Title page for E-project-052808-135327

Project Type MQP

Submission date 2008-05-28

Authors
Christopher Adam Bass, CS
James A Roumeliotis, CS
Bartlett Shappee, CS

URN E-project-052808-135327

Sponsor MITRE

Title NON-DUPLICATIVE APPROACH TO SHARING BETWEEN STREAMED QUERIES

Advisor
Rundensteiner, Elke A, CS

Availability unrestricted

Abstract
The push for streaming database systems to handle massive amounts of data and multiple queries necessitates the development of efficient yet adaptive query sharing technology. This project designed an effective solution to this problem poised as NASSQ, an elegant hybrid between static and dynamic routing alternatives. Utilizing the adaptive architecture of dynamic routing systems, NASSQ supports adaptive sharing of operators among different queries while refraining from duplicating intermediate data tuples. However like static routing, NASSQ constructs optimized routes using statistics.

Files
MQP_Paper.pdf

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Project Type	MQP
Submission date	2008-05-28
Authors	Christopher Adam Bass, CS James A Roumeliotis, CS Bartlett Shappee, CS
URN	E-project-052808-135327
Sponsor	MITRE
Title	NON-DUPLICATIVE APPROACH TO SHARING BETWEEN STREAMED QUERIES
Advisor	Rundensteiner, Elke A, CS
Availability	unrestricted
Abstract The push for streaming database systems to handle massive amounts of data and multiple queries necessitates the development of efficient yet adaptive query sharing technology. This project designed an effective solution to this problem poised as NASSQ, an elegant hybrid between static and dynamic routing alternatives. Utilizing the adaptive architecture of dynamic routing systems, NASSQ supports adaptive sharing of operators among different queries while refraining from duplicating intermediate data tuples. However like static routing, NASSQ constructs optimized routes using statistics.
Files	MQP_Paper.pdf