Why Hive?
Smart Coder Program
Master Advanced Data Structures and Algorithms
Our Curriculum
Module I
Basics of Programming, Data Types & Operators, Complexity Analysis, Bit-Manipulation & Applications, Recursion & Backtracking
Module II
Sorting & Searching Techniques, Hashing Implementation & Libraries, Subarrays & Subsequences, Strings & Rolling Hash, Mixed-bag Concepts
Module III
Stacks & Queues, Linked Lists, LRU Cache, Trees - Binary Trees & Binary Search Trees, Priority Queues, Trie DS & Applications
Module IV
Dynamic Programming, Memoization vs Tabulation, Knapsack Problem & Applications, Graph Traversals, Graph Algorithms - Dijkstra's, Topological Sorting, MST
Duration: 14-16 Weeks
Only at ₹34,999/-
Coding 101 Program
Master Fundamentals of Coding
Our Curriculum
Module I
Programming Fundamentals, Variables & Data Types, Flow Controls & I/O, Good Coding Practices
Module II
Problem Solving, Data Type Ranges & Operators, Problems on Arrays & Matrices, Pattern Printing
Module III
String Manipulation, Character Arrays & Strings, String Operations & Problems on Strings
Module IV
Basics of DSA, Complexity Analysis of Algorithms, Basic Sorting & Searching Algorithms, Usage of Hashing Libraries
Duration: 4 Weeks
Only at ₹4,999/-
The Smart Instructor
Lowest Common Ancestor In Binary Trees & Binary Search Trees
Given a Binary Tree or a Binary Search Tree, find the Lowest Common Ancestor (LCA) of the given two nodes in the tree.
Binary Tree Tilt
Given a binary tree, find the sum of tilts of all the nodes in the tree. A tilt of a node is the absolute difference between the sum of left and right subtrees of that node.
Binary Tree Pruning
Given the root of a Binary Tree which contains only 0's and 1's as its node values, prune the nodes which doesn't contain 1 in either of its subtrees.
Converting BST to Greater Tree
A Greater tree of a Binary Search Tree (BST) is where every key of the original BST is changed to the original key plus the sum of all keys greater than the original key in the BST. Convert given BST to Greater Tree.
Identifying Same and Symmetric Trees
Given two Binary Trees p and q, we have to check if those two trees are the same and check if the trees are symmetric.
Boolean Binary Tree Evaluation
Evaluate the Binary Tree's final boolean value based on the given conditions and the value present at the nodes.
Univalued Tree Problem
Given a Binary Tree, check if it's Univalued. A Binary Tree is called Univalued if all the nodes of the tree contain the same value.
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