Discrete math Blocks consisting of successive Os or Is are called run. (such as 000, 1, 11, 00) With a run test, we test whether a password consisting of 0 and 1 is randomly generated as follows: Total number of runs in a n-bit array is (n + 1) /2: The number of runs with a length of 1 is (n + 1) /22; The number of runs with length of k is (n + 1) / 2*+1. For example, for z = 1101000 running password n is 7, and the expected number of runs: 4 according to formula. -The number of runs with a length of 1: (n + 1) /22= 2. - The number of runs with a length of 2: (n + 1) / 23= 1. - Number of runs with a length of 3: (n + 1) /24=0.5 3 1. Indeed, 4 runs for this password is obtained as follows; - Runs with a length of 1: 0 and 1 (2) - Run length 2; 11 (1) - Run with a length of 3; 000 (1) Accordingly, create a flowing password that passes the 15-bit long run test.
Discrete math Blocks consisting of successive Os or Is are called run. (such as 000, 1, 11, 00) With a run test, we test whether a password consisting of 0 and 1 is randomly generated as follows: Total number of runs in a n-bit array is (n + 1) /2: The number of runs with a length of 1 is (n + 1) /22; The number of runs with length of k is (n + 1) / 2*+1. For example, for z = 1101000 running password n is 7, and the expected number of runs: 4 according to formula. -The number of runs with a length of 1: (n + 1) /22= 2. - The number of runs with a length of 2: (n + 1) / 23= 1. - Number of runs with a length of 3: (n + 1) /24=0.5 3 1. Indeed, 4 runs for this password is obtained as follows; - Runs with a length of 1: 0 and 1 (2) - Run length 2; 11 (1) - Run with a length of 3; 000 (1) Accordingly, create a flowing password that passes the 15-bit long run test.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Discrete math
Blocks consisting of successive Os or Is are called run. (such
as 000, 1, 11, 00)
With a run test, we test whether a password consisting of 0 and 1 is randomly generated as follows:
Total number of runs in a n-bit array is (n + 1) /2:
The number of runs with a length of 1 is (n + 1) /22;
The number of runs with length of k is (n + 1) / 2*+1.
For example, for z = 1101000 running password n is 7, and the
expected number of runs: 4 according to formula.
-The number of runs with a length of 1: (n + 1) /22= 2.
- The number of runs with a length of 2: (n + 1) / 23= 1.
- Number of runs with a length of 3: (n + 1) /24=0.5 3 1.
Indeed, 4 runs for this password is obtained as follows;
- Runs with a length of 1: 0 and 1 (2) - Run length 2; 11 (1)
- Run with a length of 3; 000 (1)
Accordingly, create a flowing password that passes the 15-bit long run test.
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