Kartik Kumar's repositories
AR-Furniture-Shopping-Android-Application
The AR Furniture Shopper app uses Augmented Reality (AR) to let users visualize and interact with furniture in their own homes, making online shopping more immersive and informed. This reduces returns and enhances customer satisfaction by providing a realistic preview of products.
Obesity-Prediction-Using-Machine-Learning-Techniques
This project aims to develop a predictive model for obesity using various machine learning algorithms. By analyzing lifestyle, dietary, and demographic data, the model identifies individuals at risk of obesity, enabling early intervention and personalized health recommendations.
Sudoku-Solver-using-backtracking
The "Sudoku Solver using Backtracking" project focuses on creating an algorithm in python that efficiently solves Sudoku puzzles by recursively attempting to place numbers in a grid while backtracking to correct mistakes.
Snake-game-using-cpp
The "Snake Game using C++" project involves developing a classic snake game with smooth controls, dynamic gameplay, and engaging graphics, utilizing C++ for efficient execution and easy customization.
Network-design-proposal-for-internet-cafe
The "Network Design Proposal for Internet Cafe" project aims to establish a secure, high-speed network with optimal coverage and scalability to enhance user experience and support future growth.
Instagram-Login-page
Instagram login page created using html and css
Movies-Website
The "Movies Website using HTML and CSS" project involves designing a visually appealing and user-friendly interface for a movie information site, employing HTML for structure and CSS for styling to create an engaging experience for front-end users.
Flipkart-UI-Clone
The "Flipkart UI Clone" project involves designing and replicating Flipkart's homepage using HTML and CSS, creating a fully responsive site that mimics the original interface for an authentic user experience.
Side-Navigation-bar
The "Side Navigation Bar using HTML and CSS" project entails crafting a sleek and functional sidebar menu with HTML for structure and CSS for styling, offering smooth navigation and intuitive user interaction for enhanced website usability.
Snake-game-using-python
The "Snake Game using Python" project entails developing a classic snake game using Python programming, incorporating elements such as user-controlled snake movement, collision detection, score tracking, and graphical display, providing an enjoyable gaming experience.
Credit-and-Debit-Card-Payment-Form
The "Credit and Debit Card Payment Form using HTML and CSS" project involves crafting a responsive payment form interface with fields for credit and debit card details, ensuring compatibility across various devices and screen sizes for a seamless user experience.
Heart-disease-prediction-using-ML
The "Heart Disease Prediction using Machine Learning Algorithms" project aims to develop a model for early detection of heart disease through analysis of medical data using machine learning techniques.
Injection-Animation-effect
The "Injection Animation Effect using HTML and CSS" project involves designing a visually engaging animation that simulates an injection process using HTML and CSS, enhancing website interactivity and user experience.
Loading-Animation
The "Loading Animation Effect using HTML and CSS" project involves designing an animated loading spinner or progress indicator using HTML and CSS to provide visual feedback to users while content is being loaded or processed, enhancing user experience and perception of responsiveness.
Ping-Pong-game-using-python
The "Ping Pong Game using Python" project entails developing a classic ping pong game using Python programming, incorporating elements such as player controls, ball physics, scoring, and graphical display to create an interactive gaming experience.