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| # | Exercise Title | Features | Description | Platform | Keywords |
|---|---|---|---|---|---|
| 1 | Construct an inorder traversal function | Construct an inorder traversal function that recursively traverse a tree from left node, root node and right node. We store... | jsParsons | trees | |
| 2 | Construct a preorder traversal function | Construct a preorder traversal function that recursively traverse a tree from root node, left node and right node. We store... | jsParsons | trees | |
| 3 | Tree traversal. Challenge | The tree can be traversed by deciding on a sequence to visit each node. There are three traversal algorithms: in-order... | PCEX | trees | |
| 4 | Tree | Python CodeVisualization for demonstrating Tree | JSVEE | binary search, trees | |
| 5 | Tree Node Access | Python CodeVisualization for demonstrating Tree Node Access | JSVEE | binary search, trees | |
| 6 | Tree traversal. | The tree can be traversed by deciding on a sequence to visit each node. There are three traversal algorithms: in-order... | PCEX | binary search, trees | |
| 7 | Inserting binary tree Challenge | In a BinaryTree, adding new nodes to the tree is an important capability to have.\nConstruct a simple implementation of a... | PCEX | recursion, trees | |
| 8 | Tree inorder traversal | Python PredictingFinalResult for demonstrating Tree inorder traversal | QuizPET | binary search, trees | |
| 9 | Tree preorder traversal | Python PredictingFinalResult for demonstrating Tree preorder traversal | QuizPET | binary search, trees | |
| 10 | Inserting binary tree | In a BinaryTree, adding new nodes to the tree is an important capability to have. Construct a simple implementation of... | PCEX | binary search, recursion, trees | |
| 11 | Binary search | Binary Search operates by dividing an array in half, and then determining whether or not the target value would be... | PCEX | binary search, recursion, search, search algorithms, sorting, trees | |
| 12 | Context-Free Language Derivation Trees Frameset | Programmed Instruction | Programmed Instruction Frameset discussing derivation trees for Context-Free Grammars. | OpenDSA | Context-Free Language |
| 13 | Context-Free Language Derivation Trees Example | Algorithm Visualization | Visualization of a derviation tree from a given context-free grammar. | OpenDSA | Context-Free Language |
| 14 | Binary Search Tree Summary Questions | Question, Battery | Self-practice questions about Binary Search Trees. | OpenDSA | Binary Search Tree |
| 15 | Huffman Coding Proficiency Exercise | Tracing Exercise | Practice profiency exercise for Huffman Coding Trees. User must do actions like show the codes for a string, or vice... | OpenDSA | Huffman Coding Tree |
| 16 | Tree Implementation Overhead Exercise | Calculation Exercise, Battery | Self-practice questions that require the user to calculate overhead fractions for various binary tree node implementations. | OpenDSA | Binary Tree, Overhead |
| 17 | Choosing the Best Indexing Method | Question, Battery | Self-test question battery on which is the best indexing choice for a given scenario. | OpenDSA | Tree-Based Indexing |
| 18 | Tree Indexing Proficiency Exercise | Question, Battery | Tree-based indexing proficiency exercise. User indicates the number of disk pages visited for a given tree. | OpenDSA | Tree-Based Indexing |
| 19 | Building a B+ Tree of Degree 5 | Algorithm Visualization | Slideshow showing a series of insert operations in a B+ Tree of degree 5. | OpenDSA | Tree-Based Indexing, B-Tree |
| 20 | Building a B+ Tree of Degree 4 | Algorithm Visualization | Slideshow showing a series of insert operations in a B+ Tree of degree 4. | OpenDSA | Tree-Based Indexing, B-Tree |
| 21 | Deletion from a B+ Tree of Degree 4 | Algorithm Visualization | Slideshow showing a series of delete operations in a B+ Tree of degree 4. | OpenDSA | Tree-Based Indexing, B-Tree |
| 22 | Search in a B+ Tree of Degree 4 | Algorithm Visualization | Slideshow showing a series of search operations in a B+ Tree of degree 4. | OpenDSA | Tree-Based Indexing, B-Tree |
| 23 | Paged BST Slideshow | Algorithm Visualization | Slideshow showing the use of paging with a BST-based index. Updating the BST to require it to remain a complete... | OpenDSA | Tree-Based Indexing |
| 24 | Promote Key on Insertion into a 2-3 tree. | Algorithm Visualization | Slideshow showing how keys can be promoted on insertion into a 2-3 tree. | OpenDSA | Tree-Based Indexing, 2-3 Tree |
