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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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Protocol, security and the DPE platform 193 Protocol, support in platforms 380 Q interfaces in mapping between engineering and technology 113 Q interfaces in securing inter — TMN interactions 135 Q interfaces in securing management systems 158 Q interfaces in service-network management interaction 46 Q interfaces, interface in scenario for communications security 198 Q interfaces, support by computational interfaces 86 Q interfaces, support in platforms 375 Quality of service in management service design 119 Quality of service in supporting trading information 381 Quality of service in VPN engineering viewpoint 289 Quality of service, Computational viewpoint 123 Quality of service, definition 114 Quality of service, designing the QoS of management 120 Quality of service, Engineering viewpoint 125 Quality of service, Enterprise Viewpoint 117 Quality of service, identifying QoS parameters 119 Quality of service, Information viewpoint 121 Quality of service, introduction 113 Quality of service, management parameters 120 Quality of service, policy 117 Quality of service, responsibilities 118 Quality of service, structuring 115 Quality of service, VPN cost and charging management 239 Reference Point, support in platforms 380 Reference Point, viewpoint 96 Reference Point, VPN cost and charging management 280 Regulation 130 Relationships between concepts, Computational viewpoint 88 Relationships between concepts, Engineering viewpoint 97 Relationships between concepts, Enterprise viewpoint 68 Repudiation definition 137 Requirement type 41 Requirements capture description 40 57 Requirements capture description, process 41 Requirements capture description, securing management systems 157—159 Requirements capture description, security analysis method 139 Requirements capture description, UPT service profile management 302 Requirements capture description, VPN bandwidth management 214 Requirements capture description, VPN cost and charging management 227 Risk analysis in capturing security requirements 157 Risk analysis in defining countermeasures 160 Risk analysis in defining enterprise security objectives and policies 146 Risk analysis in describing management services 160 Risk analysis in the Enterprise Viewpoint 148—151 Risk analysis, acceptance and validation 168 Risk analysis, cost/benefit evaluation 166—167 Role in actors and roles scenario 66 Role, definition 56 Role, interaction between generic UPT roles 314 Scenarios, actors and roles 66 Scenarios, enterprise scenario description 65 Scenarios, event-trace diagrams 68 Scenarios, Information viewpoint definition 74 Scenarios, securing management systems 175—179 Scenarios, security communications 198 Scenarios, UPT service profile management 316—321 Scenarios, use cases 68 Scenarios, VPN bandwidth management 218 Scenarios, VPN cost and charging management 238 Security functionality class in security policies 174 Security functionality class, designing in the Enterprise viewpoint 162 Security in VPN engineering viewpoint 289 Security measures, cost/benefit evaluation 166—67 Security measures, designing with Trusted Third Parties 164 Security mechanisms, need for standardising 160 Security mechanisms, shopping for 202 Security of management 17 132 Security policy in the Enterprise Viewpoint 146—148 Security policy, capability based 136 Security policy, description 135 Security policy, identity based 136 Security policy, inter — TMN 141 Security policy, label based 136 Security services, designing in the Enterprise Viewpoint 161 Security services, support in platforms 376 Security services, technologies 196—202 Security sub-profile in security policies 174 Security sub-profile, designing in the Enterprise Viewpoint 163 Security, analysis method 137 Security, applying to the DMF 140—202 Security, comparison of TINA — C to the DMF 362 Security, concepts 133 Security, design issues 43 Security, design techniques 132—40 Security, domains - description 13 4 Security, DPE platform 193—194 Security, infrastructure 145 Security, objectives 133 Security, ONP's impacts 155 Security, overview for management systems 127 129 Security, placement of functionality 195 Security, policies - description 135 Security, policy for UPT service profile management 306 Security, privacy's impacts 153 Security, regulator and legal requirements 151—156 Security, scenarios 175—79 Security, scope in the DMF 132 Security, severity levels 133 Security, standards impacts 156 Security, technologies supporting 196 Security, UPT service profile management computational aspects 339—342 Security, UPT service profile management information model 33 Security, Viewpoint 149—151 Security, VPN cost and charging management 283—288 Security, why secure management systems 17 129—132 Service and Network Management Interaction 46 Service Management 32 Service Profile Management 294—321 Service providers as Trusted Third Parties 172 Service providers in external access 42 Service providers in securing management systems 141 Service providers in VPN case study 208 Service providers, BSP Accounting Model 245 Service providers, UPT service profile management 299—300 Service providers, VASP Accounting Model 246 Severity levels 133 shared management knowledge 46 SMART 20 SNMP in an extended platform supporting the DMF 380 SNMP in supporting communications services 375 SNMP, development 21 SNMP, supporting modularity and open interfaces 381 SNMP, used in Quality of Service 125 SNMP, used in the Engineering Viewpoint 90 112 Software in management systems 6 Spirit 20 State diagram 74 States 74 Static information model description 71 Static information model description, method 72 Static information model description, securing management systems 179—83 Static