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[ ] Udemy - Monte Carlo simulations using Matlab

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  1. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/4. Prooving our continious uniform random distribution.mp4 83MB
  2. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/7. Simulating improving the MTTR Vs Adding a second pump.mp4 78MB
  3. ~Get Your Files Here !/3. The Monty Hall problem/4. Answering the Monty Hall problem through a Monte Carlo method (Switch strategy).mp4 78MB
  4. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/4. Simulating times to failure of a given system using the exponential distribution.mp4 76MB
  5. ~Get Your Files Here !/3. The Monty Hall problem/3. Answering the Monty Hall problem through a Monte Carlo method (Stay strategy) II.mp4 73MB
  6. ~Get Your Files Here !/5. Monte Carlo integration/5. The confidence intervals applied to our monte carlo integration process.mp4 72MB
  7. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/6. Determining the availabilty of our system.mp4 71MB
  8. ~Get Your Files Here !/2. Basic concepts/6. Applying the confidence intervals concept to our first case study.mp4 71MB
  9. ~Get Your Files Here !/5. Monte Carlo integration/3. Generating samples within the control area and selecting those below the curve.mp4 65MB
  10. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/3. Generating a continuous random distribution in 2D.mp4 62MB
  11. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/2. Generating a continuous random distribution from a to b (in 1D).mp4 59MB
  12. ~Get Your Files Here !/1. Introduction/1. Course scope what to expect.mp4 58MB
  13. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/6. Estimating pi via monte carlo.mp4 57MB
  14. ~Get Your Files Here !/2. Basic concepts/7. Plotting the confidence intervals behaviour.mp4 57MB
  15. ~Get Your Files Here !/2. Basic concepts/1. What is Monte Carlo.mp4 56MB
  16. ~Get Your Files Here !/5. Monte Carlo integration/4. Monte carlo integration for when f(x)0.mp4 52MB
  17. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/5. Simulating times to repair of a given system using the exponential distribution.mp4 51MB
  18. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/1. Introduction.mp4 40MB
  19. ~Get Your Files Here !/5. Monte Carlo integration/1. The theory behind the monte carlo integration.mp4 37MB
  20. ~Get Your Files Here !/3. The Monty Hall problem/6. Bonus class The monty hall problem when there are 100 doors.mp4 37MB
  21. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/3. How do things fail (the functions that govern the randomness of a variable).mp4 36MB
  22. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/7. CI for our PI estimation using Monte Carlo.mp4 36MB
  23. ~Get Your Files Here !/2. Basic concepts/2. How to set up a monte carlo simulation.mp4 34MB
  24. ~Get Your Files Here !/2. Basic concepts/4. Our first case study.mp4 31MB
  25. ~Get Your Files Here !/2. Basic concepts/5. The confidence intervals.mp4 30MB
  26. ~Get Your Files Here !/3. The Monty Hall problem/5. The Monty Hall problem explained.mp4 24MB
  27. ~Get Your Files Here !/3. The Monty Hall problem/2. Answering the Monty Hall problem through a Monte Carlo method (Stay strategy).mp4 24MB
  28. ~Get Your Files Here !/5. Monte Carlo integration/2. Selecting a control area.mp4 24MB
  29. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/2. Introduction (the most basic concepts).mp4 20MB
  30. ~Get Your Files Here !/2. Basic concepts/3. Generating a discrete uniform random distribution.mp4 18MB
  31. ~Get Your Files Here !/7. Congratulations/1. Final class.mp4 11MB
  32. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/5. Estimating pi using monte carlo (theoretical model).mp4 10MB
  33. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/1. Introducing our case study.mp4 8MB
  34. ~Get Your Files Here !/3. The Monty Hall problem/1. Introduction.mp4 5MB
  35. ~Get Your Files Here !/2. Basic concepts/2.1 setting up a monte carlo simulation.pdf 395KB
  36. ~Get Your Files Here !/5. Monte Carlo integration/1.1 introduction to monte carlo integration.pdf 381KB
  37. ~Get Your Files Here !/3. The Monty Hall problem/1.1 The Monty Hall thought experiment..pdf 304KB
  38. ~Get Your Files Here !/2. Basic concepts/1.1 Monte Carlo algorithms an introduction.pdf 263KB
  39. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/5.1 Estimating the value of pi using monte carlo.pdf 236KB
