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Index 201
definition 20
diagram 80, 83, 107
create 138
interaction diagram 85
model 80
semantics 81
stereotype 107
logical
architecture 70
element 71
entities 102
model 87
service 82
viewpoint 6, 27, 70, 80
M
manage
complexity 3
material flow 81
MDSD 1
abstractions 3
actor 40
artifacts 109
benefits 8
collaboration 12
context diagram 44
definitions 18
diagrams 9
disciplines 23
framework 24
horizontal integration 14
integration 22
iteration 23
key concepts 24
meta model 12, 28
model 58, 94
modeling process 39
plug-in
installation 114
problems addressed 4
process 10, 32
request 57
responsibilities 15
risk 9
RUP plug-in 23
scalability 22
separation of concern 22
Step 1 - Define the system context 40
Step 10 - Creating element context diagrams 71
Step 11 - Create use case models at levels be-
low the enterprise 77
Step 12 - Developing a locality model 80
Step 2 - Finding actors 40
Step 3 - Create a context diagram 44
Step 4 - Finding I/O entities 45
Step 5 - Finding use cases 48
Step 6 - Write use case flows-of-events 52
Step 7 - Operation identification 55
Step 8 - Refactoring and consolidating enter-
prise operations 65
Step 9 - Operation realization 70
stereotypes 99
SysML 16
system decomposition 22, 29
template 118
template for a use case 53
tools 93
traceability 12
transformations 4
UML Profile 97
use case 14, 46
specification template 181
value 42
viewpoints 6, 37
MDSDUseCaseSpecification.doc 194
methodology 8, 37
model
analysis 5
definition 18
level 25
model-driven development 19
model-driven systems development
see MDSD
modeling
benefits 4
languages 24
perspective 111
semantic 12
N
network bandwidth 83
nonfunctional requirements 32
O
object
framework 10