Add to ORKGIn this lecture we first extend liveness analysis to handle memory refer-ences and then consider neededness analysis which is similar to liveness and used to discover dead code. Both liveness and neededness are back-wards dataflow analyses. We then describe reaching definitions, a forward
The compiler process, the one that transforms a program in a high level language into assembly or bi...
Lexical analysis is the first phase of a compiler. Its job is to turn a raw byte or character input ...
AbstractDataflow analysis is a well-understood and very powerful technique for analyzing programs as...
We will see different kinds of program analyses in the course, most of them for the purpose of progr...
We have seen numerous dataflow analyses in class. They have a lot more in common than one might thin...
Analysis for Prolc)g For the class of applicative programming languages, efficient methods for recla...
Data flow analysis is used to discover information for a wide variety of useful applications, rangin...
Liveness analysis is an important analysis in optimizing compilers. Liveness information is used in ...
Dataflow analysis is a well-understood and very powerful technique for analyzing programs as part of...
More information on dataflow analysis and monotone frameworks can be found in [NNH99]. More informat...
While software developers make every effort to develop correct, easily maintainable and efficient pr...
Live-structure analysis addresses the problem of memory reuse for logic programs through program ana...
Data-flow analyses, such as live variables analysis, available expressions analysis etc., are useful...
Data-flow analysis is an integral part of any aggressive optimizing compiler. We propose a framework...
This paper describes a general and powerful method for dead code analysis and elimination in the pre...
The compiler process, the one that transforms a program in a high level language into assembly or bi...
Lexical analysis is the first phase of a compiler. Its job is to turn a raw byte or character input ...
AbstractDataflow analysis is a well-understood and very powerful technique for analyzing programs as...
We will see different kinds of program analyses in the course, most of them for the purpose of progr...
We have seen numerous dataflow analyses in class. They have a lot more in common than one might thin...
Analysis for Prolc)g For the class of applicative programming languages, efficient methods for recla...
Data flow analysis is used to discover information for a wide variety of useful applications, rangin...
Liveness analysis is an important analysis in optimizing compilers. Liveness information is used in ...
Dataflow analysis is a well-understood and very powerful technique for analyzing programs as part of...
More information on dataflow analysis and monotone frameworks can be found in [NNH99]. More informat...
While software developers make every effort to develop correct, easily maintainable and efficient pr...
Live-structure analysis addresses the problem of memory reuse for logic programs through program ana...
Data-flow analyses, such as live variables analysis, available expressions analysis etc., are useful...
Data-flow analysis is an integral part of any aggressive optimizing compiler. We propose a framework...
This paper describes a general and powerful method for dead code analysis and elimination in the pre...
The compiler process, the one that transforms a program in a high level language into assembly or bi...
Lexical analysis is the first phase of a compiler. Its job is to turn a raw byte or character input ...
AbstractDataflow analysis is a well-understood and very powerful technique for analyzing programs as...