Add to ORKGAbstract—A method is described for synthesising asynchronous circuits based on the Handshake Circuit paradigm but employing a data-driven, rather than a control-driven, style. This approach attempts to combine the performance advantages of data-driven asynchronous design styles with the handshake circuit style of construction used in existing syntax-directed synthesis. The method is demonstrated on a significant design — a 32-bit microprocessor. This example shows that the data-driven circuit style provides better performance than control-driven synthesised circuits. The paper extends previous reported work by illustrating how conditional execution, oft-cited as a problem for data-driven descriptions, is handled within the system, and by a ...
A new method for low-latency asynchronous circuit design uses a two-level architecture. It consists ...
This paper presents a compiler from a standard Hardware Description Language (Verilog HDL) to an asy...
We present the synchronous implementation of handshake circuits as an extra feature in the otherwise...
Abstract—A method is described for synthesizing asynchronous circuits based on the Handshake Circuit...
Interest in asynchronous circuit design is increasing due to its promise of efficient designs. The q...
The development of robust and efficient synthesis tools is important if asynchronous design is to ga...
[[abstract]]We propose a method for synthesizing from a behavioral description in a hardware descrip...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
Abstract—The syntax-directed synthesis paradigm has shown to be a powerful synthesis approach. Howev...
The development of robust synthesis techniques and tools is important if asynchronous design is to g...
This dissertation presents new methods for handshaking expansion of asynchronous circuits. Handshaki...
This paper describes a method of synthesis of asynchronous circuits with relative timing. Asynchrono...
This paper presents a new method to synthesize timed asyn-chronous circuits directly from the specif...
Asynchronous implementation techniques, which measure logic delays at runtime and activate registers...
This technology review explores the behavioral and structural design domains for asynchronous circui...
A new method for low-latency asynchronous circuit design uses a two-level architecture. It consists ...
This paper presents a compiler from a standard Hardware Description Language (Verilog HDL) to an asy...
We present the synchronous implementation of handshake circuits as an extra feature in the otherwise...
Abstract—A method is described for synthesizing asynchronous circuits based on the Handshake Circuit...
Interest in asynchronous circuit design is increasing due to its promise of efficient designs. The q...
The development of robust and efficient synthesis tools is important if asynchronous design is to ga...
[[abstract]]We propose a method for synthesizing from a behavioral description in a hardware descrip...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
Abstract—The syntax-directed synthesis paradigm has shown to be a powerful synthesis approach. Howev...
The development of robust synthesis techniques and tools is important if asynchronous design is to g...
This dissertation presents new methods for handshaking expansion of asynchronous circuits. Handshaki...
This paper describes a method of synthesis of asynchronous circuits with relative timing. Asynchrono...
This paper presents a new method to synthesize timed asyn-chronous circuits directly from the specif...
Asynchronous implementation techniques, which measure logic delays at runtime and activate registers...
This technology review explores the behavioral and structural design domains for asynchronous circui...
A new method for low-latency asynchronous circuit design uses a two-level architecture. It consists ...
This paper presents a compiler from a standard Hardware Description Language (Verilog HDL) to an asy...
We present the synchronous implementation of handshake circuits as an extra feature in the otherwise...