We propose an approach and a subsequent extension for reversing imperative programs. Firstly, we produce both an augmented version and a corresponding inverted version of the original program. Augmentation saves reversal information into an auxiliary data store, maintaining segregation between this and the program state, while never altering the data store in any other way than that of the original program. Inversion uses this information to revert the final program state to the state as it was before execution. We prove that augmentation and inversion work as intended, and illustrate our approach with several examples. We also suggest a modification to our first approach to support non-communicating parallelism. Execution interleaving intr...
International audienceReversible computing allows one to run programs not only in the usual forward ...
Reversible computing allows one to run programs not only in the usual forward direction, but also ba...
Parallel programming involves finding the potential parallelism in an application, choos-ing an algo...
We propose an approach and a subsequent extension for reversing imperative programs. Firstly, we pro...
We introduce an approach to performing reversible executions of programs written in an imperative co...
Different languages provide control structures with different kinds of flexibility. For example, CLU...
In optimistic parallel simulations, state-saving techniques have been traditionally used to realize ...
An approach based on source-to-source compilation is presented for efficiently realizing reversibil...
For adjoint calculations, debugging, and similar purposes one may need to reverse the execution of...
The reverse mode of automatic differentiation is widely used in sci-ence and engineering. A severe b...
Abstract. We describe how to implement strength reduction, loop-invariant code motion and loop quasi...
This paper discusses the use of optimistic execution as a mechanism for parallelizing sequential obj...
Reverse execution provides a programmer with the ability to return a program to a previous state in...
With the rising variety of hardware designs for multi-core systems, the effectiveness in exploiting ...
Original paper can be found at: http://dl.acm.org/ Copyright ACM [Full text of this conference paper...
International audienceReversible computing allows one to run programs not only in the usual forward ...
Reversible computing allows one to run programs not only in the usual forward direction, but also ba...
Parallel programming involves finding the potential parallelism in an application, choos-ing an algo...
We propose an approach and a subsequent extension for reversing imperative programs. Firstly, we pro...
We introduce an approach to performing reversible executions of programs written in an imperative co...
Different languages provide control structures with different kinds of flexibility. For example, CLU...
In optimistic parallel simulations, state-saving techniques have been traditionally used to realize ...
An approach based on source-to-source compilation is presented for efficiently realizing reversibil...
For adjoint calculations, debugging, and similar purposes one may need to reverse the execution of...
The reverse mode of automatic differentiation is widely used in sci-ence and engineering. A severe b...
Abstract. We describe how to implement strength reduction, loop-invariant code motion and loop quasi...
This paper discusses the use of optimistic execution as a mechanism for parallelizing sequential obj...
Reverse execution provides a programmer with the ability to return a program to a previous state in...
With the rising variety of hardware designs for multi-core systems, the effectiveness in exploiting ...
Original paper can be found at: http://dl.acm.org/ Copyright ACM [Full text of this conference paper...
International audienceReversible computing allows one to run programs not only in the usual forward ...
Reversible computing allows one to run programs not only in the usual forward direction, but also ba...
Parallel programming involves finding the potential parallelism in an application, choos-ing an algo...