The increasing demands for highly performant, proven correct, easily maintainable, extensible programs together with the continuous growth of real-world programs strengthen the pressure for powerful and scalable program analyses for program development and code generation. Multi-core computing systems offer new chances for enhancing the scalability of program analyses, if the additional computing power offered by these systems can be used effectively. This, however, poses new challenges on the analysis side. In principle, it requires program analyses which can be easily parallelized and mapped to multi-core architectures. In this paper we remind to reverse data-flow analysis, which has been introduced and investigated in the context of dema...
The increasing attention toward distributed shared memory systems attests to the fact that programme...
The limitations of clock frequency and power dissipation of deep sub-micron CMOS technology have led...
PhD ThesisIn the 1980s, multiple-processor computers (multiprocessors) based on conven- tional pr...
The increasing demands for highly performant, proven correct, easily maintainable, extensible progra...
Demand-driven data-flow analysis (DD-DFA) has been pioneered in the field of interprocedural analys...
Data flow analysis is a process for collecting run-time information about data in programs without a...
Data flow analysis is a well studied family of static program analyses. A rich theoretical basis for...
The need for more processing power has spurred the development of new processor architectures. A pro...
We present a comprehensive approach to performing data flow analysis in parallel. We identify three ...
Data flow analysis is a compile-time analysis technique that gathers information about definitions a...
Emerging applications demand new parallel abstractions. Traditional parallel abstractions such as da...
Data flow techniques have been around since the early ’70s when they were used in compilers for sequ...
We present a comprehensive approach to performing data flow analysis in parallel. We identify three ...
Data flow techniques have been around since the early ’70s when they were used in compilers for seq...
To efficiently utilize the emerging heterogeneous multi-core architecture, it is essential to exploi...
The increasing attention toward distributed shared memory systems attests to the fact that programme...
The limitations of clock frequency and power dissipation of deep sub-micron CMOS technology have led...
PhD ThesisIn the 1980s, multiple-processor computers (multiprocessors) based on conven- tional pr...
The increasing demands for highly performant, proven correct, easily maintainable, extensible progra...
Demand-driven data-flow analysis (DD-DFA) has been pioneered in the field of interprocedural analys...
Data flow analysis is a process for collecting run-time information about data in programs without a...
Data flow analysis is a well studied family of static program analyses. A rich theoretical basis for...
The need for more processing power has spurred the development of new processor architectures. A pro...
We present a comprehensive approach to performing data flow analysis in parallel. We identify three ...
Data flow analysis is a compile-time analysis technique that gathers information about definitions a...
Emerging applications demand new parallel abstractions. Traditional parallel abstractions such as da...
Data flow techniques have been around since the early ’70s when they were used in compilers for sequ...
We present a comprehensive approach to performing data flow analysis in parallel. We identify three ...
Data flow techniques have been around since the early ’70s when they were used in compilers for seq...
To efficiently utilize the emerging heterogeneous multi-core architecture, it is essential to exploi...
The increasing attention toward distributed shared memory systems attests to the fact that programme...
The limitations of clock frequency and power dissipation of deep sub-micron CMOS technology have led...
PhD ThesisIn the 1980s, multiple-processor computers (multiprocessors) based on conven- tional pr...