Distributed Computing and Networking: 11th International Conference, ICDCN 2010 Kolkata Proceedings

Introduction

Distributed computing and networking form the backbone of modern digital infrastructure, enabling everything from cloud services to mobile communication. The 11th International Conference on Distributed Computing and Networking (ICDCN 2010), held in the vibrant city of Kolkata, India, brought together leading researchers and practitioners to present cutting-edge developments in this dynamic field. This hardcover volume, published by Springer, captures the proceedings of that landmark conference, offering a rich collection of peer-reviewed papers that explore both theoretical foundations and practical applications. For Indian students, researchers, and professionals seeking to deepen their understanding of distributed systems and networks, this book serves as an authoritative reference and a gateway to the latest research trends.

Book Overview

Edited by Krishna Kant, this proceedings volume presents a meticulously curated selection of papers from ICDCN 2010. Out of 169 submissions received across two tracks—96 in networking and 73 in distributed computing—the program committee selected 23 papers for the networking track and 21 for the distributed computing track. The result is a balanced and comprehensive collection that covers a wide spectrum of topics, from sensor networks and peer-to-peer systems to fault tolerance, distributed algorithms, and wireless communication. Each paper has undergone rigorous peer review, ensuring high academic and technical standards. The book reflects the conference's commitment to fostering collaboration between the distributed computing and networking communities, making it an essential resource for anyone engaged in research or advanced study in these interconnected disciplines.

Key Highlights

• Peer-reviewed excellence: Features 44 carefully selected papers from 169 submissions, ensuring top-quality research content.
• Dual-track coverage: Includes both networking and distributed computing tracks, offering a holistic view of the field.
• International perspective: Contributions from researchers worldwide, with a special focus on the conference held in Kolkata, India.
• Timely topics: Addresses emerging areas such as sensor networks, peer-to-peer systems, and wireless ad hoc networks.
• Hardcover durability: A sturdy edition suitable for long-term reference in libraries, labs, and personal collections.

Inside the Book

The book is organized into thematic sections that reflect the breadth of the conference. Readers will find detailed discussions on network protocols and applications, fault tolerance and security mechanisms, and the design and analysis of sensor networks. Distributed algorithms and optimization techniques are explored in depth, alongside studies on peer-to-peer networks and network tracing. The volume also covers parallel and distributed systems, wireless networks, and specialized topics such as optical, cellular, and mobile ad hoc networks. Each paper includes methodology, experimental results, and future research directions, making the content accessible to both newcomers and seasoned researchers. The theory of distributed systems is given particular attention, with contributions that advance fundamental understanding of concurrency, consistency, and coordination.

Key Topics

• Network protocols and applications: Design and evaluation of communication protocols for modern networks.
• Fault tolerance and security: Techniques to ensure reliability and protect against failures and attacks.
• Sensor networks: Energy-efficient algorithms, data aggregation, and deployment strategies.
• Distributed algorithms and optimization: Efficient solutions for synchronization, load balancing, and resource allocation.
• Peer-to-peer networks: Overlay construction, content distribution, and network tracing methods.
• Wireless networks: Cellular, mobile ad hoc, and optical network architectures and protocols.
• Parallel and distributed systems: Scalable computing models and system design.

Reader Benefits

This book offers Indian readers a unique opportunity to access high-quality research that is often scattered across multiple journals and conference proceedings. By bringing together diverse perspectives in a single volume, it saves time and provides a coherent overview of the state of the art in distributed computing and networking. Students will find the papers useful for understanding real-world research problems and methodologies, while professionals can apply the insights to system design and troubleshooting. The inclusion of both theoretical and practical papers ensures that readers gain a balanced perspective, from foundational algorithms to applied networking solutions. Additionally, the conference's Indian location highlights contributions from local researchers, making the content particularly relevant for the Indian academic and industrial context.

Learning Outcomes

After studying the papers in this volume, readers will be able to: analyze and compare different network protocols and their performance; understand the principles of fault tolerance and security in distributed systems; design and evaluate sensor network algorithms for energy efficiency and data accuracy; apply distributed algorithms to solve optimization problems in networked environments; examine the architecture and challenges of peer-to-peer and wireless networks; and critically assess research contributions in the theory of distributed computing. These outcomes are valuable for academic projects, research work, and professional development in fields such as computer science, information technology, and communication engineering.

Who Should Read

This book is ideal for postgraduate students and research scholars in computer science and engineering who are specializing in distributed systems, networking, or related areas. It is also an excellent resource for faculty members and academic researchers seeking a comprehensive reference on recent advancements. Industry professionals—including network engineers, system architects, and software developers—who work with distributed applications, cloud computing, or IoT systems will find the practical insights beneficial. Additionally, undergraduate students with a strong background in computer networks and algorithms can use this book to explore advanced topics and prepare for research careers. Libraries and institutions supporting computer science programs will find this volume a valuable addition to their collections.

About the Author

Krishna Kant is a distinguished researcher and academic with extensive experience in distributed systems, computer networks, and performance evaluation. His editorial work on this proceedings volume reflects a deep commitment to advancing knowledge in the field. Through his leadership at ICDCN 2010, he helped create a platform for exchange of ideas among researchers from India and around the world. His contributions have influenced both theoretical and practical aspects of distributed computing, making him a respected figure in the international research community.

About the Publisher

Springer is a globally renowned academic publisher, known for its high-quality scientific and technical books, journals, and conference proceedings. With a legacy spanning over 175 years, Springer has been at the forefront of disseminating research in computer science, engineering, and related disciplines. This volume is part of Springer's prestigious Lecture Notes in Computer Science series, which is widely used by researchers and students for its rigorous editorial standards and timely publication of cutting-edge research. Indian readers can trust the authenticity and academic value of any Springer publication.

Conclusion

Distributed Computing and Networking: 11th International Conference, ICDCN 2010 Proceedings is more than just a conference record—it is a snapshot of the research landscape in a critical area of computer science. For Indian students and professionals, it offers a window into the global research community while highlighting local contributions. The hardcover format ensures durability, and the comprehensive coverage makes it a valuable reference for years to come. Whether you are exploring sensor networks, distributed algorithms, or wireless communication protocols, this book provides the depth and breadth needed to stay informed and inspired. Add it to your library today and engage with the ideas that are shaping the future of distributed systems and networking.