thesparksfoundation

There are 90 repositories under thesparksfoundation topic.

  • Basic_Banking_App

    This app was developed to complete Task #2 of the Graduate Rotational Internship Program (GRIP) by The Sparks Foundation.

    Language:Java

  • Social_Media_Integration

    About This app was developed to complete Task #5 of the Graduate Rotational Internship Program (GRIP) by The Sparks Foundation.

    Language:Java

  • The-Sparks-Foundation-Tasks

    Predict the percentage of an student based on no. of student hour.

    Language:Jupyter Notebook

  • The-Spark-Foundation

    Task1: Prediction using Supervised ML

    Language:Jupyter Notebook

  • GRIP_Prediction_Using_Unupervised_ML

    This repository contains the file for the task that was done as part of my internship in The Sparks Foundation with specialization - Data Science & Business Analytics.

    Language:Jupyter Notebook

  • GRIP_Prediction-Using-Supervised-ML

    This repository contains the files for the task that was done as part of my internship in The Sparks Foundation with specialization - Data Science Intern & Business Analytics

    Language:Jupyter Notebook

  • GRIP_spark_foundation_task_3

    GRIP the spark foundation task 3 - Payment integration

    Language:JavaScript

  • GRIP_spark_foundation_task_2

    GRIP the spark foundation task 2 - basic banking application

    Language:Java

  • TSF-Internship

    Graduate Rotational Internship Program by The Sparks Foundation. During this Internship, I have worked on projects related to Prediction using Supervised and Unsupervised Machine Learning.

    Language:Jupyter Notebook

  • Task5-Social-media-integration

    GRIP the spark foundation task 5 - Social media integration

    Language:Java

  • Task-2-Data-Science

    TSF internship task 2 data science.From the given ‘Iris’ dataset, predict the optimum number of clusters and represent it visually

    Language:Jupyter Notebook

  • Task1-BasicBankingSystem

    TSF internship task 1. Creating the application which perform basic banking transaction.

    Language:PHP

  • Supervised-Learning-based-on-ML

    Predicting the percentage of a student based on the no. of study hours

    Language:Jupyter Notebook

  • Task-1-Data-Science

    TSF task 1 data science. Predict the percentage of an student based on the no. of study hours

    Language:Jupyter Notebook

  • Traffic-Sign-Classification-Recognition-System

    Implement a real time traffic sign classifier which identifies the traffic sign and gives an alert. ● Below resources are just for references you can use any library/approach to achieve the goal. ● Resources: link1 link2 ● Task submission: 1. Host the code on GitHub Repository (public). Record the code and output in a video. Post the video on YouTube 2. Share links of code (GitHub) and video (YouTube) as a post on YOUR LinkedIn profile 3. Submit the LinkedIn link in Task Submission Form when shared with you. 4. Please read FAQs on how to submit the tasks.

    Language:Python

  • Social-Distancing-Detector

    Implement a real time Social Distancing detector which can identify the distance between two individuals in a crowd. ❖ Below resources are just for references you can use any library/approach to achieve the goal. ❖ Resources: link1 link2 ❖ Task submission: 1. Host the code on GitHub Repository (public). Record the code and output in a video. Post the video on YouTube 2. Share links of code (GitHub) and video (YouTube) as a post on YOUR LinkedIn profile 3. Submit the LinkedIn link in Task Submission Form when shared with you. 4. Please read FAQs on how to submit the tasks.

    Language:Python

  • Basic-Banking-System-TheSparksFoundation

    A dynamic banking web application to transfer money to users.

    Language:HTML

  • Color-Identification-in-Images

    Implement an image color detector which identifies all the colors in an image or video. ● Below resources are just for references you can use any library/approach to achieve the goal. ● Resources: link1 ● Task submission: 1. Host the code on GitHub Repository (public). Record the code and output in a video. Post the video on YouTube 2. Share links of code (GitHub) and video (YouTube) as a post on YOUR LinkedIn profile 3. Submit the LinkedIn link in Task Submission Form when shared with you. 4. Please read FAQs on how to submit the tasks.

    Language:Jupyter Notebook

  • Object-Detection-and-Optical-Character-Recognition-OCR

    Implement an object detector which identifies the classes of the objects in an image or video. OR ● Character detector which extracts printed or handwritten text from an image or video. ● Below resources are just for references you can use any library/approach to achieve the goal. ● Resources: link1 link2 ● Task submission: 1. Host the code on GitHub Repository (public). Record the code and output in a video. Post the video on YouTube 2. Share links of code (GitHub) and video (YouTube) as a post on YOUR LinkedIn profile 3. Submit the LinkedIn link in Task Submission Form when shared with you. 4. Please read FAQs on how to submit the tasks.

    Language:Python

  • Prediction-using-Supervised-ML

    To predict the percentage of marks of an student based on the number of study hours

    Language:Jupyter Notebook

  • Task-6-Testing

    TSF Task 6. testing website using selenium

    Language:Java

  • Basic-Banking-System

    A basic banking system which will just transfer money between multiple customers.

    Language:PHP

  • Payment-Gateway-Integration

    A simple website where we find a path to donate and payment gateway is integrated.

    Language:HTML

  • Payment-Gateway-Integration

    A simple website where payment gateway is integrated.

    Language:HTML

  • Exploratory-Data-Analysis---Sports

    Performing ‘Exploratory Data Analysis’ on dataset ‘Indian Premier League’

    Language:Jupyter Notebook

  • LoginInt

    This app is made to complete Social Media Integration (Task #5) for Graduate Rotational Internship Program at The Sparks Foundation. This app's functionality is to display UserName, Email ID and Profile picture when a user logs in the app through G-Mail or Facebook.

    Language:Java

  • Exploratory-Data-Analysis-on-IPL

    Performing 'Exploratory Data Analysis’ on dataset of Indian Premier League (IPL) Sport.

    Language:Jupyter Notebook

  • Prediction-using-Decision-Tree-Algorithm

    Creating the Decision Tree classifier and visualizing it graphically.

    Language:Jupyter Notebook

  • Prediction-using-Supervised-ML

    Predict the percentage of a student based on the no. of study hours.

    Language:Jupyter Notebook

  • Prediction-using-Supervised-Machine-Learning-

    Predicting the percentage of an student based on the no. of study hours.

    Language:Jupyter Notebook

  • Prediction-using-Supervised-ML

    Predicting the percentage of an student based on the no. of study hours

    Language:Jupyter Notebook

  • The-Sparks-Foundation_Internship

    Spark Foundation Internship Tasks

    Language:Jupyter Notebook

  • ela2

    GRIPMAY'21 Task2- Prredict Iris flower species(iris-sesota,iris-versicolor and iris-virginica) with K-means Clustering using Python.

    Language:Jupyter Notebook

  • Social-Media-Integration

    This app was developed to complete Task #5 of the Graduate Rotational Internship Program (GRIP) by The Sparks Foundation.

    Language:Java

  • ela

    GRIPMAY21 Task-1-Predict the percentage of an student based on the no. of study hours.

    Language:Jupyter Notebook

  • CI-CD-Cloud-Computing

    CI/CD CLOUD COMPUTING: Read up about AWS or Azure. ◇ Write up about the steps of setup and essentials of AWS EC2 or Azure VM (one page step by step). ◇ Create an EC2 or azure VM instance and access it through ssh from your pc over internet. ◇ In the EC2, deploy and run any application (a website with tomcat/spring boot) or python based project. ◇ Use at least one service apart from EC2 or VM, i.e. Database service, or MQ, ML, Mobile or any other services provided by AWS or Azure. ◇ Submit the URL of the application which is running on EC2.