Object-oriented networks: models for architecture, operations, and management
A true practitioner's guide, this is the first book to apply object-oriented modeling techniques to the design, operation, and management of communication networks. Object Oriented Networks: Models for Architecture, Operations, and Management: . Demonstrates object architectures for current CPE and internetworking products - showing how an object-oriented model may be used to create a flexible product architecture, and how a single architecture can engender variations on the same product which can be used for different applications. Shows how to use object-oriented software to perform extended reasoning and complex information analysis in network management applications that work with the Internet's Simple Network Management Protocol (SNMP) and OSI's Common Management Information Protocol (CMIP). Provides modeling methodology for the creation and deployment of advanced network services in an Intelligent Network. Describes the network object models and relationships required for the architecture, planning, synthesis, and simulation of wide-area networks. This book is a must-read for systems architects and software developers involved in architecting and developing communication network systems, network management systems, network operations support systems, and architecture and simulation environments for network planning and synthesis.
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INTRODUCTION TO NETWORK MODELING
PRINCIPLES OF OBJECTORIENTED MODELING
OBJECTORIENTED MODELING VERSUS OBJECT
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aggregate class aggregation hierarchy aggregation relationship ancestral class application base attributes base class basis of specialization behavior capsule Chapter component multiplicity configuration conjunct virtual class constraint create database defined descendant class devices distributed computing example field Figure formal function has-as-a-part implementation information object class inheritance hierarchy Intelligent Network interface interoperability ITU-T Rec layer logical predicate managed object classes metamodel model information base modeling methodology module multiple inheritance multiplexer name binding network architecture network model network synthesis networkDevice notation OBJECT IDENTIFIER object model object-oriented modeling object-oriented programming optional OSI model participant permitted precondition properties protocol entity protocol stacks protocolEntity reference model relatant class relatant multiplicity relationship instance role role-pair router rule selected virtual class semantics simulation SNMP specialization principle specialization theory specified subclass subject multiplicity superclass switching syntax Telecommunications Management Network tion virtual attribute virtual object class virtual relationship