| 25 | Paged BST with Page Rebalancing For Use on Disk Slideshow | Algorithm Visualization | Slideshow showing the use of paging with a BST-based index. Reorganizing the nodes to be on optimal disk pages reduces... | OpenDSA | Tree-Based Indexing |
| 26 | Simple Insertion into a 2-3 tree. | Algorithm Visualization | Slideshow showing simple insertion into a 2-3 tree. | OpenDSA | Tree-Based Indexing, 2-3 Tree |
| 27 | Split on Insertion into a 2-3 tree. | Algorithm Visualization | Slideshow showing how node split on insertion is handled by a 2-3 tree. | OpenDSA | Tree-Based Indexing, 2-3 Tree |
| 28 | Building a 2-3+ Tree Slideshow | Algorithm Visualization | Slideshow showing a series of insertions into a 2-3+ tree. | OpenDSA | Tree-Based Indexing, 2-3 Tree |
| 29 | Deletion from a 2-3+ Tree | Algorithm Visualization | Slideshow showing a series of delete operations in a 2-3+ tree. | OpenDSA | Tree-Based Indexing, 2-3 Tree |
| 30 | Search in a 2-3+ Tree | Algorithm Visualization | Slideshow showing a series of search operations in a 2-3+ tree. | OpenDSA | Tree-Based Indexing, 2-3 Tree |
| 31 | Path lengths in binary tree | Code Completion | Your task is to compute a set of all path lengths in a binary tree. For example, given this tree, | CodeCheck | Tree Structures |
| 32 | Letter frequency map | Code Completion | Your task is to produce a map of the frequencies of all letters in a string. Letters are represented as... | CodeCheck | Tree Structures |
| 33 | Unique words in two string sets | Code Completion | Implement a method that receives two arrays of strings and determines which words are unique to each. | CodeCheck | Tree Structures |
| 34 | Make Person class comparable | Code Completion | The program below will fail to run because the Person class does not implement the Comparable interface. Modify the class... | CodeCheck | Tree Structures |
| 35 | Hash code for Person class | Code Completion | When you add instances of the given Person class in a HashSet, the resulting hash set is too large. Evidently,... | CodeCheck | Tree Structures |
| 36 | Map words to their lengths | Code Completion | Given an array of strings, create a tree map with each string as a key and its corresponding value the... | CodeCheck | Tree Structures |
| 37 | Letter set | Code Completion | Your task is to produce a set of all letters in a string. Letters are represented as strings of length... | CodeCheck | Tree Structures |
| 38 | Hash code for LabeledPoint | Code Completion | Implement the hashCode method for the LabeledPoint class so that equal objects have the same hash code and that unequal... | CodeCheck | Tree Structures |
| 39 | A fast priority queue | Code Completion | It is possible to provide a fast priority queue implementation if the inserted items have a bounded number of integer... | CodeCheck | Tree Structures |
| 40 | Map word lengths to words | Code Completion | Given an array of strings, create a tree map whose keys are the string lengths and whose values are the... | CodeCheck | Tree Structures |
| 41 | B+ Tree Insertion Proficiency Exercise | Tracing Exercise | Interactive proficiency exercise for insertion into a B+ Tree. User clicks on tree nodes to indicate how the insert process... | OpenDSA | B-Tree, Tree-Based Indexing |
| 42 | Parsing an Expression | Algorithm Visualization, User Supplied Data | Algorithm Visualization for generating the parse tree of a user-supplied mathematical expression. Demonstrates that the associated grammar enforces the correct... | OpenDSA | Parse Tree |
| 43 | KD Tree Visualization | Algorithm Visualization | Algorithm Visualization illustrating the KD Tree. | OpenDSA | KD Tree |
| 44 | Binary Tree Chapter Summary Questions | Question, Battery | Self-practice questions for the full Binary Tree chapter. | OpenDSA | Binary Tree, Binary Search Tree, Heap, Huffman Coding Tree |
| 45 | Binary Tree Definition Calculation Questions | Question, Battery, Calculation Exercise | Self-practice questions about binary tree terminology that require calculation of quantities such as node counts and tree heights. | OpenDSA | Binary Tree |
| 46 | Binary Tree Traversal Summary Questions | Question, Battery | Self-practice questions about binary tree traversals. | OpenDSA | Binary Tree Traversal |
| 47 | Binary Tree Terminology Practice Questions | Question, Battery | Self-practice questions about binary tree terminology that require calculation of quantities such as descendants and tree heights. | OpenDSA | Binary Tree |
