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- Page 22 and 23: 2 Introduction A method for the spe
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34 Concepts for Analysis, Specifica
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36 Concepts for Analysis, Specifica
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38 Concepts for Analysis, Specifica
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40 Concepts for Analysis, Specifica
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42 Concepts for Analysis, Specifica
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44 Concepts for Analysis, Specifica
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46 Concepts for Analysis, Specifica
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48 Concepts for Analysis, Specifica
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50 Concepts for Analysis, Specifica
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52 Concepts for Analysis, Specifica
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54 Concepts for Analysis, Specifica
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56 Abstraction of a Problem Domain
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58 Abstraction of a Problem Domain
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60 Abstraction of a Problem Domain
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62 Abstraction of a Problem Domain
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64 Abstraction of a Problem Domain
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66 Abstraction of a Problem Domain
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68 Abstraction of a Problem Domain
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70 Abstraction of a Problem Domain
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72 Abstraction of a Problem Domain
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74 Abstraction of a Problem Domain
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76 Abstraction of a Problem Domain
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78 Abstraction of a Problem Domain
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80 Abstraction of a Problem Domain
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82 Abstraction of a Problem Domain
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84 Abstraction of a Problem Domain
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86 Abstraction of a Problem Domain
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88 Abstraction of a Problem Domain
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90 Abstraction of a Problem Domain
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92 Abstraction of a Problem Domain
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94 Abstraction of a Problem Domain
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96 Abstraction of a Problem Domain
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98 Abstraction of a Problem Domain
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100 Abstraction of a Problem Domain
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102 Abstraction of a Problem Domain
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104 Abstraction of a Problem Domain
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106 Abstraction of a Problem Domain
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108 Abstraction of a Problem Domain
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110 Abstraction of a Problem Domain
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112 Abstraction of a Problem Domain
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114 Abstraction of a Problem Domain
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116 Abstraction of a Problem Domain
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118 Concepts for the Integration of
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120 Concepts for the Integration of
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122 Concepts for the Integration of
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124 Concepts for the Integration of
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126 Concepts for the Integration of
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128 Concepts for the Integration of
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130 Concepts for the Integration of
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132 Concepts for the Integration of
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134 Concepts for the Integration of
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136 Concepts for the Integration of
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138 Concepts for the Integration of
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140 Concepts for the Integration of
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142 Concepts for the Integration of
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144 Concepts for the Integration of
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146 Concepts for the Integration of
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148 Modelling of Concurrent Reactiv
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150 Modelling of Concurrent Reactiv
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152 Modelling of Concurrent Reactiv
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154 Modelling of Concurrent Reactiv
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156 Modelling of Concurrent Reactiv
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158 Modelling of Concurrent Reactiv
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160 Modelling of Concurrent Reactiv
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162 Modelling of Concurrent Reactiv
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164 Modelling of Concurrent Reactiv
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166 Modelling of Concurrent Reactiv
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168 Modelling of Concurrent Reactiv
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170 Modelling of Concurrent Reactiv
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172 Modelling of Concurrent Reactiv
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174 Modelling of Concurrent Reactiv
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176 Modelling of Concurrent Reactiv
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178 Modelling of Concurrent Reactiv
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180 Modelling of Concurrent Reactiv
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182 Modelling of Concurrent Reactiv
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184 Modelling of Concurrent Reactiv
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186 Modelling of Concurrent Reactiv
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188 Modelling of Concurrent Reactiv
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190 Modelling of Concurrent Reactiv
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192 Modelling of Concurrent Reactiv
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194 Modelling of Concurrent Reactiv
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196 Modelling of Concurrent Reactiv
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198 Modelling of Concurrent Reactiv
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200 Modelling of Concurrent Reactiv
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202 Modelling of Concurrent Reactiv
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204 Modelling of Concurrent Reactiv
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206 Modelling of Concurrent Reactiv
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208 Modelling of Concurrent Reactiv
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210 Modelling of Concurrent Reactiv
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212 Modelling of Concurrent Reactiv
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214 Modelling of Concurrent Reactiv
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216 Modelling of Concurrent Reactiv
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218 Modelling of Concurrent Reactiv
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220 Modelling of Concurrent Reactiv
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222 Modelling of Concurrent Reactiv
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224 Modelling of Concurrent Reactiv
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226 Modelling of Concurrent Reactiv
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228 Modelling of Concurrent Reactiv
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230 Introduction to the Semantics o
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232 Introduction to the Semantics o
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234 Introduction to the Semantics o
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236 Introduction to the Semantics o
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238 Introduction to the Semantics o
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240 Introduction to the Semantics o
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242 Data Part of POOSL 8.1 Introduc
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244 Data Part of POOSL The first tw
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246 Data Part of POOSL which have t
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248 Data Part of POOSL We define a
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250 Data Part of POOSL is defined b
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252 Data Part of POOSL The evaluati
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254 Data Part of POOSL For readers
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256 Data Part of POOSL 8.7 Example:
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258 Data Part of POOSL £ £ £ £
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260 Data Part of POOSL
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262 Process Part of POOSL 9.1 Intro
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264 Process Part of POOSL We define
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266 Process Part of POOSL Sysp p :
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268 Process Part of POOSL where PS
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270 Process Part of POOSL (2’) Al
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272 Process Part of POOSL We let En
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274 Process Part of POOSL execution
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276 Process Part of POOSL When an i
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278 Process Part of POOSL envs2, Sy
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280 Process Part of POOSL (c’) Ch
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282 Process Part of POOSL Rules (s
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284 Process Part of POOSL relations
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286 Process Part of POOSL in x Send
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288 Process Part of POOSL conf p 1
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290 Process Part of POOSL initial m
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292 Process Part of POOSL 9.7.1 The
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294 Process Part of POOSL distribut
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296 Process Part of POOSL It is exe
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298 Process Part of POOSL and (ch1?
