AI artificial Teacher and Student Helper - qstss.com

AI artificial Teacher and Student Helper

This is a very detailed project prepared by the Qatar Science and Technology School (QSTSS) students to help teachers and students with their studies. Qstss.com is an advanced AI-powered platform that facilitates the creation and administration of quizzes. With Qstss.com, users can easily create customized quizzes for various educational purposes such as e-learning

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Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Web presence

2023

Established

600

Children

3

Countries

Target group

Teachers

Updated

March 2024

qstss.com offers a user-friendly interface accessible to both educators and learners. The platform provides easy navigation, intuitive controls, and clear instructions, allowing users to navigate through the quizzes effortlessly. The user-friendly design enables educators to create, assign, and manage quizzes efficiently, while students can easily access and complete the quizzes at their own pace

About the innovation

Why did you create this innovation?

This is a very detailed project prepared by the Qatar Science and Technology School (QSTSS) students to help teachers and students with their studies

What does your innovation look like in practice?

Qstss.com is an advanced AI-powered platform that facilitates the creation and administration of quizzes. This innovative tool is developed with the aim of enhancing the learning experience by engaging users through interactive quizzes.

With Qstss.com, users can easily create customized quizzes for various educational purposes such as e-learning, training, assessments, and entertainment. The platform offers a user-friendly interface, making it accessible to both beginners and experienced users. It provides a wide range of features designed to meet diverse learning objectives and preferences.

One of the main features of Qstss.com is its question editor. Users can create questions using different question types, including multiple-choice, true or false, fill in the blanks, and more. The platform also supports the inclusion of multimedia elements like images, videos, and audio files to make the quizzes more engaging and interactive.

How has it been spreading?

2 years

If I want to try it, what should I do?

Please goto: qstss.com and create a free account

Implementation steps

Define the Purpose and Scope

- Determine the specific domain and topic for your quizbot, such as general knowledge, science, or history.
- Decide on the level of difficulty and the types of questions you want the bot to generate (multiple choice, true/false, fill in the blanks, etc.).
- Establish the number of questions per quiz and any additional features you want to include, such as hints or explanations.

Architectural Design:

- Identify the necessary components for your quizbot, such as a user interface, natural language processing (NLP) engine, and a knowledge base.
- Choose a programming language suitable for your project, depending on your familiarity and the resources available.
- Determine the infrastructure required to host and deploy your quizbot, such as a cloud server or a web hosting platform.

Natural Language Processing:

- Integrate a natural language processing library into your project to handle user input and generate appropriate responses.
- Train the NLP engine to understand various types of questions and provide accurate answers.
- Preprocess and clean the user's input to eliminate noise and improve the accuracy of the NLP model.

Knowledge Base:

- Gather a set of questions and answers relevant to your chosen domain. Ensure that the knowledge base is comprehensive and up to date.
- Format the questions and answers in a suitable structure, such as a JSON or CSV file.
- Create a database to store the knowledge base or alternatively load it into memory during runtime.

Quiz Generation:

- Implement a quiz generation algorithm that selects a set number of questions from the knowledge base, ensuring they cover different aspects of the topic.
- Randomize the order of the questions and present them to the user.
- Consider incorporating additional features like hints or explanations.

User Interface:

- Design an intuitive user interface to interact with the quizbot.
- Develop an input mechanism for users to provide their answers, such as buttons or text fields.
- Display the quiz questions, keep track of the user's progress, and provide real-time feedback on their answers.

Result

- Implement a mechanism to restrict the number of results to one.
- Adjust the quiz generation algorithm to limit the output to a single quiz.
- Alternatively, modify the user interface to display only one quiz at a time.
- Define a character limit for the output and check the length of the generated results.
- Trim the output to fit within the specified length constraint, ensuring the critical information is retained.
- Prioritize concise and relevant information