PPT-Analysis of WSN Routing Protocols for Multiple Traffic Patt

Presenter Rizwan Mumtaz University of Trento Italy amp RWTH Aachen University Germany In collaboration with Fondazione Bruno Kessler FBK Supervisor Prof Gian Pietro Picco. Lecture 5 Routing Reading: •“Routing Protocols for Ad Hoc Wireless Networks,” in Ad Hoc Wireless Networks: Architectures and Protocols, Chapter 7. •D. Johnson, “Routing in Ad 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. Purpose. Current anonymity systems tend to sacrifice at least on of the following, low latency, high bandwidth, or resistance to traffic analysis. MANETs particularly weak to TA. Depending on the network TA can be particularly damaging as well. Protocols. Heng Sovannarith. heng_sovannarith@yahoo.com. Introduction. Routing protocols were created for routers. These protocols have been designed to allow the exchange of routing tables, or known networks, between routers. . Framework . documents. Joel Halpern. IETF 84 . – Routing Area Open Meeting. 1. Drafts included. draft-atlas-irs-problem-statement-00. draft-ward-irs-framework-00. draft-atlas-irs-policy-framework-00. Geoff Huston. Routing. How do packets get from A to B in the Internet?. A. B. Internet. Connectionless Forwarding. Each router (switch) makes a LOCAL decision to forward the packet towards B. A. B. R1. wbl. version, . Yarnfield. Module introduction. ITN. ICT Principles - Networking. Linked to CCNA . Network Fundamentals . and . Routing Protocols and Concepts. Incorporates the CNAP online material as a reference guide . Network Operations. Saqib Raza. University of California, Davis. A Snapshot Of Network Operations. 2. Maintenance. Forensics. Scheduling. Inter-domain TE. Forwarding. Firewalls. Intra-domain TE. Diagnostics. Ph.D. Dissertation Defense. Hao. Wang. Y. Richard Yang. Joan Feigenbaum. Jennifer Rexford (Princeton). Avi Silberschatz. Advisor:. Committee:. Efficient and Robust . Internet Traffic Engineering. Y. Richard Yang. Networks . Lecture. . 12 . Continuously evolving Internet-working . Part . 2: . QoS. , traffic engineering, SDN, . IoT. EDA344/DIT . 420, CTH/GU. 1. 2. Recall: Internet protocol stack layers. Application: . Networks . Lecture. 12 . Continuously evolving Internet-working . Part . B: . QoS. , traffic engineering, SDN, . IoT. EDA344/DIT . 423, . CTH/GU. 1. 2. Internet protocol stack . layers&protocols. 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. Grade breakdown . Homework: 15%. Labs: 30%. Midterm: 25%. Final: 30%. Check your grades at Brightspace . If questions, contact me no later than . April 26 (Friday) . Final grades will be curved … . Bikram. . Ballav. Roadmap. Introduction. Wireless network. MANET routing protocols . What’s new in this paper . Network Simulator. Quality of Service parameters. Results and Analysis of performance.