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300 Process Part of POOSL These new
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302 Process Part of POOSL
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304 Behaviour-Preserving Transforma
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306 Behaviour-Preserving Transforma
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308 Behaviour-Preserving Transforma
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310 Behaviour-Preserving Transforma
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312 Behaviour-Preserving Transforma
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314 Behaviour-Preserving Transforma
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316 Behaviour-Preserving Transforma
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318 Behaviour-Preserving Transforma
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320 Behaviour-Preserving Transforma
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322 Behaviour-Preserving Transforma
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324 Behaviour-Preserving Transforma
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326 Behaviour-Preserving Transforma
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328 Behaviour-Preserving Transforma
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330 Behaviour-Preserving Transforma
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332 Behaviour-Preserving Transforma
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334 SHE Framework 11.1 Introduction
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336 SHE Framework Requirements list
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338 SHE Framework model of the syst
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340 SHE Framework 11.3 SHE Framewor
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342 SHE Framework In principle both
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344 SHE Framework Object Models Obj
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346 SHE Framework Object Class Diag
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348 SHE Framework Notice that the R
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350 SHE Framework medium. Second we
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352 SHE Framework things in a probl
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354 SHE Framework accept(PI) Produc
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356 SHE Framework accept(PI) Produc
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358 SHE Framework Buffered message
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360 SHE Framework from a completely
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362 SHE Framework Service_ Schedule
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364 SHE Framework Behaviour-Preserv
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366 SHE Framework 11.4.9 Requiremen
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368 SHE Framework Object Class Mode
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370 SHE Framework 11.5.3 Implementa
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372 SHE Framework object_1 (essenti
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374 SHE Framework 11.5.6 Extended U
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376 Case Study 12.1 Introduction (M
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378 Case Study eral (mechanical) ma
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380 Case Study (local) sensors and
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382 Case Study tends the functional
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384 Case Study Feeding Unit Image.
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386 Case Study communicated. For th
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388 Case Study P:Product_Info_Keepe
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390 Case Study The specification of
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392 Case Study The next process cla
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394 Case Study process class Transp
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396 Case Study data class PI instan
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398 Case Study Feeder Sensors/ Actu
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400 Case Study DISTR DISTR DISTR DI
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402 Case Study
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404 Conclusions and Future Work 13.
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406 Conclusions and Future Work - i
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408 Conclusions and Future Work 13.
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410 Conclusions and Future Work 13.
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412 The POOSL Transition Systems (5
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414 The POOSL Transition Systems (1
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416 The POOSL Transition Systems (2
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418 The POOSL Transition Systems (b
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420 The POOSL Transition Systems (l
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422 The POOSL Transition Systems (v
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424 Proofs of Propositions and Tran
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426 Proofs of Propositions and Tran
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428 Proofs of Propositions and Tran
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430 Proofs of Propositions and Tran
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432 Proofs of Propositions and Tran
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434 Proofs of Propositions and Tran
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436 Glossary of Symbols 248 Lvar ¥
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438 Glossary of Symbols ¡ v1¥¡
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440 REFERENCES [Blo93] R.H.J. Bloks
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442 REFERENCES [Deu89] L.P. Deutsch
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444 REFERENCES [LP81] H.R. Lewis an
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446 REFERENCES [Roy70] W.W. Royce.
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448 REFERENCES [Wal88] D.J. Walker.
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450 INDEX system of process and clu
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452 INDEX message, 158, 160, 161 da
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454 INDEX process (see process stat
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456 Summary The research has been p
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458 Samenvatting Het onderzoek is u