1. Dijkstra-Scholten and Shavit-Francez termination algorithms

2. Index : Introduction Experimental Setup Result Analysis Conclusion
Future Work

3. Introduction
Dijkstra-Scholten algorithm detects the termination of a centralized basic computation.
Shavit-Francez generalized Dijkstra – Scholten to decentralized basic computations (multiple initiators)
In this algorithm, each initiator maintains a computation tree similar to Dijkstra-Scholten and when the computation tree collapses it may participate in the computation tree of other initiators.
All processes participate in Wave to detect the termination of computation.

4. Experimental Setup Echo algorithm runs on the top of basic algorithm.
Each node participate in computation at least once.
Algorithm terminates when Echo algorithm decides.
Total number of messages (basic + control) exchanged in the algorithm are counted.

5. Result Analysis :Only one process participate in computation as initiator

6. Result Analysis :50% of process participate in computation as initiators

7. Result Analysis :All process participate in computation as initiators

8. Conclusion
Observed behavior of Shavit-Francez termination algorithm for different topologies.

9. Future Work Perform the same analysis for various wave algorithms.
To observe performance of algorithm when random nodes participate in computation.