A program trace lists the addresses of instructions executed and data referenced during a program's execution. Earlier approaches to collecting program traces, including abstract execution and optimal control tracing, are reviewed. Two tracing systems based on these techniques are presented. Results collected when using the later systems on several programs show significant reductions in the cost of collecting traces. Reduction in trace file sizes are also significant
Trace-level reuse is based on the observation that some traces (dynamic sequences of instructions) a...
While much current research concerns multiprocessor design, few traces of parallel programs are avai...
Fay is a flexible platform for the efficient collection, processing, and analysis of software execut...
Understanding a large execution trace is not easy task due to the size and complexity of typical tra...
A program execution trace is essentially a collection of information on what happened while a given ...
Abstract. Memory traces record the addresses touched by a program during its execution, enabling man...
This paper describes algorithms for inserting monitoring code to profile and trace programs. These a...
Tracing by automatic program source instrumentation has major advantages over compiled code instrume...
interpreted as representing the official policies, either expressed or implied, of Digital Equipment...
A powerful technique for understanding the behavior and performance of parallel programs is the visu...
Event tracing of applications under dynamic execution is crucial for performance modeling, optimizat...
Tracing is a tool frequently used in the debugging and optimization of software. While there exist d...
Trace-driven simulation is a widely used technique to evaluate microprocessor architecture and/or me...
Abstract—Unobtrusive capturing of program execution traces in real-time is crucial for debugging man...
Preprint of paper published in: Journal of Software Maintenance and Evolution (Wiley), 2008 Program ...
Trace-level reuse is based on the observation that some traces (dynamic sequences of instructions) a...
While much current research concerns multiprocessor design, few traces of parallel programs are avai...
Fay is a flexible platform for the efficient collection, processing, and analysis of software execut...
Understanding a large execution trace is not easy task due to the size and complexity of typical tra...
A program execution trace is essentially a collection of information on what happened while a given ...
Abstract. Memory traces record the addresses touched by a program during its execution, enabling man...
This paper describes algorithms for inserting monitoring code to profile and trace programs. These a...
Tracing by automatic program source instrumentation has major advantages over compiled code instrume...
interpreted as representing the official policies, either expressed or implied, of Digital Equipment...
A powerful technique for understanding the behavior and performance of parallel programs is the visu...
Event tracing of applications under dynamic execution is crucial for performance modeling, optimizat...
Tracing is a tool frequently used in the debugging and optimization of software. While there exist d...
Trace-driven simulation is a widely used technique to evaluate microprocessor architecture and/or me...
Abstract—Unobtrusive capturing of program execution traces in real-time is crucial for debugging man...
Preprint of paper published in: Journal of Software Maintenance and Evolution (Wiley), 2008 Program ...
Trace-level reuse is based on the observation that some traces (dynamic sequences of instructions) a...
While much current research concerns multiprocessor design, few traces of parallel programs are avai...
Fay is a flexible platform for the efficient collection, processing, and analysis of software execut...