PPT-Verifiable Hierarchical Protocols with Network Invariants o

Author : lindy-dunigan | Published Date : 2017-12-15

Opeo l uwa Matthews Jesse Bingham Daniel Sorin FMCAD 2016 Mountain View CA httppeopledukeeduom26 Problem Statement Goal design and automated verification of hierarchical

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Verifiable Hierarchical Protocols with Network Invariants o: Transcript

Opeo l uwa Matthews Jesse Bingham Daniel Sorin FMCAD 2016 Mountain View CA httppeopledukeeduom26 Problem Statement Goal design and automated verification of hierarchical protocols. . Inference. . of. . Hierarchies. . in. . Networks. BY. . Yu. . Shuzhi. 27,. . Mar. . 2014. Content. 1.. . Background. 2. .. . Hierarchical. . Structures. 3. .. . Random. . Graph Model of Hierarchical Organization. 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. Swarup. Kumar . Sahoo. John Criswell. Chase . Geigle. Vikram. . Adve. 1. Department of Computer Science. University of Illinois at Urbana-Champaign. Motivation - 1. 2. Software bugs cost ~$59.5 billion annually (about 0.6% of the GDP). 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. . CSE 132. iClicker. /. WUTexter. Question. How many of the following IP addresses are properly formed (i.e., legal IP addresses)?. 152.162.1.1. 152.162.0.1. 152.262.3.4. 256.255.254.253. 255.254.253.252. 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 . SDN Data & Control Planes:. Header Space Analysis. SDN Stack. State layers . hold a . representation . of the . network’s conﬁguration. . Code layers implement. logic . to maintain the . mapping between . Ahmed . Khurshid. , . Wenxuan. Zhou, Matthew Caesar, P. Brighten Godfrey. University of Illinois. Presented by Ofri Ziv. November 2013. Outline. Motivation. Design. Evaluation. Example. Conclusion. Motivation. Yupeng. Zhang. , Daniel . Genkin. , Jonathan Katz, . Dimitrios. Papadopoulos and . Charalampos. . Papamanthou. . Cloud Computing. Individuals . Companies. Universities. Security Issue: Integrity. Gaunnan Guo. 1. Ironfleet: proving practical distributed systems correct. Chris Hawblitzel, Jon Howell, Manos Kapritsos, Jacob R. Lorch, Bryan Parno, Michael L. Roberts, Srinath Setty, Brian Zill. Presented by Wesley Ma. Opeo. l. uwa. . Matthews, Jesse Bingham, Daniel . Sorin. FMCAD 2016 - Mountain View, CA. http://people.duke.edu/~om26/. Problem Statement. Goal: design and automated verification of hierarchical 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. Connecting Networks. Chapter 1. 1.0 Introduction. 1.1 . Hierarchical Network Design Overview. 1.2 Cisco Enterprise Architecture. 1.3 Evolving Network Architectures. 1.4 Summary. Chapter 1: Objectives. 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.

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