331
Index
Open Web Application Security Project
(OWASP), 67
Operating systems (OSs), 198
OTP, see One time password
OWL, see Web Ontology Language
P
PCTL, see Probabilistic Computational
Tree Logic
PDAs, see Personal digital assistant
Perceptual layer, secure framework related to,
223–228
blocking of brute force attack, 224–225
clone node, 225
denial-of-service attack, 227–228
impersonation of the user to access the
account, 226
node privacy leak, 228
perceptual layer security threats, 224
routing attack, 226
Personal digital assistant (PDAs), 196
PERSONA project, 155
PKI, see Public key infrastructure
PLCs, see Programmable logic controllers
Predicate keys, 270
Primary healthcare workers (non-physician),
235–264
best practices for EHR usage, 261
bringing delight to all, 246–247
child health, 242
continuous monitoring of vital parameters at
pocket level, 245
continuous temperature measurement in the
community, 243–245
control of communicable diseases, 237
EHR challenges and solutions, 258–261
electronic health record, need for, 247
epidemiological triad, 236
explanation of core problem with common
example, 239–241
future works, 261–262
individualized prognosis, 238
INDIVO open source EHR, 252
Instant/Informed/Intelligent decisions, 245
intersectoral coordination, 236
life log, 253, 254
matching health budget to disease levels,
237–238
misguidance to physician, 245
monitoring of vital signs through sensors,
238–239
occurrence of diseases and scope of the IoT, 236
paramedical workers, EHRs, and gadgets, 241
personalized treatment, transition to, 238
placing responsibility with the patient, 238
problems in health information system,
247–251
problems with traditional EHR software,
251–258
role of paramedical workers in various
health programs, 257–258
solution provided by IoT, 241–242
wearable devices by paramedical workers,
242–243
Probabilistic Computational Tree Logic
(PCTL), 157
Probabilistic Symbolic Model Checker
(PRISM), 157
Programmable logic controllers (PLCs), 66
Public key infrastructure (PKI), 233
Puppetnets, 181
Q
QualNet, 198
R
Radio frequency identification (RFID), 87, 122,
168, 296
Random forest, 21, 104, 112
RDF, see Resource description framework
Real-time operational database (RODB), 169
Reference Energy Disaggregation Data set
(REDD), 52
Requests-for-comments (RFCs), 178
Residential Energy Consumption Survey
(RECS), 52
Resource description framework (RDF), 267–273
blank nodes, 269
data model, 267–268
internationalized resource identifier, 268
literals, 268–269
multiple graphs, 269
query language, 288
schema, 274–278
vocabulary, 269
writing graphs, 269–273
Resource records (RRs), 179
RFCs, see Requests-for-comments
RFID, see Radio frequency identification
RODB, see Real-time operational database
ROLL, see Routing Over Low power
and Lossy
Root object, 270
Index
Open Web Application Security Project
(OWASP), 67
Operating systems (OSs), 198
OTP, see One time password
OWL, see Web Ontology Language
P
PCTL, see Probabilistic Computational
Tree Logic
PDAs, see Personal digital assistant
Perceptual layer, secure framework related to,
223–228
blocking of brute force attack, 224–225
clone node, 225
denial-of-service attack, 227–228
impersonation of the user to access the
account, 226
node privacy leak, 228
perceptual layer security threats, 224
routing attack, 226
Personal digital assistant (PDAs), 196
PERSONA project, 155
PKI, see Public key infrastructure
PLCs, see Programmable logic controllers
Predicate keys, 270
Primary healthcare workers (non-physician),
235–264
best practices for EHR usage, 261
bringing delight to all, 246–247
child health, 242
continuous monitoring of vital parameters at
pocket level, 245
continuous temperature measurement in the
community, 243–245
control of communicable diseases, 237
EHR challenges and solutions, 258–261
electronic health record, need for, 247
epidemiological triad, 236
explanation of core problem with common
example, 239–241
future works, 261–262
individualized prognosis, 238
INDIVO open source EHR, 252
Instant/Informed/Intelligent decisions, 245
intersectoral coordination, 236
life log, 253, 254
matching health budget to disease levels,
237–238
misguidance to physician, 245
monitoring of vital signs through sensors,
238–239
occurrence of diseases and scope of the IoT, 236
paramedical workers, EHRs, and gadgets, 241
personalized treatment, transition to, 238
placing responsibility with the patient, 238
problems in health information system,
247–251
problems with traditional EHR software,
251–258
role of paramedical workers in various
health programs, 257–258
solution provided by IoT, 241–242
wearable devices by paramedical workers,
242–243
Probabilistic Computational Tree Logic
(PCTL), 157
Probabilistic Symbolic Model Checker
(PRISM), 157
Programmable logic controllers (PLCs), 66
Public key infrastructure (PKI), 233
Puppetnets, 181
Q
QualNet, 198
R
Radio frequency identification (RFID), 87, 122,
168, 296
Random forest, 21, 104, 112
RDF, see Resource description framework
Real-time operational database (RODB), 169
Reference Energy Disaggregation Data set
(REDD), 52
Requests-for-comments (RFCs), 178
Residential Energy Consumption Survey
(RECS), 52
Resource description framework (RDF), 267–273
blank nodes, 269
data model, 267–268
internationalized resource identifier, 268
literals, 268–269
multiple graphs, 269
query language, 288
schema, 274–278
vocabulary, 269
writing graphs, 269–273
Resource records (RRs), 179
RFCs, see Requests-for-comments
RFID, see Radio frequency identification
RODB, see Real-time operational database
ROLL, see Routing Over Low power
and Lossy
Root object, 270