Iakovos Venieris / Fabrizio Zizza / Thomas Magedanz (Hgg.)
Object Oriented Software Technologies in Telecommunications
From Theory to Practice
Herausgegeben:Venieris, Iakovos; Zizza, Fabrizio; Magedanz, Thomas
Iakovos Venieris / Fabrizio Zizza / Thomas Magedanz (Hgg.)
Object Oriented Software Technologies in Telecommunications
From Theory to Practice
Herausgegeben:Venieris, Iakovos; Zizza, Fabrizio; Magedanz, Thomas
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Hier werden die Grundlagen der objektorientierten Programmierung ganz speziell für Ingenieure der Nachrichtentechnik erläutert. Gleichzeitig erfahren Softwareentwickler, wie die objektorientierte Technologie in der Telekommunikation umgesetzt wird. Eine gelungene Synthese aus Theorie und Praxis, von der mit Sicherheit Fachleute beider Richtungen profitieren werden! Mit einer großangelegten, aufschlussreichen Fallstudie.
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Hier werden die Grundlagen der objektorientierten Programmierung ganz speziell für Ingenieure der Nachrichtentechnik erläutert. Gleichzeitig erfahren Softwareentwickler, wie die objektorientierte Technologie in der Telekommunikation umgesetzt wird. Eine gelungene Synthese aus Theorie und Praxis, von der mit Sicherheit Fachleute beider Richtungen profitieren werden! Mit einer großangelegten, aufschlussreichen Fallstudie.
Produktdetails
- Produktdetails
- Verlag: Wiley & Sons
- 1. Auflage
- Seitenzahl: 294
- Erscheinungstermin: 15. Juni 2000
- Englisch
- Abmessung: 253mm x 173mm x 22mm
- Gewicht: 624g
- ISBN-13: 9780471623793
- ISBN-10: 0471623792
- Artikelnr.: 09475172
- Verlag: Wiley & Sons
- 1. Auflage
- Seitenzahl: 294
- Erscheinungstermin: 15. Juni 2000
- Englisch
- Abmessung: 253mm x 173mm x 22mm
- Gewicht: 624g
- ISBN-13: 9780471623793
- ISBN-10: 0471623792
- Artikelnr.: 09475172
Iakovos Venieris is the editor of Object Oriented Software Technologies in Telecommunications: From Theory to Practice, published by Wiley. Fabrizio Zizza is the editor of Object Oriented Software Technologies in Telecommunications: From Theory to Practice, published by Wiley.
Preface. Contributors. Acronyms and Abbreviations. PART I: The Need for
Advanced Software Technologies in Telecommunication Networks. Chapter 1:
Networks and Telecommunications Software Evolution (G. Mamais, A.
Papadakis, M. Perdikeas, I. Venieris.) 1.1 Introduction. 1.2 A Unifying
Perspective of Networking Technologies. 1.3 Telecommunication Networks
Technologies. 1.4 Internet Software Technologies. References. Chapter 2:
Future Trends in Telecommunications Software Technologies (F.
Chatzipapadopoulos, M. Perdikeas, I. Venieris). 2.1 Software in
Telecommunication Environments. 2.2 The Role of Services in
Telecommunications. 2.3 The Role of Services in Computer Networks. 2.4
Relative Pros and Cons of the Telecommunication Networks Approach. 2.5
Historical Practices that Underpinned Differentiation. 2.6 An Academic
Perspective. 2.7 Computer Networks Revised. 2.8 Telecommunications Revised.
2.9 Future Trends and Enabling Technologies. References. PART II: Enabling
Software Technologies. Chapter 3: Object Oriented Design Methodologies (G.
Mamais, M. Perdikeas, I. Venieris). 3.1 Introduction. 3.2 General
Principles of Object Orientation. 3.3 Object Oriented Methodologies. 3.4
Object Oriented Approaches in Telecommunications Software. 3.5 Network
Management and Service Engineering. References. Chapter 4: Distributed
Object Technology (S. Choy, G. De Zen, O. Pyrovolakis). 4.1 General
Principles. 4.2 Distributed Object Architectures. 4.3 Distributed Object
Technology in Telecommunications. References. Chapter 5: Machine
Independent Code (F. Chatzipapadopoulos, M. Perdikeas, I. Venieris). 5.1
Introduction. 5.2 Java. 5.3 Scripting Languages. 5.4 The Standard for
Coding Multimedia Presentations - MHEG. References. Chapter 6: Agents (T.
