Paper Info
Title
Using Proportional-Integral-Derivative Control in Self-Healing Adaptive Content Systems
Abstract
Database-driven web applications have become the norm, especially in-service-oriented applications. As network bandwidth has increased the bottleneck in web application survivability has moved to the server and application level.With social bookmarking sites increasing in popularity, flash crowds are becoming more prevalent leading to higher than expected request loads.In this paper we describe the self-healing adaptive content (SHAC) system used to prevent server overload at the application level.We respond to requests with multiple resolutions of the textual content, using lower resolution requests to reduce the service demand on server hardware. We present a novel proportional-integral-derivative (PID) controller-based autonomic manager that is seeded from a queueing network (QN) model in order to best manage response times. In this paper we describe the methodology used to implement the SHAC system and evaluate the impact of the system on a popular open source blog server.
Year
DOI
Venue
2009
10.1109/SERVICES-I.2009.105
SERVICES I
Keywords
Field
DocType
server overload,proportional-integral-derivative control,shac system,network bandwidth,self-healing adaptive content systems,queueing network,in-service-oriented application,self-healing adaptive content,web application survivability,database-driven web application,application level,server hardware,sla,adaptive systems,web services,adaptive control,resource allocation,proportional integral derivative,bandwidth,databases,proportional control,pid controller,servers,information services,hardware,internet,queueing theory
Bottleneck,Survivability,Adaptive system,Computer science,Service-level agreement,Server,Computer network,Real-time computing,Web application,Web service,The Internet
Conference
Citations 
PageRank 
References 
0
0.34
9
Authors
2
Name
Order
Citations
PageRank
Henri Naccache191.08
Gerald C. Gannod230135.86