UML for Systems Engineering: Watching the Wheels
Extend UML beyond software-based systems to systems design.
TABLE OF CONTENTS UML for Systems Engineering: Watching the Wheels
Index
A
acquirer 150
action 68
action-based 68
action state 99
activity 169
activity based 68
activity diagram 112, 113
activity state 113
actor 119, 213
aggregation 54
association 50
assumption model 250
attributes of a class 53
attributes of a requirement 203
B
basic type 258
behavioural diagrams 65
behavioural model 65 80
Booch 29, 43
business context 201, 211
C
capability determination 145
CASE 263 278
class 49
class diagram 49, 82 88
classic approaches 42
client server 133
code generation 265
collaboration diagram 101 106
collection type 258
common language 13
communication 8, 11 14
comparing models 154
complexity
accidental 10
causes of 5
essential 9
minimising 11
component 126
component diagram 126 130
composition 54
Coad Yourdon 42
condition 68, 95
consumer 256
constrains 223
constraints
invariants 255
post-conditions 256
pre-conditions 256
contexts 210
contract 256
CRC-cards 43
customer 206
D
decision 113
deliverables
by process 184
by structure 185
by type 11
dependency 84
deployment diagram 131 136
direction 51
disasters 5
distributed systems 133
E
EIA 632 149 151
EIA 731 162
EN 50128 146
event
send event 74
receive event 74
executable code 129
exporting 275
extends 210
F
failures 5
focus of control 108
fork 117
formal module 1876
G
generalisation 56
H
Henteasers 247
HTML 249
I
IEC 61508 160
IEEE 1220 161
implementation model 190
includes 210
information model 188
inheritance 58
instantiation 60
interface 127
Internet 243
ISO
9001 144
15504 151
15288 159
9000-3 145
J
join 118
L
life cycle 174
life cycle model
definition 174
Copyright The Institution of Electrical Engineers 2001 under license agreement with Books24x7
