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Berquist K., Berquist A. — Managing Information Highways: The PRISM Book: Principles, Methods, and Case Studies for Designing Telecommunications Management Systems
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Название: Managing Information Highways: The PRISM Book: Principles, Methods, and Case Studies for Designing Telecommunications Management SystemsАвторы: Berquist K., Berquist A. Аннотация: This monograph constitutes the final report of the EC-sponsored PRISM project, which was devoted to communications management for integrated broadband communications (IBC) within the RACE program. The book introduces and applies the distributed management framework (DMF) developed for the specification and design of multi-domain management systems for controlling, monitoring, and administrating IBC networks. The DMF framework is evaluated in detail and related to other international architectural and specification work aimed at creating advanced communication management systems. Also, a summary of existing platforms potentially supporting PRISM's DMF system, a glossary, a list of acronyms and abreviations, and a detailed subject index are included.
Язык: Рубрика: Computer science /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 1996Количество страниц: 418Добавлена в каталог: 05.12.2010Операции: Положить на полку |
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Предметный указатель
Abstract Information Model description 71 Access control in defining countermeasures 160 Access control in security policy 173 Access control, actors and roles 157 Access control, computational model 187 Access control, definition 137 Access control, description 164 Access control, engineering model 192 Access control, information - definition 164 Access control, information model 182—183 Access control, management service components 168 Access control, scenarios 175—179 Access control, security measures 164 Access control, technologies 196 Access control, UPT service profile management 340 Access control, VPN cost and charging - computational object 284 Access control, VPN cost and charging - requirements capture 231 Access control, with security mechanisms 162 Access control, with Trusted Third Parties - overview 144 Access Decision Function 164 Access Enforcement Function 164 Accountability 44 133 Actions 74 Activity, designing computational activities 80 Activity, designing in UPT service profile management 335 Activity, designing in VPN cost and charging management 275 Activity, UPT service profile management 317 Activity, VPN cost and charging management 219 Actor, definition 56 Actors and Roles description 56 Actors and Roles description, scenario 66 Actors and Roles description, securing management systems 156 Actors and Roles description, UPT service profile management 298 Actors and Roles description, VPN bandwidth management 213 Actors and Roles description, VPN cost and charging management 227 ACTS, description 21 Aggregation, Information viewpoint definition 72 Architecture, Distributed Management Framework (DMF) 27—29 Architecture, relating the DMF to major architectures 355—372 355—372 Architecture, TINA — C 357—361 Association, information viewpoint definition 71 ATM Forum description 21 ATM in VPN bandwidth management 210 Authentication with security mechanisms 161 406 Authentication with Trusted Third Parties - overview 144 Authentication, actors and roles 157 Authentication, applied to DPE 193 Authentication, computational model 185 authentication, definition 137 Authentication, engineering model 190—191 Authentication, in structuring the enterprise 170 Authentication, in the security infrastructure 146 Authentication, information model 179—181 Authentication, management service components 168 Authentication, peer-entity 164 Authentication, requirements 157 Authentication, scenarios 175—179 Authentication, security measures 164 Authentication, technologies 196 Authentication, UPT service profile management 339 Authentication, VPN cost and charging - computational object 284 Automation, relating to security 131 Availability 44 Availability, description 133 Bandwidth management 210—222 Basic Engineering Interface, mapping to computational interfaces 109 Basic Engineering Object access control 192 Basic Engineering Object access control, authentication 190—191 Basic Engineering Object access control, defining communications - description 94 Basic Engineering Object access control, defining communications in VPN cost and charging management 290 Basic Engineering Object access control, definition 92 Basic Engineering Object access control, deploying - description 93 Basic Engineering Object access control, deploying in UPT service profile management 346 Basic Engineering Object access control, deploying VPN cost and charging management 289 Basic Engineering Object access control, deployment method 94 Basic Engineering Object access control, designing communications in UPT service profile management 349 Basic Engineering Object access control, graphical notation 92 Basic Engineering Object access control, ODMA 364 Basic Engineering Object access control, support in platforms 379 Basic Engineering Object access control, UPT service profile management 345 Basic Engineering Object access control, VPN cost and charging management 289 Binder, features 100 Binder, object definition 95 Binder, ODMA support 364 Binder, security and the DPE platform 193 Binder, support in platforms 380 Binding, description 95 Binding, VPN cost and charging management 290 broadband services 4—6 Building Block, comparison to TMN 85 Building Block, definition 39 85 Building Block, design 84 Building Block, design method 86 Building Block, design securing VPN from traffic observation 288 Building Block, design UPT service profile management 343 Building Block, design VPN cost and charging management 280 Building