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About 1,036 papers for “Token ring”

TOKEN RING

Nicholas Enticknap · Elsevier eBooks · 1989

Cited by 0

Token Ring

Michael A. Gallo, William M. Hancock · Elsevier eBooks · 2002

Cited by 0

Token Ring Project

Adela Ionescu, Virgiliu Streian · SHILAP Revista de lepidopterología · 2007

Ring topology is a simple configuration used to connect processes that communicate among themselves. A number of network standards such as token ring, token bus, and FDDI are based on the ring connectivity. This article will develop an implementation of a ring of processes that communicate among themselves via pipe links. The processes are nodes in the ring. Each process reads from its standard input and writes in its standard output. N-1 process redirects the its standard output to a standard input of the process through a pipe. When the ring-structure is designed, the project can be extended to simulate networks or to implement algorithms for mutual exclusion

Cited by 0Open access

Token Ring BL

Bulletin of Miscellaneous Information (Royal Gardens Kew)

Cited by 0

Token Ring Networks

Jesper Nilausen · Medical Entomology and Zoology · 1992

Written for those without a strong technical background, this text is intended to help readers plan, design, implement and run a token ring network. It provides an overview of terms and trends and examines working principles, basic components, practical illustrations and developments in the field.

Cited by 4

Token Ring Project

Adela Ionescu, Virgiliu Streian · SHILAP Revista de lepidopterología · 2007

Ring topology is a simple configuration used to connect processes that communicate among themselves. A number of network standards such as token ring, token bus, and FDDI are based on the ring connectivity. This article will develop an implementation of a ring of processes that communicate among themselves via pipe links. The processes are nodes in the ring. Each process reads from its standard input and writes in its standard output. N-1 process redirects the its standard output to a standard input of the process through a pipe. When the ring-structure is designed, the project can be extended to simulate networks or to implement algorithms for mutual exclusion

Cited by 0Open access

Token Ring Network Design

David M. Bird · 1993

* Preface 1. Introduction to Token Ring networks Overview * How does a Token Ring work? * Logical vs physical ring topology * Wire centres, hubs and concentrators * MAC frames and design * Errors and beaconing * Considerations for 16Mbps network designs 2. Network planning overview Network design consideration * Nodes * Multistation access units * Network repeaters * Media considerations * Environmental factors * Costs * Planning stages 3. Defining and locating nodes Beginning the design * Documentation * Types of node 8 Stage one-summary 4. Wiring closets, hubs and repeaters Physical network * Network components * Customer and site requirements * Locating wiring closets 8 Inter-closet cabling * Locating wire centres (MAUs) and racks * Verifying the design 5. Verifying the design: rules and formulae for STP cabling Introduction * Single wiring closet networks without repeaters * Multiple wiring closet networks without repeaters * Multiple wiring closet networks with repeaters * Network design using workgroup wire centres * Calculating the MLL for the sample network 6. Verifying the design: rules and formulae for UTP cabling Introduction * Single wiring closet networks without repeaters * Multiple wiring closet networks without repeaters * Multiple wiring closet networks with repeaters * Network design using workgroup wire centres * Calculating the MLL for the sample network 7. Verifying the design: rules and formulae for fibre optic cabling Introduction * Types of fibre optics link * Verifying fibre optic network designs 8. Summary and final planning steps Introduction * Cost analysis * Finalizing the network plan * Appendix A. Copper and fibre optic cables Copper cables * Token ring copper cable connectors * Fibre optic cables * Token Ring fibre support * Appendix B. Planning rules and formulae Deriving the general formula * Summary of planning rules and associated formulae * Planning rules and formulae for UTP networks * Token Ring design formulae: table summary * Appendix C. Planning forms * Glossary * Bibliography * Index

Cited by 4

Inside the Token-Ring

J. Scott Haugdahl · CERN Document Server (European Organization for Nuclear Research) · 1990

Cited by 1

Concurrent token ring protocol

Meirong Xu, James H. Herzog · 2003

Concurrent token ring (CTR), a multiple-access protocol for ring-type area networks, is proposed. In CTR, message frames are partially removed by the destination node. A truncated portion of the frame, which contains the source and destination addresses, is configured by the destination into a conditional token which is allowed to circulate back to the source for removal. The conditional token informs 'downstream' nodes of busy data paths and allows them to establish concurrent message transmission if resources are free. Simulation results indicate that the CTR protocol has a higher throughput and shorter transmission delay than the IEEE 802.5 token ring.< <ETX xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">&gt;</ETX>

Cited by 14

Token Ring Network Management

Jesper Nilausen · International Journal of Network Management · 1993

Abstract This article on Token Ring network management describes general aspects of this important area and gives a brief introduction to the various disciplines, which will be covered in more detail in following articles.

Cited by 0

Wireless Token Ring Protocol

Mustafa Ergen, Duke Lee, Anuj Puri et al. · 2002

The Wireless Token Ring Protocol (WTRP) is a medium access control protocol for wireless networks in Unmanned Aerial Vehicles. It supports quality of service in terms of bounded latency and reserved bandwidth. This quality of service guarantee is critical in mesh stability of the formation of the vehicles. The communication of the speed and the velocity of the lead vehicle to all other vehicles in the formation had been shown to be sufficient for mesh stability of the system.

Cited by 0