1. Compute the solutions for simulations with 3 jobs and random seeds of 1, 2, and 3.
siuwhat@siuwhat-PC:~/Desktop/HW-Lottery$ ./lottery.py -j 3 -s 1 -c ARG jlist ARG jobs 3 ARG maxlen 10 ARG maxticket 100 ARG quantum 1 ARG seed 1 Here is the job list, with the run time of each job: Job 0 ( length = 1, tickets = 84 ) Job 1 ( length = 7, tickets = 25 ) Job 2 ( length = 4, tickets = 44 ) ** Solutions ** Random 651593 -> Winning ticket 119 (of 153) -> Run 2 Jobs: ( job:0 timeleft:1 tix:84 ) ( job:1 timeleft:7 tix:25 ) (* job:2 timeleft:4 tix:44 ) Random 788724 -> Winning ticket 9 (of 153) -> Run 0 Jobs: (* job:0 timeleft:1 tix:84 ) ( job:1 timeleft:7 tix:25 ) ( job:2 timeleft:3 tix:44 ) --> JOB 0 DONE at time 2 Random 93859 -> Winning ticket 19 (of 69) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:7 tix:25 ) ( job:2 timeleft:3 tix:44 ) Random 28347 -> Winning ticket 57 (of 69) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:6 tix:25 ) (* job:2 timeleft:3 tix:44 ) Random 835765 -> Winning ticket 37 (of 69) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:6 tix:25 ) (* job:2 timeleft:2 tix:44 ) Random 432767 -> Winning ticket 68 (of 69) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:6 tix:25 ) (* job:2 timeleft:1 tix:44 ) --> JOB 2 DONE at time 6 Random 762280 -> Winning ticket 5 (of 25) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:6 tix:25 ) ( job:2 timeleft:0 tix:--- ) Random 2106 -> Winning ticket 6 (of 25) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:5 tix:25 ) ( job:2 timeleft:0 tix:--- ) Random 445387 -> Winning ticket 12 (of 25) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:4 tix:25 ) ( job:2 timeleft:0 tix:--- ) Random 721540 -> Winning ticket 15 (of 25) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:3 tix:25 ) ( job:2 timeleft:0 tix:--- ) Random 228762 -> Winning ticket 12 (of 25) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:2 tix:25 ) ( job:2 timeleft:0 tix:--- ) Random 945271 -> Winning ticket 21 (of 25) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:1 tix:25 ) ( job:2 timeleft:0 tix:--- ) --> JOB 1 DONE at time 12
siuwhat@siuwhat-PC:~/Desktop/HW-Lottery$ ./lottery.py -j 3 -s 2 -c ARG jlist ARG jobs 3 ARG maxlen 10 ARG maxticket 100 ARG quantum 1 ARG seed 2 Here is the job list, with the run time of each job: Job 0 ( length = 9, tickets = 94 ) Job 1 ( length = 8, tickets = 73 ) Job 2 ( length = 6, tickets = 30 ) ** Solutions ** Random 605944 -> Winning ticket 169 (of 197) -> Run 2 Jobs: ( job:0 timeleft:9 tix:94 ) ( job:1 timeleft:8 tix:73 ) (* job:2 timeleft:6 tix:30 ) Random 606802 -> Winning ticket 42 (of 197) -> Run 0 Jobs: (* job:0 timeleft:9 tix:94 ) ( job:1 timeleft:8 tix:73 ) ( job:2 timeleft:5 tix:30 ) Random 581204 -> Winning ticket 54 (of 197) -> Run 0 Jobs: (* job:0 timeleft:8 tix:94 ) ( job:1 timeleft:8 tix:73 ) ( job:2 timeleft:5 tix:30 ) Random 158383 -> Winning ticket 192 (of 197) -> Run 2 Jobs: ( job:0 timeleft:7 tix:94 ) ( job:1 timeleft:8 tix:73 ) (* job:2 timeleft:5 tix:30 ) Random 430670 -> Winning ticket 28 (of 197) -> Run 0 Jobs: (* job:0 timeleft:7 tix:94 ) ( job:1 timeleft:8 tix:73 ) ( job:2 timeleft:4 tix:30 ) Random 393532 -> Winning ticket 123 (of 197) -> Run 1 Jobs: ( job:0 timeleft:6 tix:94 ) (* job:1 timeleft:8 tix:73 ) ( job:2 timeleft:4 tix:30 ) Random 723012 -> Winning ticket 22 (of 197) -> Run 0 Jobs: (* job:0 timeleft:6 tix:94 ) ( job:1 timeleft:7 tix:73 ) ( job:2 timeleft:4 tix:30 ) Random 994820 -> Winning ticket 167 (of 197) -> Run 2 Jobs: ( job:0 timeleft:5 tix:94 ) ( job:1 timeleft:7 tix:73 ) (* job:2 timeleft:4 tix:30 ) Random 949396 -> Winning ticket 53 (of 197) -> Run 0 Jobs: (* job:0 timeleft:5 tix:94 ) ( job:1 timeleft:7 tix:73 ) ( job:2 timeleft:3 tix:30 ) Random 544177 -> Winning ticket 63 (of 