Consider the project described by the project digraph shown in Fig. 8 - 4 2 . a. Find the critical path and critical time for the project. b. Find the critical-time priority list. c. Schedule the project with N = 2 processors using the critical-path algorithm. Show the timeline and the project finishing time. d. Find an optimal schedule for N = 2 processors. e. Use the relative error formula ε = Fin − OptOpt to find the relative error of the schedule found in (c). Figure 8 - 4 2
Consider the project described by the project digraph shown in Fig. 8 - 4 2 . a. Find the critical path and critical time for the project. b. Find the critical-time priority list. c. Schedule the project with N = 2 processors using the critical-path algorithm. Show the timeline and the project finishing time. d. Find an optimal schedule for N = 2 processors. e. Use the relative error formula ε = Fin − OptOpt to find the relative error of the schedule found in (c). Figure 8 - 4 2
Solution Summary: The author explains how the critical path for the project is defined as the path with the longest processing time from Start to end.
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