| 48 | General Tree Sequential Representation Proficiency Exercise | Tracing Exercise | User must show the sequential representation for a given general tree. | OpenDSA | Sequential Representation, General Tree |
| 49 | Binary Tree Sequential Representation Proficiency Exercise | Tracing Exercise | User must show the sequential representation for a given binary tree. | OpenDSA | Sequential Representation, Binary Tree |
| 50 | Traverse an expression tree | Algorithm Visualization, Code Tracing Presentation | Slideshow demonstrating traversal of an expression tree. The primary point is to highlight the node implementation for a full binary... | OpenDSA | Expression Tree, Binary Tree Traversal, Full Binary Tree |
| 51 | General Tree Postorder Traversal Slideshow | Algorithm Visualization | Slideshow showing postorder traveral of a general tree, and demonstrates the general tree ADT. | OpenDSA | General Tree |
| 52 | General Tree Preorder Traversal Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow showing preorder traveral of a general tree, and demonstrates the general tree ADT. | OpenDSA | General Tree |
| 53 | General Tree Serialization Slideshow | Algorithm Visualization | Slideshow how to reconstruct a general tree from a serialized representation of its node values. | OpenDSA | Serialization, Binary Tree |
| 54 | Binary Tree Serialization Slideshow: Internal Node Mark Bits | Algorithm Visualization | Slideshow how to reconstruct a binary tree from a serialized representation of its node values. Alternative representation using mark bits... | OpenDSA | Serialization, Binary Tree |
| 55 | Binary Tree Serialization Slideshow | Algorithm Visualization | Slideshow how to reconstruct a binary tree from a serialized representation of its node values. | OpenDSA | Serialization, Binary Tree |
| 56 | Parse Tree Example: Enforcing Order of Operations | Algorithm Visualization | Slideshow visualizing a parse tree from a grammar that enforces the correct order of operations. | OpenDSA | Parse Tree |
| 57 | Parse Tree Example for a Math Expression | Algorithm Visualization | Slideshow visualizing generation of a parse tree for a simple math expression. | OpenDSA | Parse Tree |
| 58 | Ambiguous Parse Tree Example for a Math Expression | Algorithm Visualization | Slideshow visualizing how generation of a parse tree from a grammar might be ambiguous. | OpenDSA | Parse Tree |
| 59 | Ambiguous Parse Tree Example for a Math Expression: 2 | Algorithm Visualization | Slideshow visualizing a second example of how generation of a parse tree from a grammar might be ambiguous. | OpenDSA | Parse Tree |
| 60 | Constructing a Binomial Tree | Algorithm Visualization | Slideshow showing a small example of building a binomial tree. | OpenDSA | Binomial Tree |
| 61 | Binary Search Tree Insert Proficiency Exercise | Tracing Exercise | Interactive exercise to demonstrate proficiency with BST insert. | OpenDSA | Binary Search Tree |
| 62 | Binary Search Tree Remove Proficiency Exercise | Tracing Exercise | Interactive exercise to demonstrate proficiency with BST remove. | OpenDSA | Binary Search Tree |
| 63 | Binary Search Tree Search Proficiency Exercise | Tracing Exercise | Interactive exercise to demonstrate proficiency with BST search. | OpenDSA | Binary Search Tree |
| 64 | Huffman Coding Tree Build Visualization | Algorithm Visualization, User Supplied Data | Visualization for building a Huffman Coding Tree from a set of weights supplied by the user. | OpenDSA | Huffman Coding Tree |
| 65 | Kruskal's Minimal-Cost Spanning Tree Proficiency Exercise | Tracing Exercise | Proficiency exercise for Kruskal's minimal-cost spanning tree. User must indicate the order in which nodes are visited by clicking on... | OpenDSA | Minimal-Cost Spanning Tree |
| 66 | Prim's Minimal-Cost Spanning Tree Proficiency Exercise | Tracing Exercise | Proficiency exercise for Prim's minimal-cost spanning tree. User must indicate the order in which nodes are visited by clicking on... | OpenDSA | Minimal-Cost Spanning Tree |
| 67 | Determining Number of Parse Tree Nodes Exercise: Alternate | Calculation Exercise, Battery | User determines the number of nodes in a parse tree generated by a given string on a given grammar. Alternative... | OpenDSA | Context-Free Grammar, Parse Tree |
| 68 | Alternative Binary Tree Sequential Representation Proficiency Exercise | Tracing Exercise | User must show the sequential representation for a given binary tree. This representation marks internal nodes. | OpenDSA | Sequential Representation, Binary Tree |
