This course provides an in-depth understanding of Compiler Optimization Techniques, focusing on improving program performance, reducing execution time, and optimizing memory usage during code compilation. Learners will explore optimization strategies used in modern compilers, including code analysis, intermediate code optimization, loop transformations, register allocation, instruction scheduling, and machine-level optimizations. Through practical examples, students will understand how compilers transform source code into highly efficient executable programs.
Course Outcomes
Understand the fundamentals of compiler design and optimization phases
Analyze intermediate representation (IR) for optimization opportunities
Apply constant folding, constant propagation, and dead code elimination
Implement common subexpression elimination and copy propagation
Optimize loops using loop unrolling, loop invariant code motion, and strength reduction
Understand control flow graphs and data flow analysis techniques
Perform register allocation and instruction scheduling optimizations
Analyze machine-dependent and machine-independent optimizations
Improve code execution speed and memory efficiency
Understand peephole optimization techniques
Evaluate trade-offs between optimization levels and compilation time
Build practical knowledge of how modern compilers optimize real-world programs
