The paper presents a first effort at exploring a novel area in the domain of asynchronous controllers: specification mining. Rather than synthesizing circuits from specifications, we aim at doing reverse engineering, i.e., discovering safe specifications from the circuits that preserve a set of pre-defined behavioral properties (e.g., hazard freeness). The specifications are discovered without any previous knowledge of the behavior of the circuit environment. This area may open new opportunities for re-synthesis and verification of asynchronous controllers. The effectiveness of the proposed approach is demonstrated by mining concurrent specifications (Signal Transition Graphs) from multiple implementations of 4-phase handshake controllers a...
This paper presents a method for the automatic synthesis of asynchronous circuits from Petri net spe...
Journal ArticleThis paper presents an efficient method for verifying hazard freedom in timed asynchr...
This technology review explores the behavioral and structural design domains for asynchronous circui...
The paper presents a first effort at exploring a novel area in the domain of asynchronous controller...
A synthesis procedure for asynchronous control circuits from a high level specification, signal tran...
A synthesis technique for asynchronous sequential control circuits from a high level specification, ...
During the verification of a hardware system, one of the most important steps is formal specificatio...
The paper presents a systematic method for synthesizing asynchronous circuits from event-based speci...
This dissertation presents new methods for handshaking expansion of asynchronous circuits. Handshaki...
Formal specifications play an essential role in the life-cycle of modern systems, both at the time o...
This thesis is concerned with asynchronous circuit design and verification. Specifically, we will f...
This work investigates testability of asynchronous circuits and its relation with signal transition ...
Modern asynchronous digital circuits are highly concurrent systems composed largely of customized ga...
This paper presents a new method to synthesize timed asyn-chronous circuits directly from the specif...
Asynchronous circuits can be modeled as concurrent systems in which events are interpreted as signal...
This paper presents a method for the automatic synthesis of asynchronous circuits from Petri net spe...
Journal ArticleThis paper presents an efficient method for verifying hazard freedom in timed asynchr...
This technology review explores the behavioral and structural design domains for asynchronous circui...
The paper presents a first effort at exploring a novel area in the domain of asynchronous controller...
A synthesis procedure for asynchronous control circuits from a high level specification, signal tran...
A synthesis technique for asynchronous sequential control circuits from a high level specification, ...
During the verification of a hardware system, one of the most important steps is formal specificatio...
The paper presents a systematic method for synthesizing asynchronous circuits from event-based speci...
This dissertation presents new methods for handshaking expansion of asynchronous circuits. Handshaki...
Formal specifications play an essential role in the life-cycle of modern systems, both at the time o...
This thesis is concerned with asynchronous circuit design and verification. Specifically, we will f...
This work investigates testability of asynchronous circuits and its relation with signal transition ...
Modern asynchronous digital circuits are highly concurrent systems composed largely of customized ga...
This paper presents a new method to synthesize timed asyn-chronous circuits directly from the specif...
Asynchronous circuits can be modeled as concurrent systems in which events are interpreted as signal...
This paper presents a method for the automatic synthesis of asynchronous circuits from Petri net spe...
Journal ArticleThis paper presents an efficient method for verifying hazard freedom in timed asynchr...
This technology review explores the behavioral and structural design domains for asynchronous circui...