'Bandwidth utilization' presentation slideshows

Network Devices

601 views • 46 slides

High-Performance Transport Protocols for Data-Intensive World-Wide Grids

High-Performance Transport Protocols for Data-Intensive World-Wide Grids. S. Ravot, Caltech, USA T. Kelly, University of Cambridge, UK J.P. Martin-Flatin, CERN, Switzerland. Outline. Overview of DataTAG project Problems with TCP in data-intensive Grids Problem statement

486 views • 37 slides

High-Performance Transport Protocols for Data-Intensive World-Wide Grids

High-Performance Transport Protocols for Data-Intensive World-Wide Grids. T. Kelly, University of Cambridge, UK S. Ravot, Caltech, USA J.P. Martin-Flatin, CERN, Switzerland. Outline. Overview of DataTAG project Problems with TCP in data-intensive Grids Problem statement

487 views • 37 slides

High-Performance Data Transport for Grid Applications

High-Performance Data Transport for Grid Applications. T. Kelly, University of Cambridge, UK S. Ravot, Caltech, USA J.P. Martin-Flatin, CERN, Switzerland. Outline. Overview of DataTAG project Problems with TCP in data-intensive Grids Problem statement Analysis and characterization

466 views • 36 slides

Multimedia applications and Optical networks

448 views • 30 slides

Using Wide Table to Manage Web Data: A Survey

Using Wide Table to Manage Web Data: A Survey. Bin Yang byang@fudan.edu.cn. Outline. Why use the Wide Table Data Model Physical Implementation Distributed Deployment Query Executions Other Issues. Why use the Wide Table?. Several Scenarios New generation of e-commerce application

375 views • 28 slides

A Low-bandwidth Network File System

A Low-bandwidth Network File System. Athicha Muthitacharoen et al. Presented by Matt Miller September 12, 2002. Problem Statement. Network file systems cannot be used over slower WANs due to longer delay, less available bandwidth Ad hoc solutions:

432 views • 24 slides

Resilient Overlay Networks

Resilient Overlay Networks. By David Andersen, Hari Balakrishnan, Frans Kaashoek, and Robert Morris MIT RON Paper from ACM Oct. 2001 Advanced Operating Systems Overview by Jeff Spiegel University of Utah. Contents. Features BGP-4 and AS Limitations Overlay Networks Application metrics

425 views • 23 slides

Impact of Topology on Overlay Multicast

Impact of Topology on Overlay Multicast. Suat Mercan. Outline. Multicast IP Multicast Overlay Multicast Performance Metrics Simulator Topology Generator. One to many communication. Multiple Unicast. Multicast. R. R. S. S. R. R. R. R. Why Multicast.

405 views • 23 slides

Telecommunications Industry Association TR-30.3/10-04-013 April 26-27, 2009

Telecommunications Industry Association TR-30.3/10-04-013 April 26-27, 2009. Over-the-Top Video Transport. Les Wu April 2010. 1. P2P Captures. P2P Capture Comparisons. Contributed p2p. Contributed p2p (15s integration). Voice Traffic. 2. TCP Delivery.

353 views • 22 slides

General Authority of Civil Aviation

General Authority of Civil Aviation. Air Navigation Services. Kingdom of Saudi Arabia. N ational A NS N etwork. NAN. Goals of Project. Implementation of kingdom wide network to serve all ANS facilities Support ATM and ATC data and voice flows

250 views • 12 slides

Polycom UC Network Monitoring Service

Polycom UC Network Monitoring Service. September 2011 . Agenda. Why monitor your network performance? Deliverables Customer Benefits Features How Secure is the service Resources. Introducing UC Network Monitoring Service. Why do you need to monitor your network?.

227 views • 10 slides

Research Idea

Research Idea. Xi Chen. Idea 1. Hybrid Control Scheme: Bandwidth utilization Control + Delay Jitter Control Motivation:

174 views • 8 slides

School of Computing Science Simon Fraser University, Canada

School of Computing Science Simon Fraser University, Canada. Multimedia Streaming in Dynamic Peer-to-Peer Systems and Mobile Wireless Networks Mohamed Hefeeda. Outline of the Seminar. Two Parts Peer-to-Peer (P2P) Systems Mobile Multimedia Streaming

170 views • 6 slides

4 Significant Benefits of WAN Optimization

Wide-Area Network (WAN) optimization refers to the collection of technologies and techniques used to enhance efficiency of data-transfer across the WAN. Basically, WAN optimization is a critical part of network management as it allows you to prioritize traffic and guarantee a certain amount of available bandwidth for the most critical applications. For more details visit us at - https://www.sifytechnologies.com/network-services/wide-area-network/

67 views • 6 slides

Measures to Deal with Network Challenges to Reduce Overhead Cost

In this post, you will know why managed security services help you to deal with network challenges.

53 views • 5 slides