nandhini-1402

bannerimg

"Banner Image: Eye-catching visual element placed at the top of README file to represent project theme, showcase branding, or provide context. Captures attention, adds professionalism, and improves overall aesthetics of repository landing page."

House-Price-Prediction

Predicting house prices accurately requires considering factors like location, size, amenities, market trends, and condition. It's a complex process influenced by economic indicators and local dynamics. Accurate predictions demand comprehensive analysis and may vary greatly depending on specific circumstances.

iris-flower-classification

"Iris Flower Classification: A classic machine learning problem where features like sepal and petal dimensions classify iris species. Commonly tackled using algorithms like k-Nearest Neighbors or Support Vector Machines."

nandhini-1402

Welcome to my GitHub repository! Explore my projects, contributions, and insights. Dive into code, collaborate, and innovate. Let's build together. 💻🚀

PRODIGY_ML_01

Implement a linear regression model to predict the prices of houses based on their square footage and no of bed rooms and bathrooms

PRODIGY_ML_02

This code performs customer segmentation using RFM (Recency, Frequency, Monetary) analysis. It creates an RFM dataframe, determines optimal clusters with k-means, and orders clusters from worst to best. Customers are segmented into high, mid, and low value groups and visualized in a 3D plot for better marketing strategies.

PRODIGY_ML_03

Classify dogs and cats on svm algorithm

PRODIGY_ML_04

PRODIGY_ML_05

Wine-Quality-Prediction

Wine Quality Prediction: Jupyter Notebook containing machine learning models to predict wine quality based on various features. Includes data preprocessing, model training, evaluation, and insights. Ideal for understanding predictive analytics and model deployment.

nandhini-1402/PRODIGY_ML_02

This code performs customer segmentation using RFM (Recency, Frequency, Monetary) analysis. It creates an RFM dataframe, determines optimal clusters with k-means, and orders clusters from worst to best. Customers are segmented into high, mid, and low value groups and visualized in a 3D plot for better marketing strategies.

nandhini-1402/iris-flower-classification

"Iris Flower Classification: A classic machine learning problem where features like sepal and petal dimensions classify iris species. Commonly tackled using algorithms like k-Nearest Neighbors or Support Vector Machines."

nandhini-1402/Wine-Quality-Prediction

Wine Quality Prediction: Jupyter Notebook containing machine learning models to predict wine quality based on various features. Includes data preprocessing, model training, evaluation, and insights. Ideal for understanding predictive analytics and model deployment.

nandhini-1402/bannerimg

"Banner Image: Eye-catching visual element placed at the top of README file to represent project theme, showcase branding, or provide context. Captures attention, adds professionalism, and improves overall aesthetics of repository landing page."

nandhini-1402/Diamond-Pattern

Diamond Pattern: Formed by rows of characters arranged to resemble a diamond. Rows incrementally increase and decrease in character count, creating symmetry. Common in programming exercises, implemented using loops and conditionals in languages like Python, Java, etc.

nandhini-1402/Distinct-numbers-in-an-array

Given an array nums of positive integers of size N. Find all distinct digits present in nums. Example 1: Input: nums = [131, 11, 48] Output: 1 3 4 8 Explanation: 1, 3, 4, and 8 are only distinct digits that can be extracted from the numbers of the array.

nandhini-1402/FILES-DATASET

Repository containing datasets for various machine learning projects, curated and organized for easy access. Explore diverse datasets spanning medical disease domains, suitable for experimentation and analysis in data science projects. Ideal for enthusiasts and professionals alike.

nandhini-1402/github-profile-readme-generator

🚀 Generate GitHub profile README easily with the latest add-ons like visitors count, GitHub stats, etc using minimal UI.

nandhini-1402/LOGINPAGE

"Login Page: Secure gateway for users to access accounts or systems. Requires authentication, typically via username/email and password. Ensures privacy and access control for protected resources. Essential for web applications, platforms, and services."

nandhini-1402/MULTIPLE-DISEASE

Comprehensive dataset repository facilitating multiple disease prediction research. Curated datasets cover various medical conditions, enabling robust analysis and model development for predictive healthcare applications. A valuable resource for advancing disease diagnosis and treatment strategies

nandhini-1402/MULTIPLE-DISEASE-PREDICTION

"Comprehensive dataset repository facilitating the prediction of multiple diseases. Curated datasets covering various medical domains for machine learning projects. Empowering research and development in healthcare analytics for improved diagnosis and treatment outcomes."

