Presentation for computer studing in algorithm
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The document provides an overview of algorithms, defining them as step-by-step instructions for problem-solving that include key characteristics like being well-defined, finite, and effective. It discusses algorithm design, representation techniques such as pseudocode and flowcharts, and highlights historical figures and milestones in algorithm development. The document also touches on future trends in algorithms, including applications in artificial intelligence and quantum computing.
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apidays New York 2025 - Building Scalable AI Systems by Sai Prasad Veluru (Ap...
apidays New York 2025 - Building Scalable AI Systems by Sai Prasad Veluru (Ap...apidays Building Scalable AI Systems: Cloud Architecture for Performance
Sai Prasad Veluru, Software Engineer at Apple Inc
apidays New York 2025
API Management for Surfing the Next Innovation Waves: GenAI and Open Banking
May 14 & 15, 2025
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apidays New York 2025 - Boost API Development Velocity with Practical AI Tool...
apidays New York 2025 - Boost API Development Velocity with Practical AI Tool...apidays Boost API Development Velocity with Practical AI Tooling
Sumit Amar, VP of Engineering at WEX
apidays New York 2025
API Management for Surfing the Next Innovation Waves: GenAI and Open Banking
May 14 & 15, 2025
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Presentation for computer studing in algorithm
- 1. Click to edit Master title style 1 Algorithm T h e c o n c e p t o f a n a l g o r i t h m , A l g o r i t h m r e p r e s e n t a t i o n a n d A l g o r i t h m d i s c o v e r y Group members Rizwan Ali (2024-TXE-5) Rashid Azeem (2024-TXE-10) Ghulam Fareed (2024-TXE-19) M.Abaidullah (2024-TXE-45) 1
- 2. Click to edit Master title style 2 What is an Algorithm? Algorithms are like recipes for computers, providing a precise set of instructions to solve a problem or complete a task. Step-by-Step Instructions They take input data, process it through defined steps, and ultimately generate an output, such as a solution, a result, or a modified data set. Input and Output Well-designed algorithms are efficient, clear, and unambiguous, ensuring the computer can execute them flawlessly. Efficiency and Clarity 2
- 3. Click to edit Master title style 3 Characteristics of Algorithms 1 Well-defined Each step is unambiguous, leaving no room for interpretation. 2 Finite They have a defined beginning and end, ensuring a predictable outcome. 3 Effective They are designed to achieve a specific outcome, solving the problem they are intended for. 3
- 4. Click to edit Master title style 4 Algorithms and Problem-Solving 1 Problem Analysis Understanding the challenge, defining the inputs and desired outputs. 2 Algorithm Design Creating a logical sequence of steps to achieve the solution. 3 Algorithm Implementation Translating the algorithm into a specific programming language. 4 Algorithm Testing Validating the algorithm with various inputs and verifying its accur 5 Algorithm Optimization Improving the algorithm's efficiency and performance. 4
- 5. Click to edit Master title style 5 Representation of Algorithms Natural Language Explaining the algorithm in plain English, suitable for initial understanding but may lack precision. Pseudocode A simplified programming language-like notation, bridging the gap between natural language and code. Flowcharts Visual representations using diagrams and symbols, showing the flow of control and decision points. Programming Language The final stage of implementation, translating the algorithm into a specific language for execution. 5
- 6. Click to edit Master title style 6 Pseudocode and Flowcharts Pseudocode A concise, structured way to describe an algorithm's logic without specific syntax. Flowcharts Visual representation using symbols to depict the algorithm's flow, aiding in understanding and debugging. Example Consider a flowchart for a simple sorting algorithm. It would visually show steps like input, comparison, and output, making the algorithm's logic clear. 6
- 7. Click to edit Master title style 7 Algorithm Design Techniques Divide and Conquer Breaking down a large problem into smaller, independent subproblems that can be solved recursively. Greedy Algorithms Making locally optimal choices at each step, aiming for a globally optimal solution. Dynamic Programming Solving subproblems and storing their solutions to avoid redundant calculations. 7
- 8. Click to edit Master title style 8 8 Discovery of Algorithm 1 Ancient Roots The foundations of algorithms can be traced back to the ancient Greeks, who developed systematic methods for solving mathematical problems. 2 Algorithm Pioneers Figures like Al-Khwarizmi, Ada Lovelace, and Alan Turing made groundbreaking contributions to the field of algorithms. 3 Modern Era The digital age has seen exponential growth in the development and application of algorithms, powering the technologies we rely on daily.
- 9. Click to edit Master title style 9 9 Key Milestones in Algorithm Development 1 1840s: Analytical Engine Ada Lovelace's conceptual design for the Analytical Engine laid the foundations for modern computing and algorithms. 2 1930s: Turing Machines Alan Turing's theoretical Turing machines provided a framework for understanding the limits and capabilities of algorithms. 3 1970s: Complexity Theory The development of complexity theory helped classify the computational difficulty of various algorithmic problems.
- 10. Click to edit Master title style 10 The Future of Algorithms and Computer Scienc Artificial Intelligence Algorithms are at the core of AI systems, enabling machines to learn, reason, and make decisions. Quantum Computing Quantum algorithms could revolutionize fields like cryptography, simulations, and optimization. Biological Inspiration Algorithms inspired by natural processes, like neural networks and genetic algorithms, continue to push the boundaries of computer science. 1 0
- 11. Click to edit Master title style 11 Thank you