Book Exercise Lanes

This generated surface maps a learner-facing curriculum unit to its canonical source routes.

Curriculum surface

• Open learner-facing unit
• Curriculum path: content/curriculum/foundations/semester-02-algorithms/module-01-algorithm-analysis-design/exercises.md
• App: foundations
• Semester: semester-02-algorithms
• Module: module-01-algorithm-analysis-design
• Unit kind: exercise
• Curation level: generated_default

Learning objectives

• Turn Book Exercise Lanes into active practice instead of passive rereading.
• Use the mapped source routes to supply examples, drills, or recovery help only when needed.
• Finish the exercise with visible evidence that the skill moved from recognition toward recall or execution.

Prerequisites

• The earlier concept pages and practice tasks in the current module.

Source books

• competitive-programming
• introduction-to-algorithms-clrs
• the-algorithm-design-manual

Source routes

Competitive Programming

• /books/competitive-programming/chapter-01-competitive-programming via Competitive Programming: Do algorithm analysis, Competitive Programming: Master the art of testing code
• /books/competitive-programming/chapter-03-overview-and-motivation via Competitive Programming: Complete search, Competitive Programming: DP classical examples, Competitive Programming: DP illustration, Competitive Programming: Divide and conquer, Competitive Programming: Dynamic programming, Competitive Programming: Greedy, Competitive Programming: Greedy examples, Competitive Programming: Recursive complete search, Competitive Programming: Solutions to chapter 3 exercises

Introduction To Algorithms Clrs

• /books/introduction-to-algorithms-clrs via CLRS: Elements of DP
• /books/introduction-to-algorithms-clrs/chapter-02-insertion-sort via CLRS: Analyzing algorithms, CLRS: Designing algorithms (D&C correctness), CLRS: Insertion sort (loop invariant)
• /books/introduction-to-algorithms-clrs/chapter-04-multiplying-square-matrices via CLRS: Master method, CLRS: Recursion tree method, CLRS: Substitution method
• /books/introduction-to-algorithms-clrs/chapter-14-rod-cutting via CLRS: Rod cutting
• /books/introduction-to-algorithms-clrs/chapter-15-an-activity-selection-problem via CLRS: Activity selection, CLRS: Elements of greedy, CLRS: Huffman codes
• /books/introduction-to-algorithms-clrs/chapter-16-aggregate-analysis via CLRS: Amortized - dynamic tables

The Algorithm Design Manual

• /books/the-algorithm-design-manual/chapter-01-robot-tour-optimization via Skiena: Chapter 1 exercises, Skiena: Chapter 2 exercises, Skiena: Chapter 2 exercises (Part 2), Skiena: Chapter 8 exercises, Skiena: Chapter 8 exercises (Part 2), Skiena: Induction and recursion, Skiena: Prove sum i = n(n+1)/2 by induction, Skiena: Recursive objects, Skiena: Selecting the right jobs (greedy intro)
• /books/the-algorithm-design-manual/chapter-02-the-ram-model-of-computation via Skiena: Logarithms and summations
• /books/the-algorithm-design-manual/chapter-04-applications-of-sorting via Skiena: Divide and conquer, Skiena: Mergesort as D&C, Skiena: Solving D&C recurrences
• /books/the-algorithm-design-manual/chapter-07-backtracking via Skiena: Backtracking, Skiena: Search pruning, Skiena: Sudoku
• /books/the-algorithm-design-manual/chapter-08-fibonacci-numbers-by-recursion via Skiena: Fibonacci by recursion / caching

Supporting curriculum routes

No supporting curriculum routes linked yet.

External enrichment

No curated enrichment resources yet.

AI companion modes

• Explain simply
• Socratic tutor
• Quiz me
• Challenge my understanding
• Diagnose my confusion
• Generate extra practice
• Revision mode
• Connect forward / backward

Source-of-truth note

This teaching unit is learner-facing guidance assembled from multiple canonical book routes. Use the listed source books as the primary conceptual spine for Book Exercise Lanes, and treat outside material as supporting enrichment only.