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QoS-Aware service management for component-based distributed applications
Jingwen Jin,
Klara Nahrstedt
National Center for Supercomputing Applications (NCSA)
Coordinated Science Lab
Information Trust Institute
Electrical and Computer Engineering
Siebel School of Computing and Data Science
Biomedical and Translational Sciences
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Keyphrases
Quality of Service
100%
Component-based
100%
Distributed Applications
100%
Service Management
100%
Service-aware
100%
Management Framework
66%
Network Size
66%
Component Services
66%
World Wide Web
33%
Loose Coupling
33%
Tightly Coupled
33%
Developmental Tasks
33%
Network Applications
33%
Large-scale Networks
33%
Group-based
33%
Open Networks
33%
Software Development
33%
Population Size
33%
Management Tasks
33%
Detection Mechanism
33%
Heterogeneous Systems
33%
Resource Sharing
33%
Local Adaptation
33%
Multicast
33%
Infrastructure as a Service
33%
Many-to-many
33%
Failure Detection
33%
Failure Recovery
33%
Management Solutions
33%
Middleware Layer
33%
Setup Time
33%
Recovery Mechanism
33%
Reporting Mechanisms
33%
Quality of Service Guarantee
33%
Resource Fluctuations
33%
Component-based Software Development
33%
Failure Report
33%
Continuous Maintenance
33%
Resource Failure
33%
Decentralized Management
33%
Computer Science
Quality of Service
100%
Service Management
100%
Distributed Application
100%
Management Framework
66%
Component Service
66%
Task Management
33%
Software Development
33%
Adaptation Operation
33%
Multicasting
33%
Heterogeneous System
33%
Service Requirement
33%
Resource Sharing
33%
Failure Detection
33%
Paradigm Shift
33%
Middleware Layer
33%
Development Task
33%
Application-Client
33%
component based software development
33%
Network Dimension
33%