AbstractLexical Analysis is the first and foremost step of a compiler. Various attempts have been made to improve the lexical analysis phase by exploiting the inherent parallel processing capability of multi-core machines. In this paper we present an approach for doing parallel lexical analysis using OpenMP. We demonstrate the improvement in lexical analysis phase by automatically generating C programs having up to 10,000 potentially parallel constructs like if..else, for, while loops, switch..case etc. The maximum speedup achieved for 7 CPUs is 6.84
The term “lexical” in lexical analysis process of the compilation is derived from the word “lexeme”,...
Abstract: The developments of multi-core technology have induced big challenges to software structur...
Cluster platforms with distributed-memory architectures are becoming increasingly available low-cost...
The multi-core machines open new doors to achieve parallelism in single machine. This new architectu...
Aim of this thesis is to invent method, which should accelerate speed of the analysis of source text...
Purpose: Massive multi-core architecture is rapidly becoming the standard in digital technology due ...
The advent of multi-core architecture has highly influenced the area of high performance computing. ...
Purpose: The processing power of machines will continue to accelerate massively. Modern eras of comp...
Directive-drive programming models, such as OpenMP, are one solution for exploiting the potential of...
This bachelor thesis deals with generating a lexical analyzer which analyzes a file in parallel, i.e...
Parallel reduction algorithms are frequent in high performance computing areas, thus, modern paralle...
Single core designs and architectures have reached their limits due to heat and power walls. In orde...
Abstract — Parallelization is an important technique to increase the performance of software program...
A method for using dozens of conventional VonNeuman processors to tokenize programs in parallel is d...
To communicate with a computer in spoken language is an unattained challenge of Artificial Intellige...
The term “lexical” in lexical analysis process of the compilation is derived from the word “lexeme”,...
Abstract: The developments of multi-core technology have induced big challenges to software structur...
Cluster platforms with distributed-memory architectures are becoming increasingly available low-cost...
The multi-core machines open new doors to achieve parallelism in single machine. This new architectu...
Aim of this thesis is to invent method, which should accelerate speed of the analysis of source text...
Purpose: Massive multi-core architecture is rapidly becoming the standard in digital technology due ...
The advent of multi-core architecture has highly influenced the area of high performance computing. ...
Purpose: The processing power of machines will continue to accelerate massively. Modern eras of comp...
Directive-drive programming models, such as OpenMP, are one solution for exploiting the potential of...
This bachelor thesis deals with generating a lexical analyzer which analyzes a file in parallel, i.e...
Parallel reduction algorithms are frequent in high performance computing areas, thus, modern paralle...
Single core designs and architectures have reached their limits due to heat and power walls. In orde...
Abstract — Parallelization is an important technique to increase the performance of software program...
A method for using dozens of conventional VonNeuman processors to tokenize programs in parallel is d...
To communicate with a computer in spoken language is an unattained challenge of Artificial Intellige...
The term “lexical” in lexical analysis process of the compilation is derived from the word “lexeme”,...
Abstract: The developments of multi-core technology have induced big challenges to software structur...
Cluster platforms with distributed-memory architectures are becoming increasingly available low-cost...