197) -> Run 0 Jobs: (* job:0 timeleft:4 tix:94 ) ( job:1 timeleft:7 tix:73 ) ( job:2 timeleft:3 tix:30 ) Random 444854 -> Winning ticket 28 (of 197) -> Run 0 Jobs: (* job:0 timeleft:3 tix:94 ) ( job:1 timeleft:7 tix:73 ) ( job:2 timeleft:3 tix:30 ) Random 268241 -> Winning ticket 124 (of 197) -> Run 1 Jobs: ( job:0 timeleft:2 tix:94 ) (* job:1 timeleft:7 tix:73 ) ( job:2 timeleft:3 tix:30 ) Random 35924 -> Winning ticket 70 (of 197) -> Run 0 Jobs: (* job:0 timeleft:2 tix:94 ) ( job:1 timeleft:6 tix:73 ) ( job:2 timeleft:3 tix:30 ) Random 27444 -> Winning ticket 61 (of 197) -> Run 0 Jobs: (* job:0 timeleft:1 tix:94 ) ( job:1 timeleft:6 tix:73 ) ( job:2 timeleft:3 tix:30 ) --> JOB 0 DONE at time 14 Random 464894 -> Winning ticket 55 (of 103) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:6 tix:73 ) ( job:2 timeleft:3 tix:30 ) Random 318465 -> Winning ticket 92 (of 103) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:5 tix:73 ) (* job:2 timeleft:3 tix:30 ) Random 380015 -> Winning ticket 48 (of 103) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:5 tix:73 ) ( job:2 timeleft:2 tix:30 ) Random 891790 -> Winning ticket 16 (of 103) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:4 tix:73 ) ( job:2 timeleft:2 tix:30 ) Random 525753 -> Winning ticket 41 (of 103) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:3 tix:73 ) ( job:2 timeleft:2 tix:30 ) Random 560510 -> Winning ticket 87 (of 103) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:2 tix:73 ) (* job:2 timeleft:2 tix:30 ) Random 236123 -> Winning ticket 47 (of 103) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:2 tix:73 ) ( job:2 timeleft:1 tix:30 ) Random 23858 -> Winning ticket 65 (of 103) -> Run 1 Jobs: ( job:0 timeleft:0 tix:--- ) (* job:1 timeleft:1 tix:73 ) ( job:2 timeleft:1 tix:30 ) --> JOB 1 DONE at time 22 Random 325143 -> Winning ticket 3 (of 30) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:0 tix:--- ) (* job:2 timeleft:1 tix:30 ) --> JOB 2 DONE at time 23 siuwhat@siuwhat-PC:~/Desktop/HW-Lottery$
siuwhat@siuwhat-PC:~/Desktop/HW-Lottery$ ./lottery.py -j 3 -s 3 -c ARG jlist ARG jobs 3 ARG maxlen 10 ARG maxticket 100 ARG quantum 1 ARG seed 3 Here is the job list, with the run time of each job: Job 0 ( length = 2, tickets = 54 ) Job 1 ( length = 3, tickets = 60 ) Job 2 ( length = 6, tickets = 6 ) ** Solutions ** Random 13168 -> Winning ticket 88 (of 120) -> Run 1 Jobs: ( job:0 timeleft:2 tix:54 ) (* job:1 timeleft:3 tix:60 ) ( job:2 timeleft:6 tix:6 ) Random 837469 -> Winning ticket 109 (of 120) -> Run 1 Jobs: ( job:0 timeleft:2 tix:54 ) (* job:1 timeleft:2 tix:60 ) ( job:2 timeleft:6 tix:6 ) Random 259354 -> Winning ticket 34 (of 120) -> Run 0 Jobs: (* job:0 timeleft:2 tix:54 ) ( job:1 timeleft:1 tix:60 ) ( job:2 timeleft:6 tix:6 ) Random 234331 -> Winning ticket 91 (of 120) -> Run 1 Jobs: ( job:0 timeleft:1 tix:54 ) (* job:1 timeleft:1 tix:60 ) ( job:2 timeleft:6 tix:6 ) --> JOB 1 DONE at time 4 Random 995645 -> Winning ticket 5 (of 60) -> Run 0 Jobs: (* job:0 timeleft:1 tix:54 ) ( job:1 timeleft:0 tix:--- ) ( job:2 timeleft:6 tix:6 ) --> JOB 0 DONE at time 5 Random 470263 -> Winning ticket 1 (of 6) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:0 tix:--- ) (* job:2 timeleft:6 tix:6 ) Random 836462 -> Winning ticket 2 (of 6) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:0 tix:--- ) (* job:2 timeleft:5 tix:6 ) Random 476353 -> Winning ticket 1 (of 6) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:0 tix:--- ) (* job:2 timeleft:4 tix:6 ) Random 639068 -> Winning ticket 2 (of 6) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:0 tix:--- ) (* job:2 timeleft:3 tix:6 ) Random 150616 -> Winning ticket 4 (of 6) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:0 tix:--- ) (* job:2 timeleft:2 tix:6 ) Random 634861 -> Winning ticket 1 (of 6) -> Run 2 Jobs: ( job:0 timeleft:0 tix:--- ) ( job:1 timeleft:0 tix:--- ) (* job:2 timeleft:1 tix:6 ) --> JOB 2 DONE at time 11 siuwhat@siuwhat-PC:~/Desktop/HW-Lottery$
