A New Framework for Building Secure Collaborative Systems in True Ad Hoc Network 1st edition by Hans Peter Bischof, Alan Kaminsky, Joseph Binder ISBN 3540202608 9783540202608

A New Framework for Building Secure Collaborative Systems in True Ad Hoc Network 1st edition by Hans-Peter Bischof, Alan Kaminsky, Joseph Binder – Ebook PDF Instant Download/Delivery. 3540202608, 978-3540202608
Full download A New Framework for Building Secure Collaborative Systems in True Ad Hoc Network 1st Edition after payment

Product details:

ISBN 10:       3540202608
ISBN 13: 978-3540202608
Author:         Hans-Peter Bischof, Alan Kaminsky, Joseph Binder
 Many-to-Many Invocation (M2MI) is a new paradigm for building secure collaborative systems that run in true ad hoc networks of fixed and mobile computing devices. M2MI is useful for building a broad range of systems, including service discovery frameworks; groupware for mobile ad hoc collaboration; systems involving networked devices (printers, cameras, sensors); and collaborative middleware systems. M2MI provides an object oriented method call abstraction based on broadcasting. An M2MI invocation means “every object out there that implements this interface, call this method.’’ M2MI is layered on top of a new messaging protocol, the Many-to-Many Protocol (M2MP), which broadcasts messages to all nearby devices using the wireless network’s inherent broadcast nature instead of routing messages from device to device. In an M2MI-based system, central servers are not required; network administration is not required; complicated, resource-consuming ad hoc routing protocols are not required; and system development and deployment are simplified.

A New Framework for Building Secure Collaborative Systems in True Ad Hoc Network 1st Table of contents:

1. Introduction

   • 1.1 Motivation and Background of Collaborative Systems in Ad Hoc Networks
   • 1.2 Security Challenges in True Ad Hoc Networks
   • 1.3 Objectives of the New Framework
   • 1.4 Key Contributions of the Paper
   • 1.5 Structure of the Paper

2. Background and Related Work

   • 2.1 Overview of Ad Hoc Networks and Collaborative Systems
   • 2.2 Security Issues in Ad Hoc Networks: A Detailed Analysis
   • 2.3 Existing Security Models for Collaborative Systems
   • 2.4 Approaches to Security in Ad Hoc Networks
   • 2.5 Review of Related Work on Secure Collaborative Ad Hoc Systems

3. Security Challenges in True Ad Hoc Networks

   • 3.1 Dynamic Topologies and Mobility of Nodes
   • 3.2 Lack of Centralized Control and Trust Management
   • 3.3 Resource Constraints and Scalability Concerns
   • 3.4 Attack Vectors: Eavesdropping, Impersonation, Denial of Service (DoS)
   • 3.5 Security Requirements for Collaborative Systems

4. The New Framework for Secure Collaborative Systems

   • 4.1 Design Goals of the Framework
   • 4.2 Key Components of the Security Framework
   • 4.3 Trust Management and Authentication Mechanisms
   • 4.4 Secure Communication Protocols
   • 4.5 Data Integrity and Confidentiality Measures
   • 4.6 Lightweight and Scalable Security Solutions

5. Security Mechanisms in the Framework

   • 5.1 Key Exchange and Authentication Protocols for Ad Hoc Networks
   • 5.2 Securing Data Transmission in Dynamic Environments
   • 5.3 Distributed Trust and Reputation Systems
   • 5.4 Protection Against Eavesdropping and Man-in-the-Middle Attacks
   • 5.5 Ensuring Non-repudiation and Accountability in Collaborative Systems
   • 5.6 Lightweight Cryptographic Techniques for Ad Hoc Networks

6. System Architecture and Design

   • 6.1 Architectural Overview of the Secure Collaborative System
   • 6.2 Integration of Security Mechanisms in the System Architecture
   • 6.3 Design of a Distributed Security Infrastructure
   • 6.4 Handling Node Failures and Compromised Nodes
   • 6.5 Dynamic Adaptation of Security Parameters

7. Implementation and Experimental Setup

   • 7.1 System Implementation and Development Environment
   • 7.2 Simulation Setup for Testing the Security Framework
   • 7.3 Evaluation of Security Mechanisms Under Various Attack Scenarios
   • 7.4 Performance Metrics: Latency, Throughput, Energy Consumption, and Scalability
   • 7.5 Security Evaluation: Resistance to Eavesdropping, Replay, and Impersonation Attacks

8. Results and Discussion

   • 8.1 Security Analysis and Performance Results
   • 8.2 Comparison with Existing Security Solutions for Collaborative Ad Hoc Systems
   • 8.3 Evaluation of Scalability and Efficiency in Real-World Scenarios
   • 8.4 Practical Challenges and Limitations of the Framework
   • 8.5 Insights from Experimental Results and Security Evaluation

9. Applications of the Security Framework

   • 9.1 Ad Hoc Networks for Emergency Response and Disaster Recovery
   • 9.2 Collaborative Systems in Military Networks and Tactical Communications
   • 9.3 IoT and Smart City Applications in Secure Collaborative Environments
   • 9.4 Secure Collaborative Cloud Computing in Decentralized Networks
   • 9.5 Peer-to-Peer (P2P) Networks and Mobile Collaborative Platforms

10. Challenges and Future Directions

• 10.1 Handling Heterogeneous Devices and Resource Constraints
• 10.2 Enhancing the Trust Management Mechanisms for Scalability
• 10.3 Integration of AI and Machine Learning for Dynamic Security Adaptation
• 10.4 Future Work on Optimizing Performance and Reducing Overhead
• 10.5 Exploring New Threat Models and Security Mechanisms for Ad Hoc Networks

11. Conclusion

• 11.1 Summary of the Framework and Its Key Features
• 11.2 Contribution to the Field of Secure Collaborative Systems
• 11.3 Final Remarks and Future Research Prospects

People also search for A New Framework for Building Secure Collaborative Systems in True Ad Hoc Network 1st:

a new framework for addressing adverse childhood
a framework for establishing critical infrastructure resilience goals
secure architecture framework
framework of a building
framework of the building