Worst Case Analysis for Multiplexed Traffic Enforced by Enhanced Leaky Bucket with CDV Tolerance

スポンサーリンク

概要

• 論文の詳細を見る

• In ATM networks, a usage parameter control (UPC) strategy must regulate incoming traffic according to the characteristics of the sources declared at call set-up. Among various UPC schemes, Leaky Bucket is a conventionally method having been discussed extensively. This paper examines the characteristics of the multiplexer with a sufficient buffer in which cell arrivals are policed by Enhanced Leaky-Bucket (ELB) before entering the system. In addition to the factor of mean rate, peak rate and cell delay variation (CDV) are also considered for each ELB. We find out the worst output pattern from the ELB and derive the upper bound on average waiting time as a function of the ELB parameters.

• 一般社団法人電子情報通信学会の論文
• 1997-04-25

著者

• Wu Jung-shyr

  The Department Of Electrical Engineering National Central University

• SUE Shyh-Wen

  the Department of Electrical Engineering National Central University

関連論文

• Improving the Performance in a Multimedia CDMA Cellular System with Resource Reservation(Special Issue on Mobile Multimedia Communications)
• A New Method for Isochronous Bandwidth Allocation in FDDI-II Networks
• Performance Analysis of Voice/Data Integrated CDMA System with QoS Constraints
• Channel Segregation Method in a Two-Tier CDMA System
• Effects of Dual Leaky Bucket Parameters on Cell Loss Ratio: Worst Case Analysis
• Delay Bound Analysis for Multiplexed Traffic Controlled by Enhanced Leaky Bucket
• An Effective Rate-Based Virtual Clock Scheduling Discipline in High-Speed Networks
• Usage Parameter Control in ATM Networks by Solving CDV Problem at UNI
• Worst Case Analysis for Multiplexed Traffic Enforced by Enhanced Leaky Bucket with CDV Tolerance

スポンサーリンク