CLOUD BASED GAMING
PLATFORM
Abstract:
Cloud-based gaming platforms revolutionize the gaming experience by leveraging cloud
computing to allow high-quality, resource-intensive games to be played on any device
with an internet connection, eliminating the need for expensive hardware. By streaming
games from powerful remote servers, these platforms ensure smooth gameplay and
instant access to the latest titles without manual updates. Additionally, they promote
cross-platform play, enabling seamless connectivity among players on different devices.
With features like reduced latency and the ability to save progress across devices, cloud
gaming offers a flexible and accessible gaming experience, redefining the gaming
landscape for players worldwide.
Developing three games within a single platform using HTML presents an exciting
opportunity to showcase a range of gaming experiences. This abstract outlines the
approach to designing and implementing three distinct games—a platformer, a memory
game, and a shooting game— using HTML, CSS, and JavaScript.
Platformer Game:
The platformer game will focus on a character navigating through levels, jumping over
obstacles, and collecting items. HTML's canvas element will be utilized to create the
game environment. JavaScript will handle player input, physics, and game logic. CSS
will be used for styling and layout to enhance the game's visual appeal and user
experience.
Memory Game:
The memory game will challenge players to match pairs of cards within a grid. HTML
will be used to create the game board and cards. CSS will style the cards and provide
animations for flipping them. JavaScript will manage game logic, including card
matching, game state, and scoring. The game will feature different difficulty levels and a
timer to add complexity and replay value.
Snake and Ladder Game:
The Snake and Ladder game will involve players rolling dice to move their tokens on a
board with numbered squares, aiming to reach the final square first. HTML elements will
be utilized for the game board and user interface. JavaScript will manage dice rolling,
token movement, and game rules, including snake and ladder interactions. CSS will be
applied for styling the game elements, enhancing the visual appeal and user experience.
System Requirements:
Hardware Requirements:
1. CPU: Dual-core processor or higher.
2. RAM: 2 GB or higher.
3. GPU: Not required for basic gameplay, integrated graphics are sufficient.
Software Requirements:
1. Operating System: Windows 7 or later, macOS, or Linux.
2. Development Environment: Any text editor or IDE for HTML, CSS, and JavaScript
development. Examples include Visual Studio Code, Sublime Text, or Atom.
3. Web Browser: Latest versions of Chrome, Firefox, Safari, or Edge for testing and
playing the games.
4. Optional: Node.js for running a local development server.
Tools and Versions:
1. TensorFlow: Version 2.7.0
2. Docker: Version 20.10.11
3. Flask: Version 2.0.2
4. Scikit-learn: Version 0.24.2