  40. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/3.1 How do things fail.pdf 116KB
  41. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/2.1 RAM presentation.pdf 79KB
  42. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/1.1 RAM case study.pdf 63KB
  43. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/4. Simulating times to failure of a given system using the exponential distribution.srt 14KB
  44. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/6. Determining the availabilty of our system.srt 12KB
  45. ~Get Your Files Here !/2. Basic concepts/1. What is Monte Carlo.srt 11KB
  46. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/7. Simulating improving the MTTR Vs Adding a second pump.srt 11KB
  47. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/4. Prooving our continious uniform random distribution.srt 11KB
  48. ~Get Your Files Here !/2. Basic concepts/6. Applying the confidence intervals concept to our first case study.srt 10KB
  49. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/3. How do things fail (the functions that govern the randomness of a variable).srt 10KB
  50. ~Get Your Files Here !/3. The Monty Hall problem/4. Answering the Monty Hall problem through a Monte Carlo method (Switch strategy).srt 9KB
  51. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/5. Simulating times to repair of a given system using the exponential distribution.srt 9KB
  52. ~Get Your Files Here !/2. Basic concepts/5. The confidence intervals.srt 9KB
  53. ~Get Your Files Here !/2. Basic concepts/2. How to set up a monte carlo simulation.srt 9KB
  54. ~Get Your Files Here !/5. Monte Carlo integration/3. Generating samples within the control area and selecting those below the curve.srt 8KB
  55. ~Get Your Files Here !/3. The Monty Hall problem/3. Answering the Monty Hall problem through a Monte Carlo method (Stay strategy) II.srt 8KB
  56. ~Get Your Files Here !/5. Monte Carlo integration/5. The confidence intervals applied to our monte carlo integration process.srt 8KB
  57. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/2. Introduction (the most basic concepts).srt 8KB
  58. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/3. Generating a continuous random distribution in 2D.srt 8KB
  59. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/6. Estimating pi via monte carlo.srt 7KB
  60. ~Get Your Files Here !/2. Basic concepts/7. Plotting the confidence intervals behaviour.srt 7KB
  61. ~Get Your Files Here !/1. Introduction/1. Course scope what to expect.srt 6KB
  62. ~Get Your Files Here !/5. Monte Carlo integration/4. Monte carlo integration for when f(x)0.srt 6KB
  63. ~Get Your Files Here !/2. Basic concepts/4. Our first case study.srt 6KB
  64. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/2. Generating a continuous random distribution from a to b (in 1D).srt 6KB
  65. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/1. Introduction.srt 5KB
  66. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/7. CI for our PI estimation using Monte Carlo.srt 4KB
  67. ~Get Your Files Here !/5. Monte Carlo integration/1. The theory behind the monte carlo integration.srt 4KB
  68. ~Get Your Files Here !/3. The Monty Hall problem/5. The Monty Hall problem explained.srt 4KB
  69. ~Get Your Files Here !/5. Monte Carlo integration/2. Selecting a control area.srt 4KB
  70. ~Get Your Files Here !/3. The Monty Hall problem/6. Bonus class The monty hall problem when there are 100 doors.srt 4KB
  71. ~Get Your Files Here !/3. The Monty Hall problem/2. Answering the Monty Hall problem through a Monte Carlo method (Stay strategy).srt 4KB
  72. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/1. Introducing our case study.srt 3KB
  73. ~Get Your Files Here !/2. Basic concepts/3. Generating a discrete uniform random distribution.srt 3KB
  74. ~Get Your Files Here !/4. Uniform continuous random distribuitons in 2D. (Determining the value of pi)/5. Estimating pi using monte carlo (theoretical model).srt 3KB
  75. ~Get Your Files Here !/3. The Monty Hall problem/1. Introduction.srt 2KB
  76. ~Get Your Files Here !/7. Congratulations/1. Final class.srt 1KB
  77. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/5.1 v_m.mat 1003B
  78. ~Get Your Files Here !/6. Monte carlo applied to reliability studies/4.1 v.mat 995B
  79. ~Get Your Files Here !/Bonus Resources.txt 357B
  80. Get Bonus Downloads Here.url 180B
  81. ~Get Your Files Here !/1. Introduction/1.1 MATLAB From absolute scratch to the top! (a beginners course).html 164B