'Server selection' presentation slideshows

Beyond Server Selection: Challenges in Multiple-Origin Content Distribution

Beyond Server Selection: Challenges in Multiple-Origin Content Distribution. Mostafa H. Ammar College of Computing Georgia Institute of Technology Atlanta, GA ammar@cc.gatech.edu. Contributors. Ellen Zegura Hyewon Jun Christos Gkantsidis Pradnya Karbhari Matt Sanders Li Zou.

631 views • 55 slides

Overlay Network Creation and Maintenance with Selfish Users

Overlay Network Creation and Maintenance with Selfish Users. Georgios Smaragdakis. Dissertation committee members: Azer Bestavros, Nikolaos Laoutaris, John Byers. Overlays & Neighbor Selection. Overlay node. Overlay links.

1.02k views • 53 slides

DONAR Decentralized Server Selection for Cloud Services

DONAR Decentralized Server Selection for Cloud Services. Patrick Wendell , Princeton University Joint work with Joe Wenjie Jiang, Michael J. Freedman, and Jennifer Rexford. Outline. Server selection background Constraint-based policy interface Scalable optimization algorithm

591 views • 51 slides

Active Names: Flexible Location and Transport of Wide-Area Resources

Active Names: Flexible Location and Transport of Wide-Area Resources. http://www.cs.utexas.edu/users/less/bb/. Motivation. DNS Name IP Address New naming abstractions: Server selection, content selection, customization, device presentation, disconnected operation,...

558 views • 46 slides

Anycast by DNS over pure IPv6 network

Anycast by DNS over pure IPv6 network. Minghua Chen & Wei Mao EECS, UC, Berkeley {minghua, maowei}@eecs. Outline. Introduction Anycast Anycast by modifying DNS service over pure IPv6 Network WTRT server selection Model Conclusions Acknowledgement. Introduction.

603 views • 43 slides

Application-Layer Anycasting: A Server Selection Architecture and Use in a Replicated Web Service

Application-Layer Anycasting: A Server Selection Architecture and Use in a Replicated Web Service. IEEE/ACM Transactions on Networking Vol.8, No. 4, August 2000 Ellen W. Zegura, Member, IEEE, Mostafa H. Ammar, Senior Member, IEEE, Zongming Fei, and Samrat Bhattacharjee. Abstract.

404 views • 30 slides

Evaluation of the Proximity between Web Clients and their Local DNS Servers

Evaluation of the Proximity between Web Clients and their Local DNS Servers. Z. Morley Mao UC Berkeley (zmao@eecs.berkeley.edu) Chuck Cranor, Fred Douglis, Michael Rabinovich, Oliver Spatscheck, and Jia Wang AT&T Labs--Research. Motivation. Content Distribution Networks (CDNs)

393 views • 28 slides

Grid Information Retrieval

345 views • 28 slides

Game Server Selection for Multiple Players

Game Server Selection for Multiple Players. Steven Gargolinski Christopher St. Pierre Mark Claypool. Computer Science Department Worcester Polytechnic Institute. http://www.cs.wpi.edu/~claypool/papers/musst/. Motivation (1 of 3).

310 views • 20 slides

DHT Based P2P (Peer-to-Peer) for Exploiting Network Proximity

DHT Based P2P (Peer-to-Peer) for Exploiting Network Proximity. ChanMo Park cmpark@netmedia.kjist.ac.kr Jan. 9, 2004. Contents. Problems Estimating Internet Distance Exploiting Topology Information Approaches towards exploiting network proximity Discussion. Problems. P2P File Sharing

400 views • 20 slides

Mobility Aware Server Selection for Mobile Streaming Multimedia CDN

Mobility Aware Server Selection for Mobile Streaming Multimedia CDN. Muhammad Mukarram Bin Tariq , Ravi Jain, Toshiro Kawahara {tariq , jain, kawahara}@docomolabs-usa.com DoCoMo USA Labs. September 29, 2003. Summary.

305 views • 17 slides

Working Group on Ad-Hoc Networks

320 views • 17 slides

253 views • 16 slides

Topology of P2P Networks

297 views • 16 slides

Server Traffic Management

Server Traffic Management. Jeff Chase Duke University, Department of Computer Science CPS 212: Distributed Information Systems. The Server Selection Problem. server array A. server farm B. Which server?. not-so-great solutions static client binding manual selection HTTP forwarding.

274 views • 14 slides

Server Traffic Management

Server Traffic Management. Jeff Chase Duke University, Department of Computer Science CPS 212: Distributed Information Systems. The Server Selection Problem. server array A. server farm B. Which server?. not-so-great solutions static client binding manual selection HTTP forwarding.

277 views • 14 slides

CIS679: Anycast

CIS679: Anycast. Review of Last lecture Network-layer Anycast Single-path routing for anycast messages Application-layer anycast. Review of Last Lecture. Anycast motivation Anycast address Anycast membership management Anycast routing Multi-routing

326 views • 11 slides

Distributed Information Retrieval

Distributed Information Retrieval. Server Ranking for Distributed Text Retrieval Systems on the Internet B. Yuwono and D. Lee Siemens TREC-4 Report: Further Experiments with Database Merging E. Vorhees. Brian Shaw CS 5604. Issue: Merging for Effective Results.

348 views • 10 slides

Evaluation of the Proximity between Web Clients and their Local DNS Servers

Evaluation of the Proximity between Web Clients and their Local DNS Servers. Z. Morley Mao Chuck Cranor, Fred Douglis, Misha Rabinovich, Oliver Spatscheck, and Jia Wang. Motivation – originator problem. Originator problem CDNs assume that clients are close to their local DNS servers

168 views • 10 slides

MetaSearch

MetaSearch. R. Manmatha, Center for Intelligent Information Retrieval, Computer Science Department, University of Massachusetts, Amherst. Introduction. MetaSearch / Distributed Retrieval Well defined problem Language Models are a good way to solve these problems. Grand Challenge

189 views • 9 slides