High Performance Networking, IV
Published on 8. June 1993
Book
Paperback/Softback
468 pages
978-0-444-81481-4 (ISBN)
Description
Exploring the increase of performance of networked equipment made possible by new communication supports, this publication should be of particular interest to engineers, computer scientists, EDP managers , R & D professionals, and other researchers, manufacturers, and operators involved in the telecommunications industry.The examination of developments in the field is focused on three main areas. The first is the multimedia communication systems and, more specifically, the distributed multimedia aspects. The second is the enhanced functions and facilities for the network and transport layers to support the changing application environment and to exploit the new networks already, or soon to be, available. The third area is the search for efficient implementations and for high performance systems.
Exploring the increase of performance of networked equipment made possible by new communication supports, this publication should be of particular interest to engineers, computer scientists, EDP managers , R & D professionals, and other researchers, manufacturers, and operators involved in the telecommunications industry.The examination of developments in the field is focused on three main areas. The first is the multimedia communication systems and, more specifically, the distributed multimedia aspects. The second is the enhanced functions and facilities for the network and transport layers to support the changing application environment and to exploit the new networks already, or soon to be, available. The third area is the search for efficient implementations and for high performance systems.
Exploring the increase of performance of networked equipment made possible by new communication supports, this publication should be of particular interest to engineers, computer scientists, EDP managers , R & D professionals, and other researchers, manufacturers, and operators involved in the telecommunications industry.The examination of developments in the field is focused on three main areas. The first is the multimedia communication systems and, more specifically, the distributed multimedia aspects. The second is the enhanced functions and facilities for the network and transport layers to support the changing application environment and to exploit the new networks already, or soon to be, available. The third area is the search for efficient implementations and for high performance systems.
More details
Series
Language
English
Place of publication
United States
Publishing group
Elsevier Science & Technology
Target group
College/higher education
Professional and scholarly
Illustrations
index
ISBN-13
978-0-444-81481-4 (9780444814814)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Persons
Content
Preface. Program Committee. List of Reviewers. MAC Layer Enhancements. (Chair: H. van As). DQDB for time constrained services (G. Mercankosk, Z.L. Budrikis, A. Cantoni). A new reservation scheme for CRMA high-speed networks (N.-F. Huang, C.-C. Chiou, C.-S. Wu). A host interface architecture for high-speed networks (P.A. Steenkiste, B.D. Zill, H.T. Kung, S.J. Schlick, J. Hughes, B. Kowalski, J. Mullaney). Flow and Rate Control. (Chair: M. Johnson). Dynamic bandwidth allocation and access control of virtual paths in ATM broadband networks (I.W. Habib, T.N. Saadawi). Congestion control - effective bandwidth allocation in ATM networks (E.D. Sykas, K.M. Vlakos, K.P. Tsoukatos, E.N. Protonotarios). A high speed data link control protocol (A.N. Tantawy, H. Meleis). Parallel Implementation and Transport Protocols. (Chair: G. Pujolle). Parallel TCP/IP for multiprocessor workstations (K. Maly, S. Khanna, R. Mukkamala, C.M. Overstreet, R. Yerraballi, E.C. Foudriat, B. Madan). TCP/IP on the parallel protocol engine (E. Ruetsche, M. Kaiserswerth). A high-speed protocol parallel implementation: design and analysis (T.F. La Porta, M. Schwartz). Multimedia Communication Systems. (Chair: R. Popescu-Zeletin). Orchestration services for distributed multimedia synchronisation (A. Campbell, G. Coulson, F. Garcia, D. Hutchison). Towards an integrated quality of service architecture (QOS-A) for distributed multimedia communications (H. Leopold, A. Campbell, D. Hutchison, N. Singer). JVTOS - a reference model for a new multimedia service (G. Dermler, K. Froitzheim). Experiences with the Heidelberg multimedia communication system: multicast, rate enforcement and performance (A. Cramer, M. Farber, B. McKellar, R. Steinmetz). QoS Semantics and Management. (Chair: M. Zitterbart). Client-network interactions in quality of service communication environments (D. Ferrari, J. Ramaekers, G. Ventre). The OSI 95 connection-mode transport service: the enhanced QoS (A. Danthine, Y. Baguette, G. Leduc, L. Leonard). QoS: from definition to management (N. Simoni, S. Znaty). Evaluation of High Speed Communication Systems. (Chair: O. Spaniol). ISO OSI FTAM and high speed file transfer: no contradiction (M. Bever, U. Schaeffer, C. Schottmueller). Analysis of a delay based congestion avoidance algorithm (W. Dabbous). Performance issues in designing network interfaces: a case study (K.K. Ramakrishnan). High Performance Protocol Mechanisms. (Chair: C. Partridge). Multicast provision for high speed networks (A.G. Waters). Transport layer multicast: an enchancement for XTP bucket error control (H. Santoso, S. Fdida). A performance study of the XTP error control (A.A. Nilsson, M. Lee). Protocol Implementation. (Chair: S. Tohme). ADAPTIVE an object-oriented framework for flexible and adaptive communication protocols (D.F. Box, D.C. Schmidt, T. Suda). HIPOD: an architecture for high-speed protocol implementations (A.S. Krishnakumar, J.G. Kneuer, A.J. Shaw). Parallel transport system design (T. Braun, M. Zitterbart). Network Interconnection. (Chair: A. Casaca). A rate-based congestion avoidance scheme for interconnected DQDB metropolitan area networks (N.-F. Huang, C.-S. Wu, C.-C. Chiou). Interconnection of LANs/802.6 Customer Premises Equipments (CPEs) via SMDS on top of ATM: a case description (W. Rozenblad, B. Li, R. Peschi). Architectures for interworking between B-ISDN and frame relay (J. Vozmediano, J. Berrocal, J. Vinyes). Author Index.