Two object detection software programs are compared with each other in terms of object detection durations for 7randomly selected images. Object detection, in miliseconds, for the two programs are listed below. Please considerthat the two population distributions are normally distributed. Based on the information given, please find out whetherthere is a siqnificant difference between these two programs.Image NoImage #1Image #2Image #3Image #4Image #5Image #6Image #7Program AProgram B400(a) State the null hypothesis to be tested and the alternativehypothesisHo:470530500680700500520(b) Conduct a statistical test of the null hypothesis and state yourconclusion. Test at a = 0.05740700650620Test Statistic =690650(c) Find the Critical Value(s).(d) Conclusion and interpretation:(e) Find the approximate p-value. TABLE Dt distribution critical valuesUpper-tail probability pdf.25.20.15.10.05.025.02.01.005.0025.001.00051.3761.0610.97815.894.8493.4822.999636.631.601.0001.9633.07812.716.3142.9202.35331.8263.66127.3318 322.3310.217.1735.8935.2080.8160.7651.3861.2501.8861.6381.5331.4761.4404.3033.18229.9256.9654.54114.097.45335.84112.920.7410.7270.7180.7110.7060.9410.9200.9061.1901.1561.1342.1322.0153.7473.3653.1434.6044.0323.7078.6106.8695.95942.7765.5982.5712.4472.3652.3062.7572.6122.5172.4492.3982.3592.3284.7734.3176.1.9430.8960.8892.9982.8961.1191.1081.1001.0931088781.4151.3971.8951.8603.4993.3554.0293.8334.7854.5015.4085.0410.7030.7000.8830.8790.8761.8331.8121.7962.8212.7643.2503.1694.2974.1449.1.3831.3721.3632.2622.2283.6903.5814.7814.58710110.6972.2012.7183.1063.4974.0254.437dfX.990X.0502X900X,100X050X010X.0050.0000.0000.0010.0040.0162.7063.8415.0246.6357.8790.0100.0200.0510.1030.2114.6055.9917.3789.21010.597Chi-Square Distribution Ta.30.0720.1150.2160.3520.5846.2517.8159.34811.34512.8380.2070.2971.0640.4840.8310.7117.7799.48811.14313.27714.86016.75018.5480.4120.5541.1451.6109.23611.07012.83315.0866.0,6760.8721.2371.6352.20410.64512.59214.44916.8120.9891.2391.6902.1672.83312.01714.06716.01318.47520.2781.3441.6462.1802.7333.49013.36215.50717.53520.09021.9551.7352.0882.7003.3254.16814.68416.91919.02321.66623.5892.1562.5583.2473.9404.86515.98718.30720.48323.20925.188The shaded avn is equal to o for -

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Description: Two object detection software programs are compared with each other in terms of object detection durations for 7randomly selected images. Object detection, in miliseconds, for the two programs are listed below. Please considerthat the two population

Null Hypothesis: A hypothesis which is tested for plausible rejection is called the Null Hypothesis…

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Two object detection software programs are compared with each other in terms of object detection durations for 7 randomly selected images. Object detection, in miliseconds, for the two programs are listed below. Please consider that the two population distributions are normally distributed. Based on the information given, please find out whether there is a siqnificant difference between these two programs. Image No Image #1 Image #2 Image #3 Image #4 Program A Program B (a) State the null hypothesis to be tested and the alternative hypothesis Ho: H 470 400 530 500 680 700 500 520 (b) Conduct a statistical test of the null hypothesis and state your conclusion. Test at a = 0.05 Image #5 740 700 Image #6 Image #7 650 620 Test Statistic = 650 690 (c) Find the Critical Value(s). (d) Conclusion and interpretation: (e) Find the approximate p-value.

Two object detection software programs are compared with each other in terms of object detection durations for 7 randomly selected images. Object detection, in miliseconds, for the two programs are listed below. Please consider that the two population distributions are normally distributed. Based on the information given, please find out whether there is a siqnificant difference between these two programs. Image No Image #1 Image #2 Image #3 Image #4 Program A Program B (a) State the null hypothesis to be tested and the alternative hypothesis Ho: H 470 400 530 500 680 700 500 520 (b) Conduct a statistical test of the null hypothesis and state your conclusion. Test at a = 0.05 Image #5 740 700 Image #6 Image #7 650 620 Test Statistic = 650 690 (c) Find the Critical Value(s). (d) Conclusion and interpretation: (e) Find the approximate p-value.

MATLAB: An Introduction with Applications

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ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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