Document Type
Article
Date
2005
Keywords
Grid computing, Cryptographic hash functions, Obfuscation, Security, Cheating
Language
English
Disciplines
Computer Sciences
Description/Abstract
High-value rare-event searching is arguably the most natural application of grid computing, where computational tasks are distributed to a large collection of clients (which comprise the computation grid) in such a way that clients are rewarded for performing tasks assigned to them. Although natural, rare-event searching presents significant challenges for a computation supervisor, who partitions and distributes the search space out to clients while contending with “lazy” clients, who don’t do all their tasks, and “hoarding ” clients, who don’t report rare events back to the supervisor. We provide schemes, based on a technique we call chaff injection, for efficiently performing uncheatable grid computing in the context of searching for high-value rare events in the presence of coalitions of lazy and hoarding clients.
Recommended Citation
Du, Wenliang and Goodrich, Michael T., "Searching for High-Value Rare Events with Uncheatable Grid Computing" (2005). Electrical Engineering and Computer Science - All Scholarship. 153.
https://surface.syr.edu/eecs/153
