Compiler Design

Compiler Design lecture 1-- Introduction and various phases of compiler.
Introduction to Lexical Analyzer and Grammars | L 2 | Compiler Design | GATE CS #RavindrababuRaula.
Ambiguous Grammars and Making Them Unambiguous | L 3 | Compiler Design | GATE CS #RavindrababuRaula.
Elimination of Left Recursion and Left Factoring the Grammars | L 4 | Compiler Design | GATE CS/IT.
Introduction to parsers and LL(1) parsing | L 5 | Compiler Design | GATE CS/IT #RavindrababuRaula.
Compiler Design Lecture 6 -- Examples on how to find first and follow in LL(1).
Construction of LL(1) Parsing Table | L 7 | Compiler Design | GATE CS/IT #RavindrababuRaula.
Recursive Descent Parser | L 8 | Compiler Design | GATE CS/IT #RavindrababuRaula.
Compiler Design | L - 9 | Operator grammar & Operator precedence parser | CS/IT #RavindrababuRaula.
Compiler Design Lecture 10 -- LR parsing, LR(0) items and LR(0) parsing table.
LR(0) pasing example and SLR(1) | L 11 | Compiler Design | GATE CS/IT #RavindrababuRaula.
Examples of LR(0) and SLR(1) | L 12 | Compiler Design | GATE CS/IT #RavindrababuRaula.
Compiler Design Lecture 13 -- Examples of LR(0) and SLR(1).
CLR(1) and LALR(1) Parsers | L 14 | Compiler Design | GATE CS/IT #RavindrababuRaula.
Compiler Design Lecture 15 -- conflicts and examples of CLR(1) and LALR(1).
Compiler Design Lecture 16 -- Examples of CLR(1) and LALR(1) and comparison of all the parsers.
Syntax directed translation examples | L 17 | Compiler Design | GATE CS/IT #RavindrababuRaula.
Compiler Design Lecture 18 -- Examples of SDT.
Compiler Design Lecture 19 -- S attributed and L attributed definitions.
About the lectures | GATE CS/IT #RavindrababuRaula.
Directed Acyclic Graph (DAG) with Examples | Compiler Design | GATE CS | Ravindrababu Ravula.
Common sub expression elimination, copy propagation, constant propagation | Compiler Design.
Phases of Compiler Design Practice Questions | CD | GATE CS | GATE 2022 | Ravindrababu Ravula.