Block, diagram 87 Building Block, mapping to engineering clusters 110 Building Block, support in platforms 379 Business management 32 Capsule in authentication 193 Capsule in modelling transparencies 101 Capsule, definition 93 Capsule, security and the DPE platform 193 Capsule, support in platforms 379 Capsule, UPT service profile management 347 Capsule, VPN cost and charging management 289 Cassiopeia, comparison to DMF 368 Cassiopeia, overview 367 Certification authority description 146 Certification authority description, roles 157 Certification authority description, use in domains 170 Channel 95 Channel, support in platforms 379 Channel, UPT service profile management 349 Channel, VPN cost and charging management 290 Closed systems 35 Cluster 93 Cluster, mapping to engineering clusters 110 Cluster, support in platforms 379 Cluster, UPT service profile management 346 CMIP in an extended platform supporting the DMF 380 CMIP in supporting communications services 375 CMIP, example use with authentication 194 CMIP, supporting modularity and open interfaces 381 CMIP, use in ODMA 364 CMIP, use with security sub-profiles 163 CMIP, used in Quality of Service 125 CMIP, used in the Engineering Viewpoint 90 112 Co-operation, in securing management systems 141 Co-operation, relating to security 130 408 Co-ordination functions 46 Communications with Trusted Third Parties 189 Communications, defining for security with Trusted Third Parties 189 Communications, defining in UPT service profile management 349 Communications, defining in VPN cost and charging management 290 Communications, engineering viewpoint design 94 Communications, support in platforms 375 Community definition 62 Community definition in actors and roles scenario 68 Community definition, UPT service profile management 306 Competition, relating to security 130 Computational activity design access control 187 Computational activity design access control, authentication 185 Computational activity design access control, description 80 Computational activity design access control, securing VPN from traffic observation 286 Computational activity design access control, UPT service profile management 335 Computational activity design access control, VPN cost and charging management 275 Computational Activity Diagram 81 Computational Activity Diagram, graphical notation 81 Computational Contract definition 85 Computational Design Task building block design 84 Computational Design Task building block design, computational object type design 83 Computational Design Task building block design, design activities 80 Computational Design Task building block design, identify computational objects 79 Computational Interface definition 77 85 Computational Interface definition, mapping to engineering interfaces 109 Computational Object definition 39 77 Computational Object definition, graphical notation 80 Computational Object definition, identifying 79 Computational Object definition, mapping to engineering object 109 Computational Object definition, method for identifying 79 Computational Object definition, object type design 83 Computational Object definition, securing management systems 184 Computational Object definition, securing VPN from traffic observation 283 Computational Object definition, support in platforms 379 Computational Object definition, UPT service profile management 334 Computational Object definition, VPN cost and charging management 273 Computational Object Interface support in platforms 379 Computational object type design access control 188 Computational object type design access control, authentication 186 Computational object type design access control, description 83 Computational object type design access control, securing VPN from traffic observation 287 Computational object type design access control, UPT service profile management 338 Computational object type design access control, VPN cost and charging management 279 Computational Object Type Diagrams definition 83 Computational Viewpoint activity diagrams 81 Computational Viewpoint activity diagrams, building block definition 39 Computational Viewpoint activity diagrams, comparison of DMF to Casiopeia 368 Computational Viewpoint activity diagrams, comparison of DMF to ODMA 365 Computational Viewpoint activity diagrams, Computational object definition 39 Computational Viewpoint activity diagrams, conclusion of application to UPT 351 Computational Viewpoint activity diagrams, definition 29 Computational Viewpoint activity diagrams, elaboration 77—89 Computational Viewpoint activity diagrams, introduction 77 Computational Viewpoint activity diagrams, mapping to Engineering viewpoint 108 Computational Viewpoint activity diagrams, mapping to Enterprise viewpoint 106 Computational Viewpoint activity diagrams, mapping to Information viewpoint 107 Computational Viewpoint activity diagrams, ODMA 363 Computational Viewpoint activity diagrams, quality of service 123 Computational Viewpoint activity diagrams, securing management systems 183—189 Computational Viewpoint activity diagrams, support in platforms 379 Computational Viewpoint activity diagrams, UPT service profile management 333 Computational Viewpoint activity diagrams, VPN cost and charging management 273—288 Computer Supported Collaborative Work 207 Confidentiality 44 Confidentiality, applied to DPE 193 Confidentiality, technologies supporting 197 Contract with quality of service 121 Contract, computational support in platforms 379 Contract, computational template 87 Contract, definition 56 Contract, in actors and roles scenario 66 Contract, UPT service profile management 311—315 Contract, use with Trusted Third Parties 144 Convergence functions 46 Core functions 42 correctness 44 Cost and Charging Management 222—291 Countermeasures, defining in the Enterprise Viewpoint 160 Countermeasures, security analysis method 140 Deployment 93 Deregulation 130 Describing Management Services