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Dive into the research topics where Clark Debs Jeffries is active.

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Featured researches published by Clark Debs Jeffries.


Network Processor Design#R##N#Issues and Practices Volume 2 | 2004

Adaptable Bandwidth Allocation for QoS Support in Network Processors

Clark Debs Jeffries; Mohammad Peyravian; Ravi Sabhikhi

Publisher Summary Bandwidth allocation technology (BAT) is an important feature of the IBM PowerNP. It endows networks with predictable bandwidth allocation, thus increasing the value of other, much more complex services. It carries the potential of automation and simplification of quality of service (QoS) capabilities. It is possible to provide network QoS without BAT or any other intelligent flow control, that is, merely by overbuilding all network components. However, some low-bandwidth flows are disproportionately valuable, and if any congestion can result in some loss or delay for any flows, then low-bandwidth Premium customers can be disappointed. Security issues are of increasing importance. It is vital to protect essential network services in the face of fast-spreading worms. An adaptable bandwidth allocation scheme with minimum and maximum per class might save essential services in the presence of malicious attacks.


pacific rim conference on multimedia | 2003

A proposal for bandwidth allocation in autonetworks

Chien D. Vu; Clark Debs Jeffries

Quality of service is becoming a critical criteria of network performance. Network utilization is also another critical criterion. Network providers often have to choose favoring one in the expense of the other. In this paper, we propose a bandwidth allocation technology (BAT) for autonetworks which is able to promote both quality of service (QoS) and high bandwidth utilization. BAT is easy to understand and, if properly implemented, may be simple or even automatic to administer.


Archive | 2002

Priority based bandwidth allocation within real-time and non-real-time traffic streams

Brahmanand Kumar Gorti; Marco C. Heddes; Clark Debs Jeffries; Andreas Kind; Michael Steven Siegel


Archive | 2000

Method and system for managing congestion in a network

Peter Irma August Barri; Brian Mitchell Bass; Jean Calvignac; Ivan Oscar Clemminck; Marco C. Heddes; Clark Debs Jeffries; Michael Steven Siegel; Fabrice Jean Verplanken; Miroslav Vrana


Archive | 2003

Applying blocking measures progressively to malicious network traffic

Robert William Danford; Kenneth M. Farmer; Clark Debs Jeffries; Robert Barry Sisk; Michael A. Walter


Archive | 2003

System and method for automatic management of many computer data processing system pipes

Ganesh Balakrishnan; Everett A. Corl; Clark Debs Jeffries; Ravinder K. Sabhikhi; Michael Steven Siegel; Raj K. Singh; Rama Mohan Yedavalli


Archive | 2001

Method and system for performing a pattern match search for text strings

Claude Basso; Jean Calvignac; Philippe Damon; Gordon Taylor Davis; Marco C. Heddes; Clark Debs Jeffries


Archive | 2001

Controlling network congestion using a biased packet discard policy for congestion control and encoded session packets: methods, systems, and program products

Youssef Abdelilah; Gordon Taylor Davis; Jeffrey Haskell Derby; Dongming Hwang; Clark Debs Jeffries; Malcolm Scott Ware; Hua Ye


Archive | 2001

Codec with network congestion detection and automatic fallback: methods, systems & program products

Youssef Abdelilah; Gordon Taylor Davis; Jeffrey Haskell Derby; Dongming Hwang; Clark Debs Jeffries; Malcolm Scott Ware; Hua Ye


Archive | 2005

Method of responding to a truncated secure session attack

Brian E. Carpenter; Kevin David Himberger; Clark Debs Jeffries; Mohammad Peyravian

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