1. Interpreter MathWorks Compiler Course – Day 9

2. Interpreter –Source interpretation MathWorks Compiler Course – Day 9

3. Interpreter –Source interpretation –Tree interpretation MathWorks Compiler Course – Day 9

4. Interpreter –Source interpretation –Tree interpretation –Making P-code From shift/reduce sequence From tree MathWorks Compiler Course – Day 9

5. Interpreter –Source interpretation –Tree Interpretation –Making P-code –Interpreting P-Code MathWorks Compiler Course – Day 9

6. Interpreter JIT MathWorks Compiler Course – Day 9

7. Interpreter JIT –Pcode driven –Directly from source MathWorks Compiler Course – Day 9

8. Interpreter JIT Hybrid JIT-Interpreter –Switches between machine code and Pcode –Compile time vs. execution efficiency MathWorks Compiler Course – Day 9

9. Interpreter JIT Hybrid JIT-Interpreter Compiler –Module at a time –Linkers MathWorks Compiler Course – Day 9

10. Interpreter JIT Hybrid JIT-Interpreter Compiler Code Optimization MathWorks Compiler Course – Day 9

11. Code Optimization –Specifying meaning MathWorks Compiler Course – Day 9

12. Code Optimization –Specifiying meaning –“as-if” rule MathWorks Compiler Course – Day 9

13. Code Optimization –Specifying meaning –“as-if” rule –Cache aware MathWorks Compiler Course – Day 9

14. Code Optimization –Specifying meaning –“as-if” rule –Cache aware –Local optimization Constant folding Peephole optimization Identities MathWorks Compiler Course – Day 9

15. Code Optimization –Specifying meaning –“as-if” rule –Cache aware –Local optimization –Non-local optimization Common subexpression elimination Hoisting MathWorks Compiler Course – Day 9

16. Code Optimization –Specifying meaning –“as-if” rule –Cache aware –Local optimization –Non-local optimization –Heavy-duty optimization Flow analysis Register allocation MathWorks Compiler Course – Day 9