Professor : ????

1
????????

• ?????????

Group 6 Professor ???? Directors Colin ,
Manson
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Aims ???????, ?????????, ?????????????.
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The definition of Random number

• Random numbers are randomness in which they do
  not have an interaction with other numbers.
  Therefore, they do not have relation. Besides,
  randomness as uncertainty.

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Our aims is going to find out the definition of
Random number. Method (MATLAB) We create 100
random numbers and make a graph
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Group them to 10 different regions
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As we know that, the bar of region7 is the
highest. Therefore, we record region71 After we
have repeated the same process, we obtain 20
different graphs. And the result is
below Region 1 2 Region 22 Region
32 Region 40 Region 54 Region 61 Region
76 Region 81 Region 92 Region 100
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We do the same process again. Then, we make a
graph of conclusion 2.
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Next, a conclusion 3
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Result
We note that these three graphs seem to be no
relationship with each other. Therefore, we
conclude that Random numbers dont have trend
and bias present.
10
minimum
f(1) f(2) f(3) f(46) f(47) f(48) f(99)
f(100)
random
f(1) f(2) f(3) f(46) f(47) f(48) f(99)
f(100)
new
f(1) f(2) f(3) f(46) f(47) f(48) f(99)
f(100)
11
After 1,000,000

• Frequency
• Average
• Position

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Predict of Frequency
13
Earlier periods
f(47)0.6
f(48)0.5
f(46)0.4
f(1) f(2) f(3) f(46) f(47) f(48) f(99)
f(100)
f(46)0.7
f(48)0.3
f(47)0.2
minimum
14
Later
f(47)0.7
f(48)0.55
f(46)0.7
f(1) f(2) f(3) f(46) f(47) f(48) f(99)
f(100)
f(47)0.5
f(48)0.7
f(46)0.9
minimum
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The Result of Frequency
16
The Result of Frequency
17
The Result of Frequency
18
The Result of Frequency
19
The Result of Frequency
20
The Result of Frequency
21
The Result of Frequency
22
The Result of Frequency
23
The Result of Frequency
24
The Result of Frequency
25
The Result of Frequency
26
The Result of Frequency
27
The Result of Frequency
28
The Result of Frequency
29
The Result of Frequency
30
The Result of Frequency
31
The Result of Frequency
32
The Result of Frequency
33
The Result of Frequency
34
The Result of Frequency
35
The Result of Frequency
36
Predict of Average
37
Earlier periods
f(47)0.6
f(48)0.5
f(46)0.4
f(1) f(2) f(3) f(46) f(47) f(48) f(99)
f(100)
f(48)0.3
f(46)0.7
f(47)0.2
minimum
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Later
f(47)0.6
f(48)0.4
f(46)0.7
f(1) f(2) f(3) f(46) f(47) f(48) f(99)
f(100)
f(47)0.5
f(48)0.7
f(46)0.9
minimum
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The Result of Average
1--50,000
Average
Sequence
40
The Result of Average
50,001--100,000
Average
Sequence
41
The Result of Average
100,001--150,000
Average
Sequence
42
The Result of Average
150,001--200,000
Average
Sequence
43
The Result of Average
200,001--250,000
Average
Sequence
44
The Result of Average
250,001--300,000
Average
Sequence
45
The Result of Average
300,001--350,000
Average
Sequence
46
The Result of Average
350,001--400,000
Average
Sequence
47
The Result of Average
400,001--450,000
Average
Sequence
48
The Result of Average
450,001--500,000
Average
Sequence
49
The Result of Average
500,001--550,000
Average
Sequence
50
The Result of Average
550,001--600,000
Average
Sequence
51
The Result of Average
600,001--650,000
Average
Sequence
52
The Result of Average
650,001--700,000
Average
Sequence
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The Result of Average
700,001--750,000
Average
Sequence
54
The Result of Average
750,001--800,000
Average
Sequence
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The Result of Average
800,001--850,000
Average
Sequence
56
The Result of Average
850,001--900,000
Average
Sequence
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The Result of Average
900,001--950,000
Average
Sequence
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The Result of Average
950,001--1,000,000
Average
Sequence
59
Predict of Position
60
Earlier periods
minimum
Random
New
61
Later
Random
minimum
New
62
The Result of Position
1--10,000
Position
Sequence
63
The Result of Position
100,001--110,000
Position
Sequence
64
The Result of Position
200,001--210,000
Position
Sequence
65
The Result of Position
300,001--310,000
Position
Sequence
66
The Result of Position
400,001--410,000
Position
Sequence
67
The Result of Position
500,001--510,000
Position
Sequence
68
The Result of Position
600,001--610,000
Position
Sequence
69
The Result of Position
700,001--710,000
Position
Sequence
70
The Result of Position
800,001--810,000
Position
Sequence
71
The Result of Position
900,001--910,000
Position
Sequence
72
The Result of Position
990,001--100,000
Position
Sequence
73
Aims
To Imitate a evolutionary biosphere.
We know that organism will accompanies the
environment to evolve. The weakest organism will
change itself to suit the environment .
When the organism changed, the environment will
be different. It will effect the other
organism. We try to find the stable state
through our program.

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f(1) f(2) f(3) f(45) f(46) f(47)
f(98) f(99) f(100)
f(45) 0.5 f(46) 0.2 f(47) 0.7
80
f(46)
50
f(45)
30
f(47)
f(46) 0.2
f(45) 0.5
f(47)0.7
20
f(46)
50
f(45)
70
f(47)