nandhini-1402/nandhini-1402

Welcome to my GitHub repository! Explore my projects, contributions, and insights. Dive into code, collaborate, and innovate. Let's build together. 💻🚀

nandhini-1402/POSITIVE-OR-NEGATIVE-JAVA

Given an integer num input the objective is to write a code to Check if a Given Number is Positive or Negative in Java Language.

nandhini-1402/-Sum-of-First-N-Natural-Numbers-Java

Given an integer input the objective is to write a code to Find the Sum of N Natural Numbers in Java

nandhini-1402/BASIC-PROBLEMS

Python Basics: Master fundamental concepts like data types, loops, conditionals, and functions. Solve introductory challenges covering arithmetic, strings, lists, and dictionaries. Lay a strong foundation for your Python journey.

nandhini-1402/EVEN-OR-ODD-JAVA

Given an integer input num, the objective is to write a code to Check Whether a Number is Even or Odd in Java Language. To do so we check if the number is divisible by 2 or not, it’s Even if it’s divisible otherwise Odd.

nandhini-1402/Greatest-Number-Among-Three-Numbers--Java

Given three integers num1, num2 and num3 as inputs. The objective is to write a code to Find the Greatest of the Three Numbers in Java Language. To do so we’ll check the numbers with each other and print the largest of them all.

nandhini-1402/Greatest-of-Two-Numbers-Java

Given two integer inputs N1 and N2, the objective is to write a code to Find the Greatest of the Two Numbers in Java. In order to do so we’ll compare the numbers using if-else statements.

nandhini-1402/Leap-Year-or-not-Java

We will write Leap Year Program in Java. Given an integer input “year” the objective is to check if the given year is a leap year or not using the conditions for a leap year. Therefore, keeping them in mind we write a code to Check Whether or Not the Year is a Leap Year in Java Language.

nandhini-1402/Palindrome-or-not-Number-Java

Given an integer input as the number, the objective is to check whether or not the given number is a palindrome. To do so, we’ll first reverse the string input using loops and recursion and check if it matches the original number. Example Input : 121 Output : Palindrome

nandhini-1402/Prime-number-or-not-Java

Given an integer input greater than 0. The objective is to Check Whether or Not the Number is a Prime. To do so we’ll write a code to Check Whether a Given Number is Prime or Not in Java that checks for the factors of the Number besides 1 and the number itself.

nandhini-1402/Prime-number-within-a-given-range-Java

Given an integer input the objective is to check whether or not there are any Prime Numbers in the given interval or range. Therefore, we write a code to Find the Prime Numbers in a Given Interval in Java Language.

nandhini-1402/SUM-OF-DIGITS-OF-A-NUMBER-JAVA

Given an integer input number, the objective is t0 Find the Sum of the Digits of a Number in Java Language. To do we’ll break the number into it’s digits. Then we add them one by one as we extract them from the number using modulo operator “%”.

nandhini-1402/Sum-of-the-Numbers-in-a-Given-Range-Java

Given two integer inputs number1 and number2, the objective is to find the sum of all Number that lay in the given interval by writing a code to Find the Sum of the Numbers in a Given Range in Java Language.

nandhini-1402/927621BAL031

The Average Calculator Microservice is a REST API-based application that fetches and stores numbers from a test server, calculates their average within a defined window size, and responds to requests with current and previous states of stored numbers along with the average.

nandhini-1402/Badge

"Badge: Visual indicator added to README files, displaying project status or information like build passing, code coverage, or version. Enhances project visibility and credibility."

nandhini-1402/bank_transfer

This project implements a basic banking system allowing users to sign up with unique credentials, transfer money securely, and manage individual accounts. Built with React.js, Node.js, and MySQL, it offers a practical demonstration of full-stack web development concepts.

nandhini-1402/SEARCH-FILTER-REACT-JS

React Search Filter: Enhance user experience with dynamic search functionality powered by React.js. Easily implement filtering for lists, tables, and more. Boost usability and efficiency in your web applications.

nandhini-1402/CGPA-calculator

"This CGPA Calculator is a simple tool that allows students to calculate their CGPA easily. Enter the number of semesters and the SGPA for each one, and the calculator provides the CGPA without rounding off. Built with HTML, CSS, and JavaScript, it offers a user-friendly interface for quick academic tracking."

nandhini-1402/MULTISPECTRAL-WELLNESS-PREDICTOR

The objective of employing machine learning for this project is to enhance healthcare by leveraging data-driven insights. This includes developing accurate predictive models that can identify disease risk factors and patterns early, enabling proactive interventions and personalized treatment strategies.