'Multiple hops' presentation slideshows

Optimal Routing, Link Scheduling and Power Control in Multi-hop Wireless Networks

Optimal Routing, Link Scheduling and Power Control in Multi-hop Wireless Networks. R. L. Cruz and Arvind V. Santhanam University of California, San Diego IEEE INFOCOM 2003. Outline. Motivation Objective Optimal Scheduling and Power Control Routing and Capacity Allocation

581 views • 36 slides

Jeff Naruchitparames University of Nevada, Reno - CSE CS 790: Complex Networks, Fall 2010

A Graph-Based Approach to Link Prediction in Social Networks Using a Pareto-Optimal Genetic Algorithm. Jeff Naruchitparames University of Nevada, Reno - CSE CS 790: Complex Networks, Fall 2010. biological. social. 2. 3. 4. Social networks = Dynamic, judgmental environment

443 views • 35 slides

DTN Network Management Scenarios and General Requirements

DTN Network Management Scenarios and General Requirements. Will Ivancic william.d.ivancic@nasa.gov 216-433-3494. DTN. D is for Delay (Deep Space) D is for Disruption (Military) D is for Disconnected (All). DTN in a nutshell. Can you take this letter to my Brother at Fort Pitt?.

314 views • 24 slides

First, Second, and Third Generation Mesh Architectures

First, Second, and Third Generation Mesh Architectures. Kyle Mason. Mesh networks requirements have evolved from their military origins as they have moved from battlefield to the service provider, to the residential networking environments.

319 views • 15 slides

Seamless MPLS for Mobile Backhaul draft-li-mpls-mbb-seamless-mpls-00

578 views • 11 slides

draft-liu-pim-single-stream-multicast-frr-01

Single stream Multicast Fast ReRoute SMFRR. draft-liu-pim-single-stream-multicast-frr-01. Hui Liu Lianshu Zheng Tao Bai Yunfu Yu. 79 th IETF , Nov 20 10 , Beijing. Contents. Problem Statements Characteristics Principle Fault Processing Multicast FRR Attribute.

224 views • 10 slides