TAILIEUCHUNG - Congestion and Error Control in Overlay Networks

In recent years, Internet has known an unprecedented growth, which, in turn, has lead to an increased demand for real-time and multimedia applications that have high Quality-of-Service (QoS) demands. This evolution lead to di±cult challenges for the Internet Service Providers (ISPs) to provide good QoS for their clients as well as for the ability to provide di®erentiated service subscriptions for those clients who are willing to pay more for value added services. | Research Report No. 2007:01 Congestion and Error Control in Overlay Networks Doru Constantinescu, David Erman, Dragos Ilie, and Adrian Popescu Department of Telecommunication Systems, School of Engineering, Blekinge Institute of Technology, S–371 79 Karlskrona, Sweden °c 2007 by Doru Constantinescu, David Erman, Dragos Ilie and Adrian Popescu. All rights reserved. Blekinge Institute of Technology Research Report No. 2007:01 ISSN 1103-1581 Published 2007. Printed by Kaserntryckeriet AB. Karlskrona 2007, Sweden. This publication was typeset using LATEX. Abstract In recent years, Internet has known an unprecedented growth, which, in turn, has lead to an increased demand for real-time and multimedia applications that have high Quality-of-Service (QoS) demands. This evolution lead to difficult challenges for the Internet Service Providers (ISPs) to provide good QoS for their clients as well as for the ability to provide differentiated service subscriptions for those clients who are willing to pay more for value added services. Furthermore, a tremendous development of several types of overlay networks have recently emerged in the Internet. Overlay networks can be viewed as networks operating at an inter- domain level. The overlay hosts learn of each other and form loosely-coupled peer relationships. The major advantage of overlay networks is their ability to establish subsidiary topologies on top of the underlying network infrastructure acting as brokers between an application and the required network connectivity. Moreover, new services that cannot be implemented (or are not yet supported) in the existing network infrastructure are much easier to deploy in overlay networks. In this context, multicast overlay services have become a feasible solution for applications and services that need (or benefit from) multicast-based functionality. Nevertheless, multicast overlay networks need to address several issues related to efficient and scalable congestion control schemes to attain

• Quản trị mạng
• Congestion
• Error Control
• Overlay Networks
• tips computer operator
• network security
• telecomunication
• Traffic congestion detection
• Deep learning
• Traffic congestion
• The camera system
• International journal of computer science & communication networks
• Research issues in TCP based congestion control
• TCP based congestion control for high speed network
• High speed network
• Loss based approach
• Major issues for high speed TCP
• Performance analysis of a real time adaptive prediction algorithm
• Real time adaptive prediction algorithm for traffic congestion
• Lower Mean Square Error
• The actual traffic congestion states
• Fuzzy set
• Fuzzy rule
• Congestion level
• Traffic state
• Congestion for traffic control
• Lecture Advanced Computer Networks
• Advanced Computer Networks
• Bài giảng Mạng máy tính nâng cao
• TCP congestion control
• TCP congestion control strategy
• Congestion avoidance
• Journal of Computer Science and Cybernetics
• Congestion control algorithm for message routing
• Structured peer to peer networks
• Peer to peer
• Congestion control algorithm
• Congestion Control
• quality of service
• ata traffic
• Service
• appropriate environment
• Mathematics
• Physics
• Scientific reports
• scientific studies
• natural sciences
• GIAO THỨC TCP
• Chạy thử Wireshark
• GIAO THỨC IP
• Fast Retransmit
• Computer network
• Simple demultiplexer
• Remote procedure call
• Reliable byte stream
• Congestion avoidance mechanisms
• Tạp chí khoa học
• Traffic urban
• Traffic congestion pricing
• Speed Density flow relationships
• Ho Chi Minh city
• Efficient cross layer congestion control adaptive routing protocol
• Adaptive routing protocol
• Mobile ad hoc networks in constrained environment
• International Journal of Computer Networks and Communications Security
• Energy aware congestion adaptive randomized routing
• Manets with sleep mode
• NS2 network simulator
• Fault aware and congestion aware routing algorithm
• On Odd Even algorithm
• Network on chip
• The Fault Aware Dynamic Routing algorithm
• Manet routing protocols under different traffic loads
• Varying maximum congestion window size
• Average network throughput
• Packet delivery ratio
• Electronic Engineering
• PID controller
• Minimum delay congestion control
• Service communication networks
• Physical network resource limitations
• Packet switched internetwork
• Congestion control solution
• Weighted fair queuing
• Router based congestion avoidance
• Destination experiencing congestion bit
• Random early detection (RED)
• administering cisco
• IP netwoks
• traffic classification
• queuing
• Q0S
• Cisco IOS
• EIGRP A
• Advanced QoS
• Border Gateway Protocol
• mạng NGN
• chống tắt nghẽn mạng
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• báo cáo khoa học
• báo cáo y học
• công trình nghiên cứu về y học
• tài liệu về y học
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