Access Restriction

Author Yamanaka, Naoaki ♦ Shiomoto, Kohei
Source CiteSeerX
Content type Text
File Format PDF
Subject Domain (in DDC) Computer science, information & general works ♦ Data processing & computer science
Subject Keyword Dynamic Transfer Mode ♦ Dtm Network ♦ Dynamically Assigned Short-hold Time-slot Relay ♦ Destination Address ♦ New High-speed Network Architecture ♦ Www Tra ♦ Future High-speed Backbone Network ♦ Conventional Stm ♦ Burst Data Transfer ♦ Simplified Core Transit Switch ♦ Delay Jitter ♦ Major Drawback ♦ Time Division Multiplexing ♦ Adjacent Node ♦ Switching System ♦ Burst Transfer Period ♦ Link Identifier ♦ Ip Address ♦ Packet Header ♦ Passive Stm Switching ♦ Core Transit Switch ♦ Bandwidth Ciency ♦ Cell Loss ♦ Asynchronous Transfer Mode ♦ Statistical Multiplexing Gain
Abstract This paper proposes a new high-speed network architecture called Dynamic Transfer Mode, DTM. At the entrance of the DTM network, destination addresses such as IP addresses are converted into DTM routing information and attached to the packet header. In a DTM network, a connection is set up on-the-fly by sending a series of routing link identifiers to the destination, so burst data transfers like WWW tra#c are efficiently carried. A connection between adjacent nodes is created and released dynamically within the burst transfer period. This yields higher statistical multiplexing gain and improved bandwidth e#ciency compared to with conventional STM. Time division multiplexing is utilized so delay jitter or cell loss, the major drawbacks of Asynchronous Transfer Mode, are avoided. This paper analyzes the performance of a DTM network and describes an implemented switching system. Because a DTM network uses source-routing and passive STM switching, it simplifies the core transit switch while localizing intelligence to edge nodes. A simplified core transit switch is well suited for future high-speed backbone networks.
Educational Role Student ♦ Teacher
Age Range above 22 year
Educational Use Research
Education Level UG and PG ♦ Career/Technical Study
Learning Resource Type Article
Publisher Date 1999-01-01