Construction processes planning and effective management are extremely important for success in construction business.
The test draws on cognitive domains such as memory, visuospatial ability, attention processes, planning ability, and incidental learning.
After generating multiple process plans, each process plan is allocated the possible manufacturing scheduling time and the candidate process plans are retrieved based on the required due day.
Unlike the variant approach standard process plans are not required.
Multiple process plans for each part and multiple routing alternatives for each of those process plans are considered.
Part 'P1'P2'P2' and 'P5' each has two possible process plans, whilst parts 'P3' and 'P4' have no choice in process plans.
Thus obtained POI matrix with alternative process plans is presented in Table 3.
Process plans 2, 3 and 8 are selected for parts 'P1'P2'P2' and 'P5', respectively.
The generative process planning approach utilizes an automatic computerized system which consists of decision logic, formulae, and knowledge used by process planners to produce process plans.
Targeting shop-floor uncertainty, the objective of this research is to develop a novel adaptive process planning method that can generate process plans at runtime to unplanned changes.