Magedanz, M. Perdikeas, I. Venieris). 6.1 General Principles of Software
Agents. 6.2 Agent Standards. 6.3 Mobile Agent Platforms. 6.4 Mobile Agents
in Telecommunications. References. PART III: Case Study: Distributed
Intelligent Broadband Network. Chapter 7: Evolution towards a Distributed
Intelligent Broadband Network (T. Magedanz, I. Venieris, F. Zizza). 7.1
Basic Intelligent Network Principles. 7.2 Intelligent Broadband Network.
7.3 Distributed Intelligent Broadband Network. 7.4 Need for Interworking
with Conventional IN/B-IN. 7.5 Overview of Part III. References. Chapter 8:
Architecture of the Distributed Intelligent Broadband Network (M. Breugst,
L. Faglia, O. Pyrovolakis). 8.1 Introducing Advanced Software Technologies
in the Distributed Intelligent Broadband Network. 8.2 The Distributed
Intelligent Broadband Network Reference Architecture. 8.3 Extending IN
Design Methodology for the DIBN. 8.4 The Physical Elements. References.
Chapter 9: Deployment of DOT/MAT Technology into the Distributed
Intelligent Broadband Network (F. Chatzipapadopoulos, S. Choy, I. Venieris,
F. Zizza). 9.1 What CORBA Offers to the DIBN Architecture. 9.2 The
Communication Backbone. 9.3 Exploiting MAT Migration Facilities in the
DIBN. 9.4 Service Creation Methodology and Framework. 9.5 Service
Management Mechanisms and Procedures. 9.6 Designing and Implementing IN
Network Elements within the DOT/MAT Environment. References. Chapter 10:
Service Specification in the Distributed Intelligent Network (M. Breugst,
G. Marino, M. Perdikeas). 10.1 Service Description Methodology: UML. 10.2
IMR Service. 10.3 BVT Service with Mobility Management Support. References.
Index.
Advanced Software Technologies in Telecommunication Networks. Chapter 1:
Networks and Telecommunications Software Evolution (G. Mamais, A.
Papadakis, M. Perdikeas, I. Venieris.) 1.1 Introduction. 1.2 A Unifying
Perspective of Networking Technologies. 1.3 Telecommunication Networks
Technologies. 1.4 Internet Software Technologies. References. Chapter 2:
Future Trends in Telecommunications Software Technologies (F.
Chatzipapadopoulos, M. Perdikeas, I. Venieris). 2.1 Software in
Telecommunication Environments. 2.2 The Role of Services in
Telecommunications. 2.3 The Role of Services in Computer Networks. 2.4
Relative Pros and Cons of the Telecommunication Networks Approach. 2.5
Historical Practices that Underpinned Differentiation. 2.6 An Academic
Perspective. 2.7 Computer Networks Revised. 2.8 Telecommunications Revised.
2.9 Future Trends and Enabling Technologies. References. PART II: Enabling
Software Technologies. Chapter 3: Object Oriented Design Methodologies (G.
Mamais, M. Perdikeas, I. Venieris). 3.1 Introduction. 3.2 General
Principles of Object Orientation. 3.3 Object Oriented Methodologies. 3.4
Object Oriented Approaches in Telecommunications Software. 3.5 Network
Management and Service Engineering. References. Chapter 4: Distributed
Object Technology (S. Choy, G. De Zen, O. Pyrovolakis). 4.1 General
Principles. 4.2 Distributed Object Architectures. 4.3 Distributed Object
Technology in Telecommunications. References. Chapter 5: Machine
Independent Code (F. Chatzipapadopoulos, M. Perdikeas, I. Venieris). 5.1
Introduction. 5.2 Java. 5.3 Scripting Languages. 5.4 The Standard for
Coding Multimedia Presentations - MHEG. References. Chapter 6: Agents (T.
Magedanz, M. Perdikeas, I. Venieris). 6.1 General Principles of Software
Agents. 6.2 Agent Standards. 6.3 Mobile Agent Platforms. 6.4 Mobile Agents
in Telecommunications. References. PART III: Case Study: Distributed
Intelligent Broadband Network. Chapter 7: Evolution towards a Distributed
Intelligent Broadband Network (T. Magedanz, I. Venieris, F. Zizza). 7.1
Basic Intelligent Network Principles. 7.2 Intelligent Broadband Network.
7.3 Distributed Intelligent Broadband Network. 7.4 Need for Interworking
with Conventional IN/B-IN. 7.5 Overview of Part III. References. Chapter 8:
Architecture of the Distributed Intelligent Broadband Network (M. Breugst,
L. Faglia, O. Pyrovolakis). 8.1 Introducing Advanced Software Technologies
in the Distributed Intelligent Broadband Network. 8.2 The Distributed
Intelligent Broadband Network Reference Architecture. 8.3 Extending IN
Design Methodology for the DIBN. 8.4 The Physical Elements. References.