securing management systems 159—169 Describing Management Services securing management systems, UPT service profile management 304 Describing Management Services securing management systems, VPN cost and charging management 235 Detailed Information Model description 75 Distributed Management Framework applying to securing management systems 140—202 Distributed Management Framework applying to securing management systems, applying to UPT 293 Distributed Management Framework applying to securing management systems, applying to VPN 206 205 Distributed Management Framework applying to securing management systems, comparison to Cassiopeia 368 Distributed Management Framework applying to securing management systems, comparison to ODMA 364—367 Distributed Management Framework applying to securing management systems, comparison to OMA 364—367 Distributed Management Framework applying to securing management systems, comparison to TINA — C 361—362 Distributed Management Framework applying to securing management systems, computational viewpoint elaboration 77—89 Distributed Management Framework applying to securing management systems, concepts 31—33 Distributed Management Framework applying to securing management systems, decription 30 Distributed Management Framework applying to securing management systems, design issues 33—47 Distributed Management Framework applying to securing management systems, engineering viewpoint elaboration 89—103 Distributed Management Framework applying to securing management systems, enterpise viewpoint elaboration 53—69 Distributed Management Framework applying to securing management systems, extensions required in platforms 380 Distributed Management Framework applying to securing management systems, external access description 42 Distributed Management Framework applying to securing management systems, information viewpoint elaboration 70—76 Distributed Management Framework applying to securing management systems, introduction 27—29 51 Distributed Management Framework applying to securing management systems, linking the viewpoints 105 Distributed Management Framework applying to securing management systems, platform support 373—382 Distributed Management Framework applying to securing management systems, relating to major architectures 355—372 355—372 Distributed Management Framework applying to securing management systems, scope 27 Distributed Management Framework applying to securing management systems, use of ODP 27 Distributed Management Framework applying to securing management systems, use of telecommunications standards 27 Distributed Management Framework applying to securing management systems, use of TINA — C 27 Distributed Management Framework applying to securing management systems, using to specify management systems 52 Distributed Processing Environment applied to security, engineering viewpoint 193—194 Distributed Processing Environment applied to security, engineering viewpoint in platforms 373 Distributed Processing Environment applied to security, engineering viewpoint in the Engineering viewpoint 97 Distributed Processing Environment applied to security, engineering viewpoint in TINA — C 358 360 Distributed Processing Environment applied to security, engineering viewpoint, modelling access and location transparencies 101 Domain in actors and roles scenario 67 Domain in requirements capture 41 Domain issues 36 Domain, definition 62 Domain, features 37 Domain, management domain definition 62 Domain, ownership 37 Domain, relating ownership, management, security domains 134 Domain, relating to TMN interfaces 135 Domain, securing management systems 170—172 Domain, security - description 134 Domain, support in platforms 375 Domain, UPT service profile management 306 Domain, VPN bandwidth management 212 215 Dynamic Information Model description 73—74 Dynamic Information Model description, UPT service profile management 328—330 Dynamic Information Model description, VPN cost and charging management 246 End user in external access 42 End user in securing management systems 173 Engineering Design Task deploy the BEOs 93 Engineering Model access control 192 Engineering Model access control, authentication 190—91 Engineering Model access control, mapping VPN model to TMN 290 Engineering Model access control, UPT service profile management 344—349 Engineering Model access control, VPN cost and charging management 290 Engineering Object Interface 92 Engineering Object See Basic Engineering Object, mapping to Computational Objects 109 Engineering Viewpoint, applying transparencies to distributed management 97 Engineering Viewpoint, comparison of DMF to Casiopeia 369 Engineering Viewpoint, comparison of DMF to ODMA 366 Engineering Viewpoint, concepts 88 Engineering Viewpoint, conclusion of application to UPT 352 Engineering Viewpoint, definition 29 Engineering Viewpoint, elaboration 89—103 Engineering Viewpoint, introduction 88 Engineering Viewpoint, mapping to Computational viewpoint 108 Engineering Viewpoint, mapping to Enterprise viewpoint 108 Engineering Viewpoint, mapping to Technology viewpoint 112 Engineering Viewpoint, mapping to TMN 111 Engineering Viewpoint, method 90 Engineering Viewpoint, modelling access and location transparencies 101 Engineering Viewpoint, node definition 39 Engineering Viewpoint, ODMA 364 Engineering Viewpoint, quality of service 125 Engineering Viewpoint, securing management systems 189—194 Engineering Viewpoint, support in platforms 379 Engineering Viewpoint, UPT service profile management 344—349 Engineering Viewpoint, VPN Cost and Charging Management 289—291 Enterprise Design Task, describing Management Services 59 Enterprise Design Task, identifying involved parties -description 56 Enterprise Design Task, introduce the environment 55 Enterprise Design Task, requirements capture Process 57 Enterprise Design Task, scenarios 65
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