2005Unpublished venueRequires access

Study on Approach to Optimize Network Planning Schedule for Fixed Resources Constraint

WU Zhen-ye

Open publisher page 1 citations

Abstract

Network planning schedule optimization is one of the pivotal issues in engineering project management.The current studies on schedule optimization aim at achieving the optimal goals by least additional resources.In this paper,from transferring the critical path,the authors suggest a schedule optimization algorithm through transferring partial resource of un-critical activities to the critical activities.The result of applying the model shows that it is helpful for resolving schedule optimization issue for fixed resources.

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What this paper is about

Network planning schedule optimization is one of the pivotal issues in engineering project management.The current studies on schedule optimization aim at achieving the optimal goals by least additional resources.In this paper,from transferring the critical path,the authors suggest a schedule optimization algorithm through transferring partial resource of un-critical activities to the critical activities.The result of applying the model shows that it is helpful for resolving schedule optimization issue for fixed resources.

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Available abstract

Network planning schedule optimization is one of the pivotal issues in engineering project management.The current studies on schedule optimization aim at achieving the optimal goals by least additional resources.In this paper,from transferring the critical path,the authors suggest a schedule optimization algorithm through transferring partial resource of un-critical activities to the critical activities.The result of applying the model shows that it is helpful for resolving schedule optimization issue for fixed resources.

Key concepts: Schedule, Critical path method, Computer science, Constraint (computer-aided design), Operations research, Mathematical optimization, Network planning and design, Engineering

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