2.1 Introduction 2.2 definition of network 2.4 NETWORKS CLASSIFIED BY TOPOLOGY 2-5 NETWORKS CLASSIFIED BY 2.5.2 Public Networks 2.6 Other Types Of Networks 2.6.3 Backbone Network 2.7 Voice network 2.8 HYBRID NETWORKS 2.9 INTERCONNECTING NETWORKS

◆ Background of Mobile Ad Hoc Networks ◆ Thesis part I ◼ A Trusted Routing Protocol for Security Issues of Mobile Ad Hoc Networks ◆ Thesis part II ◼ A Coalitional Game Model for Security Issues of Wireless Networks ◆ Thesis part III ◼ A Coalitional Game Model for Selfishness Issues of Wireless Networks

1.Lecture 1: Cross-Layered Design of Sensor Networks 2.Lecture 2: Fundamentals of Wireless Communication and Ad-Hoc /Mobile /Sensor Networks 3.Lecture 3: Networking Architecture, Routing Protocols and Algorithms 4.Lecture 4: Resource Allocation and Optimization 5.Lecture 5: Cryptography and Sensor Network Security 6.Lecture 6: Cooperative Communication and Networking 7.Lecture 7: Cognitive Radios and Sensor Networks

Chapter 1 Computer Networks and the Internet Chapter 2 Application Layer Chapter 3 Transport Layer Chapter 4 The Network Layer Chapter 5 The Link Layer: Links, Access Networks, and LANs Chapter 6 Wireless and Mobile Networks Chapter 7 Multimedia Networking Chapter 8 Security in Computer Networks Chapter 9 Network Management

• Why circuit switching? • Background on existing method • Circuit Switched Networks with long-lived and short-lived connections • Computation of blocking probability for large circuit switched networks • Circuit Switched Multi-service Multi-rate Networks with Deflection

72.1 B-ISDN Manfred N.Huber B-ISDN Services and Applications- Asynchronous Transfer Mode.Transmission of B-ISDN Signals.ATM Adaptation Siemens Layer. B-ISDN Signaling J.N.Daigle 72.2 Computer Communication Networks Commun University of Mississippi General Networking Concepts Computer Con ication Network Architecture. Local-Area- Networks and Internetssome Joseph Bannister Additional Recent Developments University of Southern 72.3 Local-Area Networks

In this chapter we shall investigate some ways of characterizing two-port networks. Before we do this, we must consider some of the more general details that apply to all networks which have two port. In addition, we shall consider interconnec of two-

20.1 Definitions and Scope Introduction. Definitions and Style of Computation. ANN Types and Applications 20.2 Multilayer Perceptrons Function of Each PE. How to Train MLPs Applying Back- Propagation in Practice. A Posteriori Probabilities 20.3 Radial Basis Function Networks 20.4 Time Lagged Networks Memory Structures. Training-Focused TLN Architectures

Uncertainty Probability Syntax and Semantics Inference Independence and Bayes’ Rule Bayesian network Graphical models Bayesian networks Inference in Bayesian networks

 Background: Optical burst switching (OBS)  Bounds for blocking probability obtained by Overflow Priority Classification Approximation (OPCA) in OBS networks with deflection routing  Effective and ineffective utilizations in OBS networks  EBSL – a combination of Emulated-OBS (E-OBS), segmentation and least remaining hop-count first (LRHF)