| 69 | Full Binary Tree Sequential Representation Proficiency Exercise | Tracing Exercise | User must show the sequential representation for a given full binary tree. The representation uses a bit vector to deduce... | OpenDSA | Sequential Representation, Full Binary Tree |
| 70 | Determining Number of Parse Tree Nodes Exercise | Calculation Exercise | User determines the number of nodes in a parse tree generated by a given string on a given grammar. | OpenDSA | Context-Free Grammar, Parse Tree |
| 71 | BST Delete Max Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing recursive delete of the maximum value in a BST. | OpenDSA | Binary Search Tree |
| 72 | BST Insert Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing recursive insert in a BST. | OpenDSA | Binary Search Tree |
| 73 | BST Remove Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing recursive remove value in a BST. | OpenDSA | Binary Search Tree |
| 74 | BST Search Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing recursive search in a BST. | OpenDSA | Binary Search Tree |
| 75 | Huffman Coding Tree Slideshow: Build | Algorithm Visualization | Slideshow visualizing the Huffman Coding Tree construction algorithm: Building the tree from a collection of weighted elements. | OpenDSA | Huffman Coding Tree |
| 76 | Huffman Coding Tree Slideshow: Setting Codes | Algorithm Visualization | Slideshow visualizing the Huffman Coding Tree code setting step. | OpenDSA | Huffman Coding Tree |
| 77 | Huffman Coding Tree Slideshow: Decoding | Algorithm Visualization | Slideshow visualizing the process of decoding a string of Huffman Codes. | OpenDSA | Huffman Coding Tree |
| 78 | Huffman Coding Tree Slideshow: Label Edges | Algorithm Visualization | Slideshow visualizing the Huffman Coding Tree edge labeling step. | OpenDSA | Huffman Coding Tree |
| 79 | Inefficient Range Query in a BST Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing a range query implementation in a BST, contrasting an inefficient and an efficient implementation. | OpenDSA | Binary Search Tree |
| 80 | Full Binary Tree Serialization Slideshow: Mark Bits | Algorithm Visualization | Slideshow how to reconstruct a full binary tree from a serialized representation of its node values. All that is needed... | OpenDSA | Serialization, Binary Tree |
| 81 | Kruskal's Minimal-Cost Spanning Tree Algorithm slideshow | Algorithm Visualization | Slideshow demonstrating Kruskal's algorithm for constructing the minimal cost spanning tree for a graph. | OpenDSA | Minimal-Cost Spanning Tree |
| 82 | Prim's Minimal-Cost Spanning Tree Algorithm slideshow | Algorithm Visualization | Slideshow demonstrating Prim's algorithm for constructing the minimal cost spanning tree for a graph. | OpenDSA | Minimal-Cost Spanning Tree |
| 83 | Unambiguous CFG Parse Tree Example | Algorithm Visualization | Visualization for the parse tree generated for a mathematical expression from a non-ambiguouse CFG. | OpenDSA | Context-Free Language, Parse Tree |
| 84 | Determining Whether a Given String is Derivable from Given Grammar Exercise: Alternate | Calculation Exercise, Battery | A collection of self-practice questions where users determine which strings can or cannot be derived from a given grammar: Alternate. | OpenDSA | Context-Free Grammar, Parse Tree |
| 85 | CFG Ambiguity 1 Exercise | Question | A question where users determine whether a given string is parsed ambiguously or not. | OpenDSA | Context-Free Grammar, Parse Tree |
| 86 | Determining Whether a Given String is Derivable from Given Grammar Exercise | Question | A question where users determine which strings can or cannot be derived from a given grammar. | OpenDSA | Context-Free Grammar, Parse Tree |
| 87 | Tree Timeline Slideshow | Algorithm Visualization | Slideshow showing the concept of marking a timeline for the values stored in a BST. This will be contrasted with... | OpenDSA | Trie |
| 88 | Recursive Tree Processing: Value Summation | Tracing Exercise | A question related to tree processing in a functional programming language: Value summation. | OpenDSA | Functional Programming |
| 89 | Recursive Tree Processing: Substitution | Question | A question related to tree processing in a functional programming language: Substitution. | OpenDSA | Functional Programming |
