'Message complexity' presentation slideshows

Trust

Trust. Course CS 6381 -- Grid and Peer-to-Peer Computing . Gerardo Padilla. Source. Part 1 : A Survey Study on Trust Management in P2P Systems Part 2 : Trust- ? : A Peer-to-Peer Framework for Trust Establishment. Outline. What is Trust? What is a Trust Management? How to measure Trust?

1.57k views • 109 slides

UBI529

UBI529. 3. Distributed Graph Algorithms. 2.4 Distributed Path Traversals. Distributed BFS Algorithms Distributed DFS Algorithms. Bellman-Ford BFS Tree.

1.1k views • 82 slides

Chapter Seven

Chapter Seven. Attitude Change. Dissonance Theory. Cognitive dissonance theory is based on a small set of principles cognitions can be either consistent or inconsistent with one another inconsistent cognitions produce dissonance

627 views • 37 slides

Controller and Estimator for Dynamic Networks

Controller and Estimator for Dynamic Networks. Amos Korman Shay Kutten Technion. Motivation. Many known algorithms are static . However , in most realistic contexts, and especially distributed contexts, ( the Internet, peer to peer networks etc.) setting is dynamic :. Remove edge.

488 views • 37 slides

The COMMIT Protocol for Truthful and Cost-Efficient Routing in Ad Hoc Networks with Selfish Nodes

Eunyoung Chang. CS 6204 Mobile Computing. The COMMIT Protocol for Truthful and Cost-Efficient Routing in Ad Hoc Networks with Selfish Nodes. Outline. Problem Proposed Approaches COMMIT Approaches THE SYSTEM MODEL The COMMIT Protocol Protocol Analysis The Cost of Cooperation.

502 views • 34 slides

Byzantine Fault Tolerance

789 views • 33 slides

MAC Layer Protocols for Sensor Networks

MAC Layer Protocols for Sensor Networks. Leonardo Leiria Fernandes. Contents. Basic Concepts S-MAC T-MAC B-MAC P-MAC Z-MAC. Basic Concepts. Problem TDMA CSMA RTS / CTS. Hidden Nodes. B. A. C. MAC Challenges. Traditionally Fairness Latency Throughput For Sensor Networks

442 views • 29 slides

Asynchronous Ad-hoc Leader Election in Complete Networks

Asynchronous Ad-hoc Leader Election in Complete Networks. Nolan Irving. Outline. Presentation of problem Survey of current work System description Program description Data collected Conclusions. Problem Statement. Ad-hoc network No existing backbone to network Nodes are resource-poor

401 views • 25 slides

School of Computing Science Simon Fraser University, Canada

School of Computing Science Simon Fraser University, Canada. Efficient k -Coverage Algorithms for Wireless Sensor Networks Mohamed Hefeeda (joint work with Majid Bagheri) INFOCOM Minisymposium 07 7 May 2007. Motivations.

337 views • 24 slides

Ad-Hoc Networks Beyond Unit Disk Graphs

Ad-Hoc Networks Beyond Unit Disk Graphs. Fabian Kuhn Roger Wattenhofer Aaron Zollinger. Overview. Introduction Graph Models for Mobile Ad-Hoc Networks Quasi Unit Disk Graphs Related Work Volatile Memory Routing Flooding Lower Bound for Message Complexity Topology for Optimal Flooding

377 views • 23 slides

QoS -enabled Tree-based Distributed Mutexes for Clouds

QoS -enabled Tree-based Distributed Mutexes for Clouds. James Edmondson, Aniruddha Gokhale , Douglas Schmidt Vanderbilt University October 11, 2011. Table of Contents. Introduction Example Proposed Solution QoS Properties Performance Profile Conclusion. Introduction.

257 views • 19 slides

Permission-based Distributed Mutual Exclusion : Ricart-Agrawala & Maekawa Algorithms

Permission-based Distributed Mutual Exclusion : Ricart-Agrawala & Maekawa Algorithms. By: Sherenaz W. Al-Haj Baddar. Outline. Introduction Experiments Setup Results and Analysis Further Elaboration Code snapshots: features & problems Conclusion References. Introduction.

563 views • 18 slides

Mindful Listening

Mindful Listening. More than meets the ear. Listening-most important. Reading- 17.1%. Speaking- 16.1%. Media Listening-27.9%. Writing- 11.4%. Interpersonal Listening-27.5%. + 50% Listening. Listening process. Hearing Sound waves striking eardrum causing vibration

1.25k views • 18 slides

Chapter 14

Chapter 14. Synchronizers. Synchronizers : Introduction . Simulate a synchronous network over an asynchronous underlying network Possible in the absence of failures Enables us to use simple synchronous algorithms even when the underlying network is asynchronous. Synchronizers : Introduction .

267 views • 15 slides

Chandy Misra Haas Deadlock Detection Algorithm

Chandy Misra Haas Deadlock Detection Algorithm. By Purva Gawde For Advanced Operating Systems Instructor: Mikhail Nesterenko. Overview. Introduction Objective Experimental setup Results Conclusion Future work References. Introduction. Distributed Deadlock Detection Algorithm.

769 views • 14 slides

Message Complexity Analysis of Shavit-Francez Termination Detection Algorithm

Message Complexity Analysis of Shavit-Francez Termination Detection Algorithm. By:- Rizwan Malik For Advanced OS Course 2007 Instructor: Dr. Mikhail Nesterenko. Overview. Introduction. Objective. Enviornment. Observations. Results. Coding Logic. Conclusion & Future Work. References.

351 views • 12 slides

An Efficient Decentralized Algorithm for the Distributed Trigger Counting Problem (DTCP)

An Efficient Decentralized Algorithm for the Distributed Trigger Counting Problem (DTCP). Venkatesan Chakravarthy, IBM India Research Lab Anamitra R. Choudhury, IBM India Research Lab Vijay K. Garg, University of Texas at Austin Yogish Sabharwal, IBM India Research Lab. Disc 2010.

165 views • 9 slides

Minimum Spanning Tree

262 views • 8 slides

Chapter 3: Broadcast and Convergecast

290 views • 7 slides

Effective Listening

Effective Listening. The Processes of Listening. Being Mindful Hearing Selection: attention and perception Interpretation Responding Retention. Effective Listening. Obstacles to Listening.

752 views • 4 slides