Design Implementation Real-Time Collaborative Code is a M.Tech project topic for Computer Science & Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Design Implementation Real-Time Collaborative Code Project Details
| Abstract |
This research explores the architectural design, implementation methodologies, and performance evaluation of a high-performance web-based collaborative code editor. The system addresses critical challenges in modern software engineering, particularly those related to distributed development workflows and the limitations of asynchronous tools like traditional IDEs and source control. A decoupled client-server architecture forms the foundation, with the frontend leveraging React.js and Microsoft's Monaco Editor for advanced code rendering, intelligent suggestions, and efficient virtual DOM diff computations. Real-time synchronization of character inputs, session management, and collaborative cursor positioning across multiple user workspaces are facilitated through persistent, bidirectional Socket.IO protocols operating over active TCP pathways. For secure and isolated execution of user-submitted code, the
system integrates a Docker engine sandbox. This sandbox intercepts raw script strings, manages temporary filesystem targets, and enforces explicit resource control, allocating 0.5 CPU cores and 100 MB of hardware memory to isolated Node.js and Python runtime environments. Comprehensive performance assessments demonstrate sub-100 ms UI rendering synchronization delays and robust fault insulation, validating the system's efficacy in providing a seamless and secure collaborative development experience.
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| Reference Paper |
Design and Implementation of a Real-Time Collaborative Code Editor with Containerized Remote Execution Environments |
| Domain |
Computer Science & Engineering |
| Sub-Domain |
Software Engineering / Distributed Systems |
| PDF Download |
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| Get Help |
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