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포아송 과정에 따른 Single server 문제 해결

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본문내용

Exercises 1. Write a program to generate the desired output for the model of Section 6.2. Use it to estimate the average time that a customer spends in the system and the average amount of overtime put in by the sever, in the case where the arrival process is a Poisson process with rate 10, the service time density is

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# 총 고객수, 평균 서비스 시간, 마지막 고객이 떠난 시간
cat("\tTotalCustomers : ",mean(VecAn),"\n",
"\tMeanOfServiceTime : ",mean(MeanST),"\n",
"\tMeanOfOverTime : ",mean(VecLDT),"\n")
}

SSS(10, 9, 100)
TotalCustomers : 89.46
MeanOfServiceTime : 0.2114649
MeanOfOverTime : 0.1811474
SSS(10, 9, 500)
TotalCustomers : 89.306
MeanOfServiceTime : 0.2074626
MeanOfOverTime : 0.1383027
SSS(10, 9, 1000)
TotalCustomers : 89.781
MeanOfServiceTime : 0.2045496
MeanOfOverTime : 0.1437952

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