PPT-Opportunistic Routing Based

Scheme with Multi layer Relay Sets in Cognitive Radio Networks Ying Dai and Jie Wu Department of Computer and Information Sciences Temple University Motivation Cognitive radio networks CRNs. Pramita Mitra. 1. and Christian Poellabauer. 1. 1. Department of Computer Science and Engineering. University of Notre Dame, USA. Introduction. Opportunistic Networks (OPNETs. ) . created out of mobile devices carried by . D. Reininger. ECE 544 . Spring 2014. Introduction. Apart from routing protocols that use a direct identifier of nodes, networking can take place based directly on content.. Content can be collected from the network, processed in the network, and stored in the network. Wireless Mesh Networks. A. Bhorkar. University Qualifying Examination. University of California, San Diego. Motivation. 2. Wireless Mesh Networks. . Characteristics. :. Fixed, unlimited energy, virtually unlimited processing power. Wei Gao and Guohong Cao. Dept. of Computer Science and Engineering. Pennsylvania State University. Mudhakar Srivatsa and Arun Iyengar. IBM T. J. Watson Research Center. Outline. Introduction. Refreshing Patterns of Web Contents. 1: . Identifying the Intertwined Links between Mobility and Routing in Opportunistic Networks. Xiaoyan Hong. Bo Gu. University of Alabama. ROUTING IN OPPORTUNISTIC NETWORKS . Outline. Introduction. Mobility models. 2. Multicasting. Multicast communications refers to one-to-many or many-to-many communications. . IP Multicasting refers to the implementation of multicast communication in the Internet. Multicast is driven by receivers: Receivers indicate interest in . 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. VANETs. SAMEERA SIDDIQUI. PhD STUDENT. UNIVERSITY OF OTTAWA. 0. Introduction . Problems in Routing Procedures. Classification Of Routing Protocols. Taxonomy of Previous Literature. Objective of the Project. Pramita Mitra. 1. and Christian Poellabauer. 1. 1. Department of Computer Science and Engineering. University of Notre Dame, USA. Introduction. Opportunistic Networks (OPNETs. ) . created out of mobile devices carried by . Reza . Sherafat. . Kazemzadeh. . AND. . Hans-Arno Jacobsen. Middleware Systems Research Group. University of Toronto. . Agenda. The content-based publish/subscribe model. Characteristics and challenges. Ping-Hung Yuh. 1. , . Cliff . Chiung. -Yu Lin. 2. , . Tsung-Wei Huang. 3. , Tsung-Yi Ho. 3. , . Chia. -Lin Yang. 4. , . and . Yao-. Wen. . Chang. 5. 1. TSMC. 2. EE, Stanford. 3. CSIE, National Cheng Kung University. F. an Li, Yu Wang. IEEE Vehicular Technology Magazine, June 2007. Speaker: . Le . Wang. . Outline. 1. Motivation and overview . 2. . Routing Protocols. Ad Hoc Routing. Position-Based Routing. Cluster-Based Routing. Publish/Subscribe II. Dr. . Emanuel . Onica. Facult. y of Computer Science, Alexandru Ioan Cuza University of Iaşi. Contents. Simple Routing. Identity Routing. Coverage Routing. Topology Changes . Cyclic . by ambient . energy harvesting. Z. . Ang. . Eu. . , H. . Tan . , W. . K.G. . Seah. Outline. Introduction. Purpose. System model. Protocol. Compare. Conclusion. Intoduction. To Extending network Lifetime. .