Description: Functional requirements: Process Scheduling Algorithm: A number of priority the highest priority scheduling algorithm (ie the number of processors allocated to the highest priority process). Each process has a process control block (PCB) said. Process control block may contain the following information: process name, priority number, need to run time, has spent CPU time, the process of the state and so on. The process priority number and needs of the running time can be artificially designated in advance (you can also by a random number generator). The state of each process can be ready W (Wait), run the R (Run), or the completion of F (Finish), one of three states. The process of running time to time slices are calculated as a unit. Ready access to CPU after the process can only run one time slice. CPU time has been occupied with the plus one indication of this. If you run one time slice, the process has taken the CPU time has reached the required run-time, then undo the process, if a
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prcs_mngment.cpp
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