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Fitness tracking
application
D B M S m i n i p r o j e c t
Bharath Rajashekar
Kartik Lutimath
Shankar S
Tanush K Reddy
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Introduction:
• The Fitness Web Application is a digital tool designed to
assist individuals in monitoring and managing their
fitness and overall health.
• It simplifies the process of recording and tracking
various aspects of fitness, such as exercise routines,
dietary habits, and health-related information.
• By offering an intuitive interface and secure data
storage, the application aims to support users in
achieving their health and wellness goals effectively.
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Overview and Objective
• The primary objective of the Fitness Web Application is to
provide users with a centralized platform to manage their
fitness journey comprehensively. Here's a breakdown of the
objectives:
• User-Friendly Experience: Ensure that users can easily
input and track their fitness activities, workouts, nutrition, and
health data without encountering complications.
• Secure Data Management: Utilize robust database systems
to securely store and manage user data, safeguarding it
against unauthorized access and ensuring data privacy.
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Overview and Objective
• Wearable Device Integration: Enable seamless integration
with wearable fitness devices to facilitate automatic data
synchronization and enhance user convenience.
• Simplified Design: Design the application with simplicity and
user-friendliness in mind, ensuring that users can navigate the
interface effortlessly and access desired features without
confusion.
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Software Requirements
• Development Tools: Text editors or integrated development
environments (IDEs) for writing and editing code, such as
Visual Studio Code, Sublime Text, or Atom.
• Web Browser: Software applications used by users to
access and interact with the web application. Common
browsers include Chrome, Firefox, Safari, etc.
• Programming Languages: Technologies used to develop the
application's frontend (HTML, CSS, JavaScript, React app)
and backend (Python, PHP, JavaScript, etc.).
• Database System: Software designed to manage and store
structured data efficiently. Common choices include MySQL,
PostgreSQL, MongoDB, etc.
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Hardware Requirements
• Computer or Server: A physical or virtual machine capable
of hosting the web application, storing files, and processing
user requests.
• Memory and Processing Power: Sufficient RAM (Random
Access Memory) and CPU (Central Processing Unit)
resources to handle concurrent user requests and maintain
application responsiveness.
• Storage Space: Adequate disk space to store application
files, databases, and user data securely.
• Internet Connection: An active internet connection to access
external resources, communicate with the database server,
and provide online functionality to users.
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Hardware Requirements
• Computer or Server: A physical or virtual machine capable
of hosting the web application, storing files, and processing
user requests.
• Memory and Processing Power: Sufficient RAM (Random
Access Memory) and CPU (Central Processing Unit)
resources to handle concurrent user requests and maintain
application responsiveness.
• Storage Space: Adequate disk space to store application
files, databases, and user data securely.
• Internet Connection: An active internet connection to access
external resources, communicate with the database server,
and provide online functionality to users.
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Status of the Project:
• Completed Tasks:
• Developed the frontend structure for essential pages, including the homepage, profile,
workouts, nutrition, and settings.
• Implemented navigation functionality allowing users to move between different sections of
the application seamlessly.
• Designed and styled user interface components, including headers, navigation bars,
sections, buttons, and forms, to ensure a visually appealing and user-friendly experience.
• Integrated responsive design principles to ensure compatibility and optimal display across
various devices and screen sizes.
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Upcoming Backend Tasks:
• Upcoming Backend Tasks:
• Establishing backend server infrastructure to handle user authentication, data storage, and
retrieval processes.
• Implementing server-side logic to process user inputs, validate data, and interact with the
database management system.
• Setting up database schemas and tables to store user profiles, fitness activities, workouts,
nutrition data, and other relevant information securely.
• Developing APIs (Application Programming Interfaces) to facilitate communication between
the frontend and backend components, enabling data exchange and application functionality.
• Conducting thorough testing to ensure the integration between frontend and backend
systems is seamless and robust.
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