Aims to offer the state-of-the-art in the design, planning and management of digital transport networks. Principles, architectures, standards and interfaces are described and explained, and the book also includes regulatory developments, ATM principles and information formats, broadband signalling, connection control, network-level management, traffic performance and mangement, resilience in a multi-layer transport network, information on design and implementation, network planning and tools, and a look at network performance and synchronization.

This work examines the principles of rate-compatible punctured convolutional codes, as well as combined coding, modulation codes and combined coding, modulation and equalization for intersymbol interference channels. The author supplies sample codes for software simulations of practical digital communication systems, covers each class of codes in detail, and provides examples and simulation results.

Presents a view of current interfacing technology, specifically V5, the global interface standard. The text examines both the fundamentals and advanced aspects of network access technology, and the implication for the future of access networks, up to soliton transmission and quantum cryptology. The book is divided into two sections: technological issues and interface issues. Separate chapters on advanced copper, optical fibre, advanced optical and radio access technologies, the powering of access networks, ATM in the access network and the supported services are included.