PLAN C

Recording Rationale in <I-N-C-A> for Plan Analysis

The aim of this paper is to show how the rationale behind a plan can be recorded in the plan itself. The model which underlies the I-X framework will be described in detail, focussing on annotations. It is there that a planner can record the justifications for including components into the plan. Recording rationale information of this type can be used for a number of purposes in the l...

Automatic Generation of Tra ! c Signal Timing Plan

Plan Optimization by Plan Rewriting

Planning by Rewriting (PbR) is a paradigm for efficient high-quality planning that exploits declarative plan rewriting rules and efficient local search techniques to transform an easy-to-generate, but possibly suboptimal, initial plan into a high-quality plan. In addition to addressing planning efficiency and plan quality, PbR offers a new anytime planning algorithm. The plan rewriting rules ca...

Plan Reuse versus Plan Generation :

The ability of a planner to reuse parts of old plans is hypothesized to be a valuable tool for improving eeciency of planning by avoiding the repetition of the same planning eeort. We test this hypothesis from an analytical and empirical point of view. A comparative worst-case complexity analysis of generation and reuse under diierent assumptions reveals that it is not possible to achieve a pro...

CONSTRUCTION OF MIXED SAMPLING PLANS INDEXED THROUGH SIX SIGMA QUALITY LEVELS WITH TNT-(n1, n2; C) PLAN AS ATTRIBUTE PLAN

Six Sigma is a concept, a process, a measurement, a tool, a quality philosophy, a culture and a management strategy for the improvement in the system of an organization, in order to reduce wastages and increase the profit to the management and satisfaction to the customers. Six Sigma is a business improvement approach and management philosophy that seeks to find and remove causes of defects/err...