131
Internet of Nano-Things Forensics
Shopping
Raw
data
Nanosensors
Microsensors
Temperature
pressure
accelerometer data
Body area
network
Body area
nanonetwork
Medical condition
Contains
Located at
Performing at
EM
communication
Service
directory
Smart home
Gene
ontology
Biomedical
Context
processing
Context inference
and deduction
model
Context
broker
Microcontext
Microcontext
Data collection
services
Application
services A
Cross-domain ontologies
Ontologies and knowledge base
(a)
(b)
Contains x-value
y-value
z-value
Contains
Contains
Activity
User profile
Nanosensors
Location
Device
Mobile phone
Contains
Nanosensors
Molecular communication
Molecular diifusion
Calcium signaling
Bacteria nanonetworks
Virus nanonetworks
Neural nanonetworks
Smart office
ontology
FIGURE 7.8
The wide range of data collected by nanonetworks will require cross-domain reasoning that spans multiple
specialized domains. (a) Example context model that uses smart-space and gene ontologies to process
data from molecular and EM nanonetworks. (b) An example definition of integrated IoNT ontology.
(From Balasubramaniam, S., and J. Kangasharju, Computer, 2, 62–68, 2013.)
Internet of Nano-Things Forensics
Shopping
Raw
data
Nanosensors
Microsensors
Temperature
pressure
accelerometer data
Body area
network
Body area
nanonetwork
Medical condition
Contains
Located at
Performing at
EM
communication
Service
directory
Smart home
Gene
ontology
Biomedical
Context
processing
Context inference
and deduction
model
Context
broker
Microcontext
Microcontext
Data collection
services
Application
services A
Cross-domain ontologies
Ontologies and knowledge base
(a)
(b)
Contains x-value
y-value
z-value
Contains
Contains
Activity
User profile
Nanosensors
Location
Device
Mobile phone
Contains
Nanosensors
Molecular communication
Molecular diifusion
Calcium signaling
Bacteria nanonetworks
Virus nanonetworks
Neural nanonetworks
Smart office
ontology
FIGURE 7.8
The wide range of data collected by nanonetworks will require cross-domain reasoning that spans multiple
specialized domains. (a) Example context model that uses smart-space and gene ontologies to process
data from molecular and EM nanonetworks. (b) An example definition of integrated IoNT ontology.
(From Balasubramaniam, S., and J. Kangasharju, Computer, 2, 62–68, 2013.)
