Description
A Comprehensive Reference on Distributed Object Computing
A Theory of Distributed Objects: Asynchrony – Mobility – Groups – Components is a leading academic reference that presents the theoretical foundations and practical implementation strategies for distributed object-oriented systems.
Written by Denis Caromel and Ludovic Henrio, with a Preface by Luca Cardelli, this Springer publication introduces a formal calculus for distributed objects using asynchronous method calls and generalized futures. It also explores advanced concepts such as mobility, groups, components, scalability, and deterministic distributed programming. The book is aimed at graduate students, researchers, and professional software engineers working with distributed systems.
Topics Covered
- Distributed Object Theory
- Asynchronous Method Calls
- Distributed Calculi
- Object-Oriented Distributed Programming
- Futures & Wait-by-Necessity
- Mobility in Distributed Systems
- Distributed Components
- Distributed Groups
- Concurrency Models
- Parallel Computing
- Formal Semantics
- Java-based Distributed Systems
- Grid Computing
- Peer-to-Peer Computing
- Middleware Concepts
- Distributed Algorithms
- Software Architecture
- Scalable Distributed Applied
Key Features
- Comprehensive guide to distributed object-oriented computing.
- Covers asynchronous programming, mobility, groups, and distributed components.
- Explains formal calculi and implementation strategies for distributed systems.
- Includes extensive examples and theoretical foundations for concurrent computing.
- Ideal for graduate students, researchers, software architects, and distributed systems developers.
- Published by Springer, a globally recognized academic publisher.
- Suitable for university courses, advanced research, and professional references
Reviews
There are no reviews yet.