information model description, UPT service profile management 323—27 Static information model description, VPN cost and charging management 242—48 Structuring the enterprise description 61 Structuring the enterprise description, securing management systems 169 Structuring the enterprise description, UPT service profile management 306 Structuring the enterprise description, VPN bandwidth management 215 Structuring the enterprise description, VPN cost and charging management 236 Stub in modelling transparencies 102 Stub, features 99 Stub, object definition 95 Stub, ODMA support 364 Stub, security and the DPE platform 193 Stub, support in platforms 380 Subclass, Information viewpoint definition 72 Superclass, Information viewpoint definition 72 System Performance definition 114 Technology Viewpoint, comparison of DMF to ODMA 367 Technology Viewpoint, definition 29 Technology Viewpoint, description 103 Technology Viewpoint, introduction 103 Technology Viewpoint, mapping to Engineering viewpoint 112 Technology Viewpoint, method 104 Technology Viewpoint, ODMA 364 Technology Viewpoint, securing management systems 195—202 Technology Viewpoint, support in platforms 380 Telecommunications evolution overview 3 Telecommunications Management 25—27 25—27 Telecommunications Management, organisations 19—22 Telecommunications Management, overview 16—19 Threat, analysis in the Enterprise Viewpoint 416 Threat, security analysis method 139 TINA — C mapping at functional layer 361 TINA-C, architecture overview 357—361 TINA-C, comparison to DMF 361—362 TINA-C, description 21 TINA-C, distributed processing environment (DPE) 360 TINA-C, Object Description Language 381 TINA-C, responsibility layers 362 TINA-C, scope - implementation vs. enterprise 362 TINA-C, TMN mapping at functional layer 361 TINA-C, UPT service profile management 345 TINA-C, VPN cost and charging management 281 TMN, function block definition 85 TMN, functional architecture 85 TMN, functional blocks VPN cost and charging management 280 TMN, functional components 85 TMN, inter — TMN security policy 141 TMN, interface 85 TMN, interface description 40 TMN, interface relating to security domains 135 TMN, interfaces with security domains 135 TMN, mapping to engineering concepts 111 TMN, mapping VPN engineering model 290 TMN, Operation System Function (OSF) definition 39 TMN, Reference point definition 85 TMN, X interface description 37 Transition 74 Transparencies, applying in the Engineering viewpoint 97 Transparencies, modelling access and location transparencies 101 Transparency, support in platforms 376 Trends, demanding security development 130—132 Trusted Third Party in security policies 172—175 Trusted Third Party, access control computational model 187 Trusted Third Party, access control engineering model 192 Trusted Third Party, access control information model 179—181 Trusted Third Party, actors and roles 156 Trusted Third Party, authentication computational model 185 Trusted Third Party, authentication engineering model 190—191 Trusted Third Party, authentication information model 179—181 Trusted Third Party, communication aspects 189 Trusted Third Party, definition 137 Trusted Third Party, description 140 Trusted Third Party, domains 170—172 Trusted Third Party, inter-domain 170 Trusted Third Party, intra-domain 145 Trusted Third Party, introduction 44 Trusted Third Party, need - introduction 37 Trusted Third Party, off-line authentication 164 Trusted Third Party, on-line and off-line scenario 175 Trusted Third Party, on-line authentication 164 Trusted Third Party, service contract 144 Trusted Third Party, trust issues 143 Trusted Third Party, use of 143 TTP service, in-line - description 146 TTP service, off-line - description 146 TTP service, on-line - description 146 Universal Personal Telecommunications applying to the DMF 293 Universal Personal Telecommunications applying to the DMF, architecture example 344 Universal Personal Telecommunications applying to the DMF, Engineering Viewpoint 344—349 Universal Personal Telecommunications applying to the DMF, evolution 13 Universal Personal Telecommunications applying to the DMF, impact on market 12 Universal Personal Telecommunications applying to the DMF, overview 10—15 Universal Personal Telecommunications applying to the DMF, service life cycle 295 Universal Personal Telecommunications applying to the DMF, service profile 296 Universal Personal Telecommunications applying to the DMF, service profile management 294—321 Universal Personal Telecommunications applying to the DMF, use of services 11 UPT service profile management 320 Use Case, description 68 Use Case, securing management systems 175—179 Value Added Service Provider introduction 9 Virtual Channel Connections (VCCs) 210 Virtual circuit (VC) 211 Virtual Path Connections (VPCs) 210 Virtual Private Network, applying to the DMF 206 205 Virtual Private Network, banking application 206 Virtual Private Network, cost and charging management 222—291 Virtual Private Network, dynamic bandwidth management 210—222 Virtual Private Network, evolution 10 Virtual Private Network, overview 7—10 X interface for co-operative management 141 X interface in communications infrastructure for global management 142 X interface in inter — TMN security policy 147 X interface in ONP 155 X interface in scenario for communications security 198 X interface in securing external access 158 X interface in securing inter — TMN interactions 135 X interface in security functionality classes 162 X interface in service-network management interaction 46 X interface in supporting end-to-end security 143 X interface in the Engineering Viewpoint 112 X interface in Trusted Third Party communications 189 X interface in VPN cost and charging management 281 X interface, description 37 X interface, securing VPN cost and charging management 283
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