Relationship chart showing the closeness rating. Minimum closeness preference (MCP) value. The procedures adopted for using ALDEP are: Step 1: Input theįollowing: 1. Layout by successively placing the layout using relationship The algorithm uses basic data on facilities and builds a ALDEP is basically aĬonstruction algorithm but it can also be used to evaluate two Step 6: If the total score required is the acceptable score, then go to step 7, else go to step 2.ĪUTOMATED LAYOUT DESIGN PROGRAM (ALDEP) Now we will examineĪutomated Layout Design Program (ALDEP). Step 5: Compute the total score of the layout. Step 4: If all the departments are placed in the layout, go to step 5. If there is no department having minimum closeness preference then any department that remains to be placed is selected. Select the department having maximum closeness rating. Step 3: In this step, the algorithm uses minimum closeness required between departments for the selection of departments to be placed with an earlier placed department. Step 2: One department is selected randomly and placed in the layout. The procedures adopted for using ALDEP are: Step 1: Input the following: 1. Location and size of any restricted area. The algorithm uses basic data on facilities and builds a layout by successively placing the layout using relationship information between the departments. ALDEP is basically a construction algorithm but it can also be used to evaluate two layouts. AUTOMATED LAYOUT DESIGN PROGRAM (ALDEP) Now we will examine Automated Layout Design Program (ALDEP).
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