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Master Theorem | Divide and Conquer | Analysis & design of Algorithm #computerscience #bca
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Channel Name : @Computer Notes
Channel Id: UC7v250TtiOZHg_p7cGion9g
Channel Name : @Computer Notes
Channel Id: UC7v250TtiOZHg_p7cGion9g
In this video, we'll be discussing three important topics in computer science: Divide-and-conquer, Mergesort, and Quicksort.
Divide-and-conquer is a well-known algorithmic technique that allows us to solve complex problems by breaking them down into smaller, more manageable sub-problems. We'll explore some examples of how this technique can be used to solve problems and how it can be applied in various programming languages.
Mergesort is a sorting algorithm that makes use of the divide-and-conquer technique to sort an array of elements. We'll discuss the steps involved in the Mergesort algorithm and how it works. Additionally, we'll explore the time complexity of Mergesort and how it compares to other sorting algorithms.
Quicksort is another sorting algorithm that also utilizes the divide-and-conquer technique to sort elements. We'll delve into the details of how Quicksort works, including how it selects a pivot element and how it partitions elements. We'll also compare Quicksort's time complexity to other sorting algorithms.
Overall, this video is an excellent resource for computer science students who want to learn about divide-and-conquer, Mergesort, and Quicksort. You'll come away with a better understanding of how these algorithms work and how they can be used to solve complex problems. So, grab your notes and get ready to enhance your programming knowledge!
#computerscience #bca #computerscienceengineering #btech #graduation #undergraduate #nalandaopenuniversity #vtu #ignou #componentsofcomputer #architectureofcomputer #computer #computersystem #controlunit #arithmeticlogicalunit #alu #glu #inputunit #outputunit #storageunit #controlprocessingunit #cpu #memory #mainmemory #auxiliarystorage #cpu #centralprocessingunit
#DivideAndConquer #Mergesort #Quicksort #Algorithms #SortingAlgorithms #ComputerScience #DataStructures #Programming #Code #ProgrammingLanguages #EfficientCode #CodeOptimization #ProgrammingTips #CodingTips #CodePerformance #CodingAlgorithms #AlgorithmDesign #Sorting #ProgrammingLogic #AlgorithmPerformance #SoftwareEngineering #CodeOrganization #AlgorithmAnalysis #EfficientAlgorithms #ProgrammingConcepts #ProgrammingPrinciples #TechEducation #LearningToCode #ComputerProgramming
#computerscience #bca #computerscienceengineering #btech #graduation #undergraduate #nalandaopenuniversity #vtu #ignou #componentsofcomputer #architectureofcomputer #computer #computersystem #computernotes #performance of #computersystem #processor #clock #basic #performance #equation #clock #rate #performance #measurement
Channel Id: UC7v250TtiOZHg_p7cGion9g
Channel Name : @Computer Notes
Channel Id: UC7v250TtiOZHg_p7cGion9g
In this video, we'll be discussing three important topics in computer science: Divide-and-conquer, Mergesort, and Quicksort.
Divide-and-conquer is a well-known algorithmic technique that allows us to solve complex problems by breaking them down into smaller, more manageable sub-problems. We'll explore some examples of how this technique can be used to solve problems and how it can be applied in various programming languages.
Mergesort is a sorting algorithm that makes use of the divide-and-conquer technique to sort an array of elements. We'll discuss the steps involved in the Mergesort algorithm and how it works. Additionally, we'll explore the time complexity of Mergesort and how it compares to other sorting algorithms.
Quicksort is another sorting algorithm that also utilizes the divide-and-conquer technique to sort elements. We'll delve into the details of how Quicksort works, including how it selects a pivot element and how it partitions elements. We'll also compare Quicksort's time complexity to other sorting algorithms.
Overall, this video is an excellent resource for computer science students who want to learn about divide-and-conquer, Mergesort, and Quicksort. You'll come away with a better understanding of how these algorithms work and how they can be used to solve complex problems. So, grab your notes and get ready to enhance your programming knowledge!
#computerscience #bca #computerscienceengineering #btech #graduation #undergraduate #nalandaopenuniversity #vtu #ignou #componentsofcomputer #architectureofcomputer #computer #computersystem #controlunit #arithmeticlogicalunit #alu #glu #inputunit #outputunit #storageunit #controlprocessingunit #cpu #memory #mainmemory #auxiliarystorage #cpu #centralprocessingunit
#DivideAndConquer #Mergesort #Quicksort #Algorithms #SortingAlgorithms #ComputerScience #DataStructures #Programming #Code #ProgrammingLanguages #EfficientCode #CodeOptimization #ProgrammingTips #CodingTips #CodePerformance #CodingAlgorithms #AlgorithmDesign #Sorting #ProgrammingLogic #AlgorithmPerformance #SoftwareEngineering #CodeOrganization #AlgorithmAnalysis #EfficientAlgorithms #ProgrammingConcepts #ProgrammingPrinciples #TechEducation #LearningToCode #ComputerProgramming
#computerscience #bca #computerscienceengineering #btech #graduation #undergraduate #nalandaopenuniversity #vtu #ignou #componentsofcomputer #architectureofcomputer #computer #computersystem #computernotes #performance of #computersystem #processor #clock #basic #performance #equation #clock #rate #performance #measurement
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