;iContainer9"
rdfs:comment="Contextual Container of iSR_Statement7"
rdfs:label="Container9">
<rscdfs:member rdf:resource="&rd;iStatement1"/>
<rscdfs:member rdf:resource="&rd;iStatement8"/>

31. SmartResource -“Service” Description
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement6"
rdfs:comment="Describes a time of environment"
rdfs:label="SR_Statement6">
<rdf:subject rdf:resource="&rscdfs;Environment"/>
<rscdfs:predicate rdf:resource="&rscdfs;sysTime"/>
<rdf:object rdf:resource="&rd;iTempMark2"/>
<rscdfs:context rdf:resource="&rd;iContainer8"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;Time"/>
</rscdfs:SR_Statement>
<rscdfs:TempMark rdf:about="&rd;iTempMark2"
rdfs:comment="Describes value of the time"
rdfs:label="TempMark2">
</rscdfs:TempMark>
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement7"
rdfs:comment="Describes a diagnosis that was determined by NN_Service1"
rdfs:label="SR_Statement7">
<rdf:subject rdf:resource="&rd;iNN_Service1"/>
<rscdfs:predicate rdf:resource="&ontoCondition;diagnosis"/>
<rdf:object rdf:resource="&rd;iEnumerativeValue3"/>
<rscdfs:context rdf:resource="&rd;iContainer9"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;Condition"/>
<rscdfs:EnumerativeValue rdf:about="&rd;iEnumerativeValue3"
rdfs:comment="Describes value of the diagnosis by NN_Service1"
rdfs:label="EnumerativeValue3">
</rscdfs:EnumerativeValue>
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement8"
rdfs:comment="Describes that NN_Service1 has a container(Model)"
rdfs:label="SR_Statement8">
<rdf:subject rdf:resource="&rd;iNN_Service1"/>
<rscdfs:predicate rdf:resource="&rscdfs;has_Container"/>
<rdf:object rdf:resource="&rd;iContainer10"/>
<rscdfs:context rdf:resource="&rd;iContainer11"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;Description"/>
</rscdfs:SR_Statement>
<rscdfs:SR_Container rdf:about="&rd;iContainer10"
rdfs:comment="Container of iSR_Statement8"
rdfs:label="Container10">
</rscdfs:SR_Container>
<rscdfs:SR_Container rdf:about="&rd;iContainer11"
rdfs:comment="Contextual Container of iSR_Statement8"
rdfs:label="Container11">
<rscdfs:member rdf:resource="&rd;iStatement9"/>
<rscdfs:SR_Statement rdf:about="&rd;iSR_Statement9"
rdfs:comment="Describes that context of the container is a predicate (instance of the rscdfs:Model property)"
rdfs:label="SR_Statement9">
<rscdfs:predicate rdf:resource="&rscdfs;Model"/>
<rscdfs:st_StatementType rdf:resource="&rscdfs;SR_Property"/>
</rdf:RDF>