PPT-A Low-Overhead, Fully-Distributed, Guaranteed-Delivery Routing Algorithm for Faulty Network-on-Chip

Mohammad Fattah 1 Antti Airola 1 Rachata Ausavarungnirun 2 Nima Mirzaei 3 Pasi Liljeberg 1 Juha Plosila 1 Siamak Mohammadi 3 Tapio Pahikkala. e making routing decision It should process properties like correctness simplici ty robustness stability fairness and optimality Note optimality is always with re spect to chosen criterion Optimality principle if router is on optimal path from rout 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. . Komputer. . Lanjut. Packet Switching Network. Outline. Why Packet Switching?. Possible Network Service. Connectionless Packet . Switching. Connection-oriented Packet . Switching. Hierarchical . Routing. X. Wang, B. Golden, and E. . Wasil. INFORMS. San . Francisco. November 2014 . Introduction: Min-max objective. In the Multi-Depot VRP, the objective is to minimize the total distance traveled by all vehicles. to . Greedy Routing Algorithms . in Ad-Hoc Networks. ○. Truong . Minh . Tien. Joint work with. Jinhee. . Chun, . Akiyoshi. . Shioura. , . and Takeshi . Tokuyama. Tohoku University. Japan. Our . Problem. & . Polyhedron . Routing . for. Load Balancing . in . Wireless Sensor Networks. Xiaokang Yu . Xiaomeng Ban . Wei Zeng. Rik Sarkar. Xianfeng David Gu. Jie Gao. Load Balanced Routing in Sensor Networks. Ninth . Edition. by William Stallings. Chapter 12 – . Routing in. Switched Data Networks. Data and Computer Communications, Ninth Edition by William Stallings, (c) Pearson Education - Prentice Hall, 2011 . 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. Rohit Sunkam Ramanujam. Bill Lin. Electrical and Computer Engineering. University of California, San Diego. 2. Networks. -on-Chip. Chip-multiprocessors (. CMPs. ) increasingly popular. 2D-mesh networks often used as on-chip fabric. Reading Assignment. Sections . 4.1-4.5. Alternative: relevant papers. . References provided. Overview. Separate the routing decisions from implementation. Choice of path vs. . Performance. E.g., buffering, route computation implementation. Niloy. . Ganguly. . IIT Kharagpur. . . Broad Topics. The Network Layer. Design Issues in the Network Layer. Routing Algorithms. Network Layer in the Internet. 2. Reference Models. 19. Network Layer . (Routing Algorithms). slides are modified from . J. Kurose & K. Ross. University of Nevada – Reno. Computer Science & Engineering Department. Fall . 2011. CPE 400 / 600. Broch. et al. Presented by Brian Card. 1. Outline. Introduction. NS enhancements. Protocols:. DSDV. TORA. DRS. AODV. Evaluation. Conclusions. 2. 3. Node1. Node2. Node3. Node4. Introduction. 4. Node1. Explained (T he more things change the more they stay the same) Arnon Rotem - Gal - Oz [This whitepaper is based on a series of blog posts that first appeared in Dr. Dobb's Portal www.ddj.com/dept/a