Chapter 9: Deployment of DOT/MAT Technology into the Distributed
Intelligent Broadband Network (F. Chatzipapadopoulos, S. Choy, I. Venieris,
F. Zizza). 9.1 What CORBA Offers to the DIBN Architecture. 9.2 The
Communication Backbone. 9.3 Exploiting MAT Migration Facilities in the
DIBN. 9.4 Service Creation Methodology and Framework. 9.5 Service
Management Mechanisms and Procedures. 9.6 Designing and Implementing IN
Network Elements within the DOT/MAT Environment. References. Chapter 10:
Service Specification in the Distributed Intelligent Network (M. Breugst,
G. Marino, M. Perdikeas). 10.1 Service Description Methodology: UML. 10.2
IMR Service. 10.3 BVT Service with Mobility Management Support. References.
Index.
Preface. Contributors. Acronyms and Abbreviations. PART I: The Need for
Advanced Software Technologies in Telecommunication Networks. Chapter 1:
Networks and Telecommunications Software Evolution (G. Mamais, A.
Papadakis, M. Perdikeas, I. Venieris.) 1.1 Introduction. 1.2 A Unifying
Perspective of Networking Technologies. 1.3 Telecommunication Networks
Technologies. 1.4 Internet Software Technologies. References. Chapter 2:
Future Trends in Telecommunications Software Technologies (F.
Chatzipapadopoulos, M. Perdikeas, I. Venieris). 2.1 Software in
Telecommunication Environments. 2.2 The Role of Services in
Telecommunications. 2.3 The Role of Services in Computer Networks. 2.4
Relative Pros and Cons of the Telecommunication Networks Approach. 2.5
Historical Practices that Underpinned Differentiation. 2.6 An Academic
Perspective. 2.7 Computer Networks Revised. 2.8 Telecommunications Revised.
2.9 Future Trends and Enabling Technologies. References. PART II: Enabling
Software Technologies. Chapter 3: Object Oriented Design Methodologies (G.
Mamais, M. Perdikeas, I. Venieris). 3.1 Introduction. 3.2 General
Principles of Object Orientation. 3.3 Object Oriented Methodologies. 3.4
Object Oriented Approaches in Telecommunications Software. 3.5 Network
Management and Service Engineering. References. Chapter 4: Distributed
Object Technology (S. Choy, G. De Zen, O. Pyrovolakis). 4.1 General
Principles. 4.2 Distributed Object Architectures. 4.3 Distributed Object
Technology in Telecommunications. References. Chapter 5: Machine
Independent Code (F. Chatzipapadopoulos, M. Perdikeas, I. Venieris). 5.1
Introduction. 5.2 Java. 5.3 Scripting Languages. 5.4 The Standard for
Coding Multimedia Presentations - MHEG. References. Chapter 6: Agents (T.
Magedanz, M. Perdikeas, I. Venieris). 6.1 General Principles of Software
Agents. 6.2 Agent Standards. 6.3 Mobile Agent Platforms. 6.4 Mobile Agents
in Telecommunications. References. PART III: Case Study: Distributed
Intelligent Broadband Network. Chapter 7: Evolution towards a Distributed
Intelligent Broadband Network (T. Magedanz, I. Venieris, F. Zizza). 7.1
Basic Intelligent Network Principles. 7.2 Intelligent Broadband Network.
7.3 Distributed Intelligent Broadband Network. 7.4 Need for Interworking
with Conventional IN/B-IN. 7.5 Overview of Part III. References. Chapter 8:
Architecture of the Distributed Intelligent Broadband Network (M. Breugst,
L. Faglia, O. Pyrovolakis). 8.1 Introducing Advanced Software Technologies
in the Distributed Intelligent Broadband Network. 8.2 The Distributed
Intelligent Broadband Network Reference Architecture. 8.3 Extending IN
Design Methodology for the DIBN. 8.4 The Physical Elements. References.
Chapter 9: Deployment of DOT/MAT Technology into the Distributed
Intelligent Broadband Network (F. Chatzipapadopoulos, S. Choy, I. Venieris,
F. Zizza). 9.1 What CORBA Offers to the DIBN Architecture. 9.2 The
Communication Backbone. 9.3 Exploiting MAT Migration Facilities in the
DIBN. 9.4 Service Creation Methodology and Framework. 9.5 Service
Management Mechanisms and Procedures. 9.6 Designing and Implementing IN
Network Elements within the DOT/MAT Environment. References. Chapter 10:
Service Specification in the Distributed Intelligent Network (M. Breugst,
G. Marino, M. Perdikeas). 10.1 Service Description Methodology: UML. 10.2
IMR Service. 10.3 BVT Service with Mobility Management Support. References.
