Planning with Global Constraints for Computing Infrastructure Reconfiguration

Herry Herry; Paul Anderson

Planning with Global Constraints for Computing Infrastructure Reconfiguration

Herry Herry, Paul Anderson

School of Informatics

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

This paper presents a prototype system called SFplanner which uses an automated planning technique to generate workflows for reconfiguring a computing infrastructure. The system allows an administrator to specify a configuration task which consists of current state, desired state and global constraints. This task is compiled to a grounded finite-domain representation as the input for the standard (unmodified) Fast-Downward planner in order to automatically generate a workflow. The execution of the workflow will bring the system into the desired state, preserving the global constraints at every stage of the workflow.

Original language	English
Title of host publication	CP4PS-12 - The AAAI-12 Workshop on Problem Solving using Classical Planners
Publisher	AAAI Press
Pages	44-50
Number of pages	7
ISBN (Print)	978-1-57735-577-9
Publication status	Published - 2012

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title = "Planning with Global Constraints for Computing Infrastructure Reconfiguration",

abstract = "This paper presents a prototype system called SFplanner which uses an automated planning technique to generate workflows for reconfiguring a computing infrastructure. The system allows an administrator to specify a configuration task which consists of current state, desired state and global constraints. This task is compiled to a grounded finite-domain representation as the input for the standard (unmodified) Fast-Downward planner in order to automatically generate a workflow. The execution of the workflow will bring the system into the desired state, preserving the global constraints at every stage of the workflow.",

author = "Herry Herry and Paul Anderson",

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AU - Anderson, Paul

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N2 - This paper presents a prototype system called SFplanner which uses an automated planning technique to generate workflows for reconfiguring a computing infrastructure. The system allows an administrator to specify a configuration task which consists of current state, desired state and global constraints. This task is compiled to a grounded finite-domain representation as the input for the standard (unmodified) Fast-Downward planner in order to automatically generate a workflow. The execution of the workflow will bring the system into the desired state, preserving the global constraints at every stage of the workflow.

AB - This paper presents a prototype system called SFplanner which uses an automated planning technique to generate workflows for reconfiguring a computing infrastructure. The system allows an administrator to specify a configuration task which consists of current state, desired state and global constraints. This task is compiled to a grounded finite-domain representation as the input for the standard (unmodified) Fast-Downward planner in order to automatically generate a workflow. The execution of the workflow will bring the system into the desired state, preserving the global constraints at every stage of the workflow.

M3 - Conference contribution

SN - 978-1-57735-577-9

SP - 44

EP - 50

BT - CP4PS-12 - The AAAI-12 Workshop on Problem Solving using Classical Planners

PB - AAAI Press

ER -

Planning with Global Constraints for Computing Infrastructure Reconfiguration

Abstract

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