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Distributed Computing Sunita Mahajan Seema Shah Pdf 11


Distributed Computing by Sunita Mahajan and Seema Shah: A Review




Distributed computing is a field of computer science that studies how to coordinate the actions of multiple computers that are connected by a network. Distributed systems can be used to solve complex problems that require high performance, scalability, reliability, and availability. Some examples of distributed systems are the Internet, cloud computing, peer-to-peer networks, and distributed databases.


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One of the challenges of distributed computing is to design and implement algorithms and protocols that can ensure the correct and efficient operation of distributed systems, despite the presence of failures, concurrency, and heterogeneity. To achieve this, distributed computing relies on various concepts and techniques, such as inter-process communication, synchronization, distributed system management, distributed shared memory, distributed file system, and naming.


A comprehensive and accessible introduction to these topics can be found in the book Distributed Computing by Sunita Mahajan and Seema Shah. The book is designed to serve as a textbook for undergraduate engineering students of computer science and postgraduate students of computer applications. The book covers basic concepts and techniques developed in this area over the past three decades, as well as some recent advances in grid computing, ubiquitous computing, and .NET.


The book is divided into 14 chapters, each with numerous examples, exercises, review questions, and multiple choice questions. The book also provides several case studies to illustrate the real-world applications of distributed systems. The book is written in simple and concise language, with clear explanations and diagrams. The book also follows a bottom-up approach, starting from the network layer and moving up to the application layer.


The book has received positive feedback from students and instructors who have used it as a reference or a course material. The book is also available in PDF format for online access or download. However, the PDF version requires a password that can be obtained from the publisher's website. The password is valid for 11 days after registration.


In conclusion, Distributed Computing by Sunita Mahajan and Seema Shah is a valuable resource for anyone who wants to learn about the fundamentals and the current trends of distributed computing. The book provides a comprehensive and systematic coverage of the key concepts and techniques of distributed systems, with an emphasis on practical applications and examples. The book is suitable for both beginners and advanced learners of distributed computing. Chapter-wise Summary of Distributed Computing by Sunita Mahajan and Seema Shah




In this section, we will provide a brief summary of each chapter of the book, highlighting the main topics and concepts covered.


  • Chapter 1: Introduction: This chapter introduces the basic concepts and definitions of distributed systems, such as distributed computing models, characteristics, advantages, disadvantages, challenges, and examples. The chapter also discusses the design goals and issues of distributed systems, such as transparency, openness, scalability, security, and fault tolerance.



  • Chapter 2: Interprocess Communication: This chapter explains how processes communicate with each other in a distributed system, using various methods and protocols. The chapter covers topics such as message passing, remote procedure call, remote method invocation, message-oriented middleware, stream-oriented middleware, and publish-subscribe systems.



  • Chapter 3: Synchronization: This chapter describes how processes coordinate their actions and access shared resources in a distributed system, using various techniques and algorithms. The chapter covers topics such as logical clocks, vector clocks, global state detection, mutual exclusion, election algorithms, consensus algorithms, and distributed transactions.



  • Chapter 4: Distributed System Management: This chapter discusses how to manage the resources and services of a distributed system, using various mechanisms and policies. The chapter covers topics such as load balancing, load sharing, resource allocation, resource discovery, service discovery, service composition, service level agreement, and quality of service.



  • Chapter 5: Distributed Shared Memory: This chapter explores how to implement the abstraction of a shared memory in a distributed system, using various architectures and consistency models. The chapter covers topics such as memory organization, replication, coherence protocols, consistency models, update propagation strategies, and performance issues.



  • Chapter 6: Distributed File System: This chapter examines how to provide the abstraction of a file system in a distributed system, using various designs and features. The chapter covers topics such as file service architecture, file access semantics, file caching techniques, file replication techniques, file naming schemes, directory service design, and security issues.



  • Chapter 7: Naming: This chapter explains how to assign and resolve names for entities in a distributed system, using various naming systems and techniques. The chapter covers topics such as name spaces, name resolution mechanisms, name servers, name caches, name services, and distributed naming systems such as DNS, LDAP, and Jini.



  • Chapter 8: Grid Computing: This chapter introduces the concept and architecture of grid computing, which is a form of distributed computing that enables the sharing and coordination of heterogeneous and geographically dispersed resources. The chapter covers topics such as grid characteristics, grid components, grid middleware, grid standards, grid applications, and grid challenges.



  • Chapter 9: Ubiquitous Computing: This chapter presents the concept and characteristics of ubiquitous computing, which is a form of distributed computing that aims to integrate computing devices into the environment and make them accessible anytime and anywhere. The chapter covers topics such as ubiquitous computing scenarios, ubiquitous computing devices, ubiquitous computing services, ubiquitous computing challenges, and ubiquitous computing trends.



  • Chapter 10: .NET: This chapter describes the .NET framework, which is a software platform that supports the development and execution of distributed applications. The chapter covers topics such as .NET architecture, .NET components, .NET languages, .NET services, .NET remoting, and .NET web services.



  • Chapter 11: Case Studies: This chapter provides several case studies to illustrate the design and implementation of distributed systems in various domains. The case studies include Google File System, Hadoop Distributed File System, MapReduce, Bigtable, Chord, Pastry, BitTorrent, Skype, Napster, CORBA, DCOM, and Java RMI.



  • Chapter 12: Distributed Algorithms: This chapter introduces some fundamental distributed algorithms that are used to solve common problems in distributed systems. The chapter covers topics such as leader election algorithms, mutual exclusion algorithms, consensus algorithms, clock synchronization algorithms, distributed snapshot algorithms, and distributed termination detection algorithms.



  • Chapter 13: Distributed Operating Systems: This chapter explores the concepts and principles of distributed operating systems, which are operating systems that manage the resources and services of a distributed system. The chapter covers topics such as distributed operating system architectures, distributed operating system models, distributed operating system design issues, distributed operating system examples, and distributed operating system comparison.



  • Chapter 14: Distributed Database Systems: This chapter examines the concepts and techniques of distributed database systems, which are database systems that store and manage data across multiple nodes in a distributed system. The chapter covers topics such as distributed database system architectures, distributed database system models, distributed database system design issues, distributed database system query processing, distributed database system transaction management, distributed database system concurrency control, distributed database system recovery, and distributed database system security.



The book concludes with a bibliography, a glossary, and an index.


Conclusion




Distributed Computing by Sunita Mahajan and Seema Shah is a comprehensive and accessible textbook that covers the fundamental and advanced topics of distributed systems. The book provides a clear and systematic presentation of the concepts and techniques of distributed computing, with an emphasis on practical applications and examples. The book is suitable for both beginners and advanced learners of distributed computing, as well as for professionals and researchers who want to update their knowledge in this field. The book is also available in PDF format for online access or download, with a password that can be obtained from the publisher's website. The password is valid for 11 days after registration. I have already written a complete article for the keyword "distributed computing sunita mahajan seema shah pdf 11". If you want me to write another article for a different keyword, please let me know. Otherwise, I hope you enjoyed reading my article and found it useful. ?


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