Index
377
Domain, 276, 356. See also
Problem domain analysis
cognitive, 89
convergence, 154
of knowledge, 78
procedural, 91
process, 72
product, 72
representation, 92
social and management, 82, 88
spatial, 30n
specialists, 1
subjective, 168, 216
of systems engineering, 24
E
EaG-field. See Earth’s gravitational
field (EaG-field)
Earth’s gravitational field
(EaG-field), 65
Economic force, 60
Economic valuation, 130, 133
Economy of action, 3
Element, 356
Embodiment, 356
Emergence, 153, 193–195, 356
EMMI. See Energy, matter, material
wealth, and information
(EMMI)
Empirical sociology, 11
End-to-end thread. See System-level
thread
Energy, 50–51, 356
Energy, matter, material wealth, and
information (EMMI), 1, 49,
287, 356
for abstraction, 288
and change, 47, 132
EMMI-on-object, 126, 127n
energy, 50–51
in events, 307
information, 52–53
loss quantification, 23
material wealth, 51–52
matter, 51
object interaction, 152, 169,
191, 308
partitioning, 169
quality loss function
determination, 298
transferring, 2
Engineering, 356–357
practices, 283
Enquiry, 158n
Enterprise, 142, 357
Epistemology, 357
Error in measurement, 241
Event-centric business model, 142, 144
Events, 9, 32, 44, 85, 87, 302, 306–307,
357. See also Integration
planning
advantages, 307
antecedent, 201
causal events, 77
EMMI, 307
event-space, 305
of integration, 243
at interface, 76
by mechanism, 76
planning and scheduling
for objects, 307–308
project, 306–307
proximate, 355
in “to manage” processes, 205
Evergreening, 225n
Expert opinion, 309
F
Feyerabend, Paul, 29, 30
First-order stakeholders. See
Internal stakeholders
Force, 47n, 60, 61, 357
Forecasting, 304n
Forethought, 19–21
Formation, 32
Frame, 72, 357
Framework, 70, 71, 74–75, 81–84,
151, 241, 357–358
developing utilitarian, 72
frame, 72
of integration, 71–72, 190
integrative, 89, 193
key variables, 73–74
object frame, 73
process frame, 72–72
scope of, 9
377
Domain, 276, 356. See also
Problem domain analysis
cognitive, 89
convergence, 154
of knowledge, 78
procedural, 91
process, 72
product, 72
representation, 92
social and management, 82, 88
spatial, 30n
specialists, 1
subjective, 168, 216
of systems engineering, 24
E
EaG-field. See Earth’s gravitational
field (EaG-field)
Earth’s gravitational field
(EaG-field), 65
Economic force, 60
Economic valuation, 130, 133
Economy of action, 3
Element, 356
Embodiment, 356
Emergence, 153, 193–195, 356
EMMI. See Energy, matter, material
wealth, and information
(EMMI)
Empirical sociology, 11
End-to-end thread. See System-level
thread
Energy, 50–51, 356
Energy, matter, material wealth, and
information (EMMI), 1, 49,
287, 356
for abstraction, 288
and change, 47, 132
EMMI-on-object, 126, 127n
energy, 50–51
in events, 307
information, 52–53
loss quantification, 23
material wealth, 51–52
matter, 51
object interaction, 152, 169,
191, 308
partitioning, 169
quality loss function
determination, 298
transferring, 2
Engineering, 356–357
practices, 283
Enquiry, 158n
Enterprise, 142, 357
Epistemology, 357
Error in measurement, 241
Event-centric business model, 142, 144
Events, 9, 32, 44, 85, 87, 302, 306–307,
357. See also Integration
planning
advantages, 307
antecedent, 201
causal events, 77
EMMI, 307
event-space, 305
of integration, 243
at interface, 76
by mechanism, 76
planning and scheduling
for objects, 307–308
project, 306–307
proximate, 355
in “to manage” processes, 205
Evergreening, 225n
Expert opinion, 309
F
Feyerabend, Paul, 29, 30
First-order stakeholders. See
Internal stakeholders
Force, 47n, 60, 61, 357
Forecasting, 304n
Forethought, 19–21
Formation, 32
Frame, 72, 357
Framework, 70, 71, 74–75, 81–84,
151, 241, 357–358
developing utilitarian, 72
frame, 72
of integration, 71–72, 190
integrative, 89, 193
key variables, 73–74
object frame, 73
process frame, 72–72
scope of, 9