| 90 | Recursive Tree Processing: Substitution 2 | Question | A question related to tree processing in a functional programming language: Substitution 2. | OpenDSA | Functional Programming |
| 91 | Recursive Tree Processing: Mystery Function | Tracing Exercise, Battery | A collection of self-practice questions related to tree processing in a functional programming language: Mystery Function. | OpenDSA | Functional Programming |
| 92 | q_py_tree_inorder_traverse_es | Python PredictingFinalResult for demonstrating q_py_tree_inorder_traverse_es | QuizPET | ||
| 93 | q_py_tree_preorder_traverse_es | Python PredictingFinalResult for demonstrating q_py_tree_preorder_traverse_es | QuizPET | ||
| 94 | Complete Binary Tree Calculation Questions | Calculation Exercise, Battery | Self-practice questions requiring user to calcuate node positions and values in an array representation for a complete binary tree. | OpenDSA | Linked List |
| 95 | Typical Mistakes During Tree Traversal | Code Tracing Presentation | Slideshow demonstrating some typical mistakes when writing recursive binary tree traversals. | OpenDSA | Preorder Traversal |
| 96 | Recursive Operations in a Binary Tree | Presentation | Slideshow discussing recursive operations on a binary tree. | OpenDSA | Array-Based Stack |
| 97 | Lambda Calculus: How to Build a Parse Tree | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing building a parse tree for lambda calculus expressions. | OpenDSA | Lambda Calculus |
| 98 | Functional Programming Recursion: Summing Elements in a Tree | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing list-of-list (tree) processing in a functional programming language: sum all values. | OpenDSA | Functional Programming |
| 99 | Call Structure for the Fibonacci Sequence Problem | Algorithm Visualization | Slideshow showing the tree structure for calls by a recursive implementation of the Fibonacci sequence calculation. | OpenDSA | Dynamic Programming, Fibonacci Sequence |
| 100 | Call Structure for the Chained Matrix Multiplication Problem | Algorithm Visualization | Slideshow showing the tree structure for calls by a solution to the chained matrix multiplication problem. | OpenDSA | Dynamic Programming, Chained Matrix Multplication Problem |
| 101 | Functional Programming Recursion: BST | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing list-of-list (tree) processing in a functional programming language: Binary Search Tree Search. | OpenDSA | Functional Programming |
| 102 | Construir un programa que genere combinaciones únicas de 3 dígitos | Construye un programa que cree e imprima todas las combinaciones de tres digitos de los numeros del 1 al 4... | jsParsons | ||
| 103 | Construir un programa que genere combinaciones únicas de 3 dígitos | Construye un programa que cree e imprima todas las combinaciones de tres digitos de los numeros del 1 al 4... | jsParsons | ||
| 104 | Inorder Traversal Shown in Detail | Algorithm Visualization, Code Tracing Presentation | Slideshow presenting a detailed visualization of inorder traversal of a binary tree and how the recursion works. | OpenDSA | Inorder Traversal |
| 105 | Postorder Traversal Shown in Detail | Algorithm Visualization, Code Tracing Presentation | Slideshow presenting a detailed visualization of postorder traversal of a binary tree and how the recursion works. | OpenDSA | Postorder Traversal |
| 106 | Preorder Traversal Shown in Detail | Algorithm Visualization, Code Tracing Presentation | Slideshow presenting a detailed visualization of preorder traversal of a binary tree and how the recursion works. | OpenDSA | Preorder Traversal |
| 107 | PR Quadtree Interactive Visualization | Algorithm Visualization, User Supplied Data | PR Quadtree Visualization that allows the user to click on locations to insert points to be inserted into or deleted... | OpenDSA | PR Quadtree |
| 108 | Union/Find Proficiency Exercise | Tracing Exercise | Proficiency exercise for the Union/Find algorithm to maintain a collection of disjoint sets. User must show the complete sequence of... | OpenDSA | Union/Find Algorithm |
| 109 | Bintree Interactive Visualization | Algorithm Visualization, User Supplied Data | Interactive Algorithm Visualization for the Bintree data structure. User can click to indicate where a point should be inserted or... | OpenDSA | Bintree |
| 110 | Pair class with compareTo method | Code Completion | We sometimes want to compare two Pair objects, for example, when using pairs as keys in a tree map. | CodeCheck | Generic Types |