PDF-Nearly Optimal OneToMany Parallel Routing in Star Networks ChiChang Chen Jianer Chen Abstract

Extensive research has been performed that shows that star networks are as versatile as hypercubes This paper is an effort in the same direction Based on the wellknown paradigms we study the onetomany parallel routing problem on star networks and de. Unlike sequential algorithms parallel algorithms cannot be analyzed very well in isolation One of our primary measures of goodness of a parallel system will be its scalability Scalability is the ability of a parallel system to take advantage of incr Ad-hoc . On-Demand Distance Vector . Routing. &. DSR. : The Dynamic Source Routing . Protocol for. . Multi-Hop . Wireless Ad Hoc Networks. November 2011,. Giorgos . Papadakis. & Manolis. EETS 8316 wireless networks. . SUBMITTED BY. . ONKAR BIWALKAR SMU ID : 39603152. Natalie . EnrightJerger. Topology Overview. Definition: determines arrangement of channels and nodes in network. Analogous to road map. Often first step in network design. Routing and flow control build on properties of topology. WIRELESS SENSOR NETWORKS: A . SURVEY. Presented By: . Abbas. . Kazerouni. EE 360 paper presentation, winter 2014,. EE Department, Stanford University. JAMAL N. AL-KARAKI. , . AHMED E. . KAMAL, 2004. A proposal for an integrated new routing protocol using existing technologies used for underwater communications. By Prajit Kumar Das. For CMSC 601: Research Skills in Computer Science. Date: April 20. Efficient Join . Q. uery . P. rocessing in a Parallel . D. atabase . S. ystem. Shumo Chu, Magdalena. . Balazinska. and Dan . Suciu. Database Group, CSE, University of Washington. In industry and . science, users need to analyze large datasets. of double integrating processes. Chriss Grimholt* and Sigurd Skogestad. *Present . affiliation. : ABB, . Olso. Double integrators: . Outline. They. . are. . common. They. . are. . difficult. to . Evaluation. . Sequential: runtime (execution time). . Ts. =T (. InputSize. ). . Parallel: runtime (. s. tart-->last PE ends). . Tp. =T (. InputSize,p,architecture. ). . Note: Cannot be Evaluated in Isolation from the Parallel architecture. Addressing routing scalability issues. NSF Ignite Project . 1. Routing protocol challenges . All Routing . P. rotocols face. S. calability issues – dependency on network size. Flooding on information changes. OBJECTIVES. Investigate the effects of unreliable communication network (e.g. TCP) on the stability of the NCS with unknown dynamics. Develop an adaptive observer (AO) to estimate networked control system (NCS) states; . (for Max Cut). Venkatesan. . Guruswami. Fields Institute Summer School. June 2011. (Slides borrowed from Prasad . Raghavendra. ). Dictatorship Test. Given a function . . F : {-1,1}. R. {-1,1}. ). Prof. . Ralucca Gera, . Applied Mathematics Dept.. Naval Postgraduate School. Monterey, California. rgera@nps.edu. Excellence Through Knowledge. Learning Outcomes. I. dentify . network models and explain their structures. Presented by : Frédéric CHALLITA-Cedric . CHAUVENET-Andreas . BRUNSCHWEILER. 10/01/2016. SUMMARY . Introduction . and project context . G3 PLC LOADng routing protocol. Theoretical comparison between metrics .