Final year project report on compilers in the field of computer science.
Computer Science Final Year Project Report on Compilers
Introduction
In the field of computer science, compilers play a crucial role in translating high-level programming languages into machine code that can be understood by the processor. Compilers are essential tools used by developers to write efficient and optimized code for various applications. This project focuses on evaluating the existing system of compilers and proposes a new system with improved features and advantages.
Problem Statement
The existing compilers have certain limitations and drawbacks that hinder the development process. These limitations can include slow compilation speed, lack of support for modern programming languages, and inefficiency in generating optimized code. The goal of this project is to address these issues and propose a new compiler system that overcomes these limitations.
Existing System
The current compilers in use have been developed over the years and have evolved to support a wide range of programming languages. However, they still face certain challenges such as limited support for parallel processing, lack of optimization techniques, and compatibility issues with new hardware architectures. These limitations can impact the performance and efficiency of the compiled code.
Disadvantages
Some of the disadvantages of the existing compilers include:
- Slow compilation speed
- Lack of support for modern programming languages
- Inefficient code generation
- Poor optimization techniques
- Compatibility issues with new hardware architectures
Proposed System
The proposed system aims to address the limitations of the existing compilers by introducing new optimization techniques, improved code generation algorithms, and enhanced support for modern programming languages. The new system will also focus on improving compilation speed and efficiency, as well as compatibility with new hardware architectures.
Advantages
Some of the advantages of the proposed system include:
- Improved compilation speed
- Enhanced support for modern programming languages
- Advanced optimization techniques
- Efficient code generation
- Compatibility with new hardware architectures
Features
The new compiler system will incorporate the following features:
- Parallel processing support
- Advanced optimization algorithms
- Code generation improvements
- Support for new programming paradigms
- Compatibility with modern hardware architectures
Conclusion
In conclusion, this project aims to evaluate the existing system of compilers and propose a new system with enhanced features and advantages. By addressing the limitations of the current compilers and introducing new optimization techniques, the proposed system will improve compilation speed, code generation efficiency, and support for modern programming languages. This project will contribute to the advancement of compiler technology and help developers write optimized and efficient code for various applications.