Here are 100 chapter titles for a book on String Manipulation in competitive programming, organized from beginner to advanced topics:
- Introduction to String Manipulation in Competitive Programming
- Basic String Operations: Initialization, Concatenation, and Length
- Accessing Characters in a String: Indexing and Slicing
- String Equality and Comparison Techniques
- Understanding String Search: Finding Substrings
- Basic String Reversal and Reversing Substrings
- String Length and Iteration Techniques
- Counting Occurrences of a Substring
- Converting Case in Strings: Uppercase and Lowercase
- String Splitting: Basic String Tokenization
- String Joining: Combining Lists into Strings
- Removing Leading and Trailing Whitespaces
- String Padding and Formatting
- Basic Regular Expressions for String Matching
- Searching for a Substring using Built-In Functions
- String Comparison and Lexicographical Order
- String Rotation and Reversal Techniques
- String Partitioning and Substring Extraction
- Efficiently Finding the First and Last Occurrence
- Understanding the Role of String Terminators in C-style Strings
- Advanced String Searching: Knuth-Morris-Pratt Algorithm
- Rabin-Karp Algorithm for Substring Search
- Using the Z-Algorithm for String Matching
- The Boyer-Moore String Search Algorithm
- String Matching with Regular Expressions
- KMP Algorithm’s Failure Function: Understanding the Details
- Efficient String Matching in Multiple Texts
- String Preprocessing: LPS Array for Efficient Matching
- String Rotation Detection Using Hashing
- Palindrome Detection: Brute Force and Optimized Solutions
- Substring Search and Multiple Occurrences
- Suffix Arrays: Building and Using Suffix Arrays
- Longest Common Prefix (LCP) Array
- String Matching with Suffix Trees
- Suffix Tree Construction and Applications
- Dynamic Programming for String Matching
- Longest Palindromic Substring Problem
- Edit Distance and Levenshtein Distance Algorithms
- String Alignment Algorithms: Needleman-Wunsch and Smith-Waterman
- String Compression Techniques (Run-Length Encoding)
- Advanced Regular Expressions and Their Applications
- Efficient String Search with Aho-Corasick Automaton
- Building Suffix Automata for Efficient String Matching
- String Matching with Finite Automata
- Applications of Suffix Trees in Text Processing
- Advanced Applications of Suffix Arrays: Pattern Matching
- Z-Algorithm for Longest Prefix Suffix Matching
- Efficient String Matching with Binary Search
- Tries for Efficient String Search and Storage
- Trie Construction and Applications in Competitive Programming
- Advanced Applications of Dynamic Programming in String Problems
- Using Segment Trees for String Range Queries
- String Hashing and Rolling Hash Techniques
- Polynomial Hashing for Substring Matching
- Efficiently Counting Palindromes Using Manacher’s Algorithm
- Longest Increasing Subsequence and String Alignment
- Efficient Pattern Matching with Knuth-Morris-Pratt Algorithm
- Fuzzy String Matching and Applications
- String Matching with Skip Lists
- Sparse Table for String Queries
- String Manipulation in Large Datasets
- Efficient String Concatenation and Manipulation
- String Matching Algorithms for Online and Offline Queries
- String Manipulation for Parsing HTML and XML Documents
- String Matching for Bioinformatics Applications
- Binary Search on Strings for Range Queries
- Efficient String Search with LCS (Longest Common Subsequence)
- String Manipulation with Fenwick Trees (Binary Indexed Trees)
- Dynamic Programming for String Segmentation Problems
- Solving the Longest Palindromic Subsequence Problem
- Optimizing String Search with Trie and Hashing
- Efficient Substring Search in DNA Sequences
- Efficient Text Processing Using Suffix Arrays
- Pattern Matching in Large Texts Using Hashing
- Reverse Engineering String Transformations Using DP
- Karp-Rabin Algorithm for Multiple Pattern Matching
- String Search in Large Files and Streams
- Multidimensional String Matching with Trie
- Efficiently Handling Large Texts with Aho-Corasick Automaton
- Memory Efficient String Matching Algorithms
- Storing Strings Efficiently: Suffix Arrays and Tries
- Finding Longest Common Substring Using Suffix Trees
- Efficient Substring Querying with Segment Trees
- Optimal String Manipulation Techniques for Competitive Programming
- Handling Anagrams Using Sorting and Hashing
- DNA String Matching: Advanced Algorithms
- String Compression Using Huffman Coding
- Solving the String Edit Distance Problem with Dynamic Programming
- Complexity of String Matching Algorithms
- Advanced Suffix Array Construction Methods
- Suffix Array for Pattern Matching in Bioinformatics
- Matching Long Strings Using Approximate String Matching
- Building a Prefix Tree for Efficient String Operations
- Fast String Matching for Substring Queries
- Pattern Matching in the Presence of Errors Using DP
- Solving the Longest Common Subsequence Problem Efficiently
- String Matching with Multiple Patterns Using Suffix Trees
- Optimal String Matching Algorithms in Competitive Programming
- String Matching and Parsing in Real-Time Systems
- Future Trends in String Manipulation Algorithms
These chapters progress from basic string manipulation techniques to advanced algorithms and optimizations, providing readers with the knowledge to tackle a wide variety of string-related problems commonly encountered in competitive programming. Each chapter builds on the previous ones, gradually introducing more complex concepts and efficient approaches to string manipulation.