Reversible computation has attracted increasing interest in recent years. In this paper, we show how to model reversibility in concurrent computation as realised abstractly in terms of event structures. Two different forms of event structures are considered, namely event structures defined by causation and prevention relations and event structures given by an enabling relation with prevention. We then show how to reverse the two kinds of event structures, and discuss causal as well as out-of-causal order reversibility
There is a growing interest in models of reversible computation driven by exciting application areas...
Under a reversible semantics, computation steps can be undone. This paper addresses the integration ...
Causal-consistent reversibility is a natural way of undoing concurrent computations. We study causal...
Reversible computation has attracted increasing interest in recent years. In this paper, we show how...
In reversible computing a program can undo a set of past actions. This is useful in many areas inclu...
Reversible computation has attracted increasing interest in recent years, with applications in hardw...
Conference postponed to 2021 due to covid-19International audienceUndoing computations of a concurre...
We study categories for reversible computing, focussing on reversible forms of event structures. Eve...
We introduce reversible structures, an algebra for massive concurrent systems, where terms retain bi...
CCSK is a reversible form of CCS which is causal, meaning that actions can be reversed if and only i...
AbstractThere is a growing interest in models of reversible computation driven by exciting applicati...
Reversible computing is a paradigm where programs can execute backward as well as in the usual forwa...
Reversible prime event structures extend the well-known model of prime event structures to represent...
Reversible computing allows one to execute programs both in the standard, forward direction, and ba...
Reversible computing allows one to execute programs both in the standard, forward direction, and bac...
There is a growing interest in models of reversible computation driven by exciting application areas...
Under a reversible semantics, computation steps can be undone. This paper addresses the integration ...
Causal-consistent reversibility is a natural way of undoing concurrent computations. We study causal...
Reversible computation has attracted increasing interest in recent years. In this paper, we show how...
In reversible computing a program can undo a set of past actions. This is useful in many areas inclu...
Reversible computation has attracted increasing interest in recent years, with applications in hardw...
Conference postponed to 2021 due to covid-19International audienceUndoing computations of a concurre...
We study categories for reversible computing, focussing on reversible forms of event structures. Eve...
We introduce reversible structures, an algebra for massive concurrent systems, where terms retain bi...
CCSK is a reversible form of CCS which is causal, meaning that actions can be reversed if and only i...
AbstractThere is a growing interest in models of reversible computation driven by exciting applicati...
Reversible computing is a paradigm where programs can execute backward as well as in the usual forwa...
Reversible prime event structures extend the well-known model of prime event structures to represent...
Reversible computing allows one to execute programs both in the standard, forward direction, and ba...
Reversible computing allows one to execute programs both in the standard, forward direction, and bac...
There is a growing interest in models of reversible computation driven by exciting application areas...
Under a reversible semantics, computation steps can be undone. This paper addresses the integration ...
Causal-consistent reversibility is a natural way of undoing concurrent computations. We study causal...