Harini240

Harini240's Stars

• Harini240/NODE-JS

  Language:JavaScript1

• Harini240/fundamentals-of-deep-learning

  Language:Jupyter Notebook1

• Raghavardhini/Mini-project-Machine-Learning-using-regression

  Language:Jupyter Notebook11

• Mekala01072004/Intern-CodSoft

  Language:Java1

• ChandruMuthuswamy/Time_series_using_Gaussian_mixtures

  Gaussian mixture models provide an appealing tool for time series modelling. By embedding the time series to a higher-dimensional space, the density of the points can be estimated by a mixture model. The model can directly be used for short-to-medium term forecasting and missing value imputation.

  Language:Jupyter Notebook171

• ChandruMuthuswamy/payment-page

  This payment page will be more useful for billing in e-commerce website

  Language:HTML17

• ChandruMuthuswamy/Add-to-cart-page

  Here is the Add to cart page for E-commerce or food booking website using html,css, javascript

  Language:CSS15

• Harini240/hithubp2

  10

• Harini240/githubp1

  10

• Harini240/my-first-webpage

  Language:HTML10

• Harini240/Harini240

  Config files for my GitHub profile.

  Language:Jupyter Notebook10

• Raghavardhini/jayanthansenthilkumar

  Config files for my GitHub profile.

  6

• Raghavardhini/java-code

  Language:Java5

• Raghavardhini/hankerrank-program

  6

• Raghavardhini/Raghavardhini

  Config files for my GitHub profile.

  Language:Jupyter Notebook13

• Karishsk/htlm-login-code

  13

• Karishsk/html-code

  12

• Karishsk/html-cofe-of-reg-and-login-page

  12

• Karishsk/MLA-MINI-PROJECT

  Language:Jupyter Notebook13

• Karishsk/sentimental-analysis

  Language:Jupyter Notebook14

• Karishsk/-Implementing-Object-Oriented-Concepts-

  This project leverages Object-Oriented Programming (OOP) principles to create a modular, maintainable, and scalable sentiment analysis application. The key OOP concepts used in this project are encapsulation, inheritance, polymorphism, and abstraction.

  11

• Karishsk/Implementing-Control-Statements---Determining-a-year-leap-or-Not-oops-

  In this section, we describe the implementation of control statements in Python to determine whether a given year is a leap year. This task is a common exercise in understanding control flow, which includes if-else statements and logical operators

  9

• Karishsk/-Implementing-Interface-Methods-

  9

• Karishsk/-Implement-a-simple-calculator.-in-java

  The calculator is implemented using basic Java constructs such as classes, methods, and control statements.

  Language:Jupyter Notebook9

• Swathimuniyasamy/Swathi

  14

• Swathimuniyasamy/Swathimuniyasamy

  Config files for my GitHub profile.

  14

• Amirthavarsini13/med-qr

  10

• Amirthavarsini13/Amirthavarsini13

  Config files for my GitHub profile.

  6

• Amirthavarsini13/codsoft

  10

• Amirthavarsini13/codsoft.py

  Language:Python10