CS-6202 - Algorithms and Complexity oed answer key

Showing 81 to 100 of 107 total answers.

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Awesome StudentQuestion • Algorithms and Complexity

It's easy to understand the underlying challenges that RSA encryption solves in order to appreciate its significance

Answer

False

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Awesome StudentQuestion • Algorithms and Complexity

String matching algorithms and DNA analysis are both collectively used for finding the occurrence of the pattern set

Answer

True

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Awesome StudentQuestion • Algorithms and Complexity

The pattern or text contains spelling errors, discovering DNAsubsequences after mutation, diverse databases, and so on

Answer

True

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Awesome StudentQuestion • Algorithms and Complexity

Merge (arr, l, m, r) is a key process that takes two sorted sub-arrays, arr[lm] and arr[m+1r], and merges them into two

Answer

False

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Awesome StudentQuestion • Algorithms and Complexity

Merge sort combines the sub-arrays split by the m position element using the key procedure Merge (myarr, left,m, right)

Answer

True

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Awesome StudentQuestion • Algorithms and Complexity

Merge sort uses the key operation Merge to join the sub-arrays divided by the m position element (myarr, left,m, right)

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Awesome StudentQuestion • Algorithms and Complexity

When the size reaches 2, the merge processes kick in and begin merging arrays back together until the entire array is merged

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Awesome StudentQuestion • Algorithms and Complexity

The period of time for computing the prefix function is =CE=98 (m) and period of time of matching function is =CE=98 (n)

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Awesome StudentQuestion • Algorithms and Complexity

When searching for data, the difference between a fast application and a slower one lies in the accurate use of search algorithm

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Awesome StudentQuestion • Algorithms and Complexity

If we have an integer (4-byte) array A and the address of A[0] is x, we may directly access the memory at (x + i*4) to access A[i]

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Awesome StudentQuestion • Algorithms and Complexity

String matching algorithms have had a significant impact on computer science and are used to solve a variety of real-world challenges

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Awesome StudentQuestion • Algorithms and Complexity

Merge Sort in Java divides the array into five halves After that, it sorts the two arrays in a respective order as desired by the user

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Awesome StudentQuestion • Algorithms and Complexity

If you know number theory, you'll have a lot more ammunition to solve some of the difficult problems, and it'll also help you grasp a lot of other issues

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Awesome StudentQuestion • Algorithms and Complexity

There are several different kinds of pseudoprimes, the most frequent of which are Fermat pseudoprimes, which are composites that meet Fermat's big theorem

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Awesome StudentQuestion • Algorithms and Complexity

In mathematics, the step of proof is not required, which is a logical series of statements that begins with known facts and ends with the desired declaration

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Awesome StudentQuestion • Algorithms and Complexity

Discrimination can also be completely unconscious when a neutral procedure produces decisions that disproportionately and systematically harm protected classes

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Awesome StudentQuestion • Algorithms and Complexity

Algorithmic or automated decision systems use data and statistical analyses to classify people for the purpose of assessing their eligibility for a benefit or penalty

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Awesome StudentQuestion • Algorithms and Complexity

Merge sort is used in FMCG companies where products have different labels and numbers assigned to them, telecommunication companies, manufacturing, and chemical industries

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Awesome StudentQuestion • Algorithms and Complexity

In Merge Sort in Java, we will see the working of the Merge Sort mechanism invented by John Von Neumann in the year 1945, which is used in Java to arrange data sequentially

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