Index.
Advanced Software Technologies in Telecommunication Networks. Chapter 1:
Networks and Telecommunications Software Evolution (G. Mamais, A.
Papadakis, M. Perdikeas, I. Venieris.) 1.1 Introduction. 1.2 A Unifying
Perspective of Networking Technologies. 1.3 Telecommunication Networks
Technologies. 1.4 Internet Software Technologies. References. Chapter 2:
Future Trends in Telecommunications Software Technologies (F.
Chatzipapadopoulos, M. Perdikeas, I. Venieris). 2.1 Software in
Telecommunication Environments. 2.2 The Role of Services in
Telecommunications. 2.3 The Role of Services in Computer Networks. 2.4
Relative Pros and Cons of the Telecommunication Networks Approach. 2.5
Historical Practices that Underpinned Differentiation. 2.6 An Academic
Perspective. 2.7 Computer Networks Revised. 2.8 Telecommunications Revised.
2.9 Future Trends and Enabling Technologies. References. PART II: Enabling
Software Technologies. Chapter 3: Object Oriented Design Methodologies (G.
Mamais, M. Perdikeas, I. Venieris). 3.1 Introduction. 3.2 General
Principles of Object Orientation. 3.3 Object Oriented Methodologies. 3.4
Object Oriented Approaches in Telecommunications Software. 3.5 Network
Management and Service Engineering. References. Chapter 4: Distributed
Object Technology (S. Choy, G. De Zen, O. Pyrovolakis). 4.1 General
Principles. 4.2 Distributed Object Architectures. 4.3 Distributed Object
Technology in Telecommunications. References. Chapter 5: Machine
Independent Code (F. Chatzipapadopoulos, M. Perdikeas, I. Venieris). 5.1
Introduction. 5.2 Java. 5.3 Scripting Languages. 5.4 The Standard for
Coding Multimedia Presentations - MHEG. References. Chapter 6: Agents (T.
Magedanz, M. Perdikeas, I. Venieris). 6.1 General Principles of Software
Agents. 6.2 Agent Standards. 6.3 Mobile Agent Platforms. 6.4 Mobile Agents
in Telecommunications. References. PART III: Case Study: Distributed
Intelligent Broadband Network. Chapter 7: Evolution towards a Distributed
Intelligent Broadband Network (T. Magedanz, I. Venieris, F. Zizza). 7.1
Basic Intelligent Network Principles. 7.2 Intelligent Broadband Network.
7.3 Distributed Intelligent Broadband Network. 7.4 Need for Interworking
with Conventional IN/B-IN. 7.5 Overview of Part III. References. Chapter 8:
Architecture of the Distributed Intelligent Broadband Network (M. Breugst,
L. Faglia, O. Pyrovolakis). 8.1 Introducing Advanced Software Technologies
in the Distributed Intelligent Broadband Network. 8.2 The Distributed
Intelligent Broadband Network Reference Architecture. 8.3 Extending IN
Design Methodology for the DIBN. 8.4 The Physical Elements. References.
Chapter 9: Deployment of DOT/MAT Technology into the Distributed
Intelligent Broadband Network (F. Chatzipapadopoulos, S. Choy, I. Venieris,
F. Zizza). 9.1 What CORBA Offers to the DIBN Architecture. 9.2 The
Communication Backbone. 9.3 Exploiting MAT Migration Facilities in the
DIBN. 9.4 Service Creation Methodology and Framework. 9.5 Service
Management Mechanisms and Procedures. 9.6 Designing and Implementing IN
Network Elements within the DOT/MAT Environment. References. Chapter 10:
Service Specification in the Distributed Intelligent Network (M. Breugst,
G. Marino, M. Perdikeas). 10.1 Service Description Methodology: UML. 10.2
IMR Service. 10.3 BVT Service with Mobility Management Support. References.
Index.
"...it is true that a book of this type may force the reader into an ocean of alphabet soup in acronyms...the first two sections are readable with little effort...target audience is engineers and managers...as well as researchers in the particular area..." (New Books and Multimedia, www.comsoc.org, November/December 2000)
"...readable with little effort...useful to the newcomer in the field..." (www.comsoc.org, November/December 2000)