2. Now run with two specific jobs: each of length 10, but one (job 0) with just 1 ticket and the other (job 1) with 100 (e.g., -l 10:1,10:100). What happens when the number of tickets is so imbalanced? Will job 0 ever run before job 1 completes? How often? In general, what does such a ticket imbalance do to the behavior of lottery scheduling?
siuwhat@siuwhat-PC:~/Desktop/HW-Lottery$ ./lottery.py -l 10:1,10:100 -c ARG jlist 10:1,10:100 ARG jobs 3 ARG maxlen 10 ARG maxticket 100 ARG quantum 1 ARG seed 0 Here is the job list, with the run time of each job: Job 0 ( length = 10, tickets = 1 ) Job 1 ( length = 10, tickets = 100 ) ** Solutions ** Random 844422 -> Winning ticket 62 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:10 tix:100 ) Random 757955 -> Winning ticket 51 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:9 tix:100 ) Random 420572 -> Winning ticket 8 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:8 tix:100 ) Random 258917 -> Winning ticket 54 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:7 tix:100 ) Random 511275 -> Winning ticket 13 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:6 tix:100 ) Random 404934 -> Winning ticket 25 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:5 tix:100 ) Random 783799 -> Winning ticket 39 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:4 tix:100 ) Random 303313 -> Winning ticket 10 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:3 tix:100 ) Random 476597 -> Winning ticket 79 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:2 tix:100 ) Random 583382 -> Winning ticket 6 (of 101) -> Run 1 Jobs: ( job:0 timeleft:10 tix:1 ) (* job:1 timeleft:1 tix:100 ) --> JOB 1 DONE at time 10 Random 908113 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:10 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 504687 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:9 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 281838 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:8 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 755804 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:7 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 618369 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:6 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 250506 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:5 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 909747 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:4 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 982786 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:3 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 810218 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:2 tix:1 ) ( job:1 timeleft:0 tix:--- ) Random 902166 -> Winning ticket 0 (of 1) -> Run 0 Jobs: (* job:0 timeleft:1 tix:1 ) ( job:1 timeleft:0 tix:--- ) --> JOB 0 DONE at time 20
是的，在JOB1完成之前，这样会造成彩票调度算法分配CPU不公
3. When runningwith two jobs of length 100 and equal ticket allocations of 100 (-l 100:100,100:100), how unfair is the scheduler? Run with some different random seeds to determine the (probabilistic) answer; let unfairness be determined by how much earlier one job finishes than the other.
200个任务有点多不打印了，不公平性由两个任务完成时间决定，相差不大，time从1~20左右
4. Howdoes your answer to the previous question change as the quantum size (-q) gets larger?
随着时间片越大，不公平性(完成时间)程度越大
5. Can you make a version of the graph that is found in the chapter? What else would be worth exploring? How would the graph look with a stride scheduler?
原文：https://www.cnblogs.com/otakus/p/13220769.html