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Efficient Algorithm Design

You're reading from   Efficient Algorithm Design Unlock the power of algorithms to optimize computer programming

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Product type Paperback
Published in Oct 2024
Publisher Packt
ISBN-13 9781835886823
Length 360 pages
Edition 1st Edition
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Author (1):
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Masoud Makrehchi Masoud Makrehchi
Author Profile Icon Masoud Makrehchi
Masoud Makrehchi
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Table of Contents (21) Chapters Close

Preface 1. Part 1: Foundations of Algorithm Analysis
2. Chapter 1: Introduction to Algorithm Analysis FREE CHAPTER 3. Chapter 2: Mathematical Induction and Loop Invariant for Algorithm Correctness 4. Chapter 3: Rate of Growth for Complexity Analysis 5. Chapter 4: Recursion and Recurrence Functions 6. Chapter 5: Solving Recurrence Functions 7. Part 2: Deep Dive in Algorithms
8. Chapter 6: Sorting Algorithms 9. Chapter 7: Search Algorithms 10. Chapter 8: Symbiotic Relationship between Sort and Search 11. Chapter 9: Randomized Algorithms 12. Chapter 10: Dynamic Programming 13. Part 3: Fundamental Data Structures
14. Chapter 11: Landscape of Data Structures 15. Chapter 12: Linear Data Structures 16. Chapter 13: Non-Linear Data Structures 17. Part 4: Next Steps
18. Chapter 14: Tomorrow’s Algorithms 19. Index 20. Other Books You May Enjoy

Summary

In this chapter, we explored various problems that involved making optimal decisions under uncertainty using the optimal stopping theorem and randomized algorithms. We examined scenarios such as the hiring problem, the Matcher dating app, and Fang’s parking problem, each requiring a strategic balance between gathering information and making timely decisions. Through these examples, we illustrated how the optimal stopping theorem provides a structured approach to maximize the chances of selecting the best option by setting appropriate observation phases and selection criteria. This chapter demonstrated the power of probabilistic reasoning and optimal stopping rules in practical decision-making scenarios. In the next chapter, we will explore dynamic programming, a powerful technique for solving complex problems by breaking them down into simpler subproblems.

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