Abstract—This work presents ASTRAN, a tool for automatic layout generation of cell libraries, and the use of this tool in the production of a cell library for asynchronous logic components called ASCEnD. In this context, ASTRAN is able to achieve orders of magnitude savings in cell generation time if compared to manual design. ASTRAN supports technologies down to 65nm and simultaneous two-dimensional cell layout compaction. It can deal with non-complementary logic cells, and allows producing any type of transistor network. The comparison of the generated layouts to those of the hand designed ASCEnD library revealed that ASTRAN achieves an average of 26 % less area, about 50% less total parasitic capacitance and worst case input capacitance,...
In the deep submicron (DSM) era, design rules have become increasingly more stringent and have favo...
International audienceThis paper presents a new transistor level design flow where it is possible to...
As modern integrated circuit design pushes further into the deep submicron era, the pseudo-random de...
Abstract—Asynchronous circuits are an attractive option to overcome many challenges currently faced ...
Fluxo de síntese física baseado em standard cells tem sido utilizado na indústria e academia já há u...
Abstract—This work presents the ASCEnD flow, a design flow devised for the design of components requ...
This report presents the Design of Asynchronous Quasi-Delay-Insensitive Library Cells and Circuits f...
O trabalho usa a síntese do leiaute através do ASTRAN em circuitos que foram otimizados através da t...
Abstract — Semi-custom design flows are a key factor for the rapid growth of integrated circuits and...
[[abstract]]An automatic layout generation system, called LiB, for the library cells used in CMOS AS...
The logic scaling following Moores law has reached a level where System on Chips (SoCs) commonly con...
This dissertation focuses on optimal generation of design-specific cell libraries. In cell-based int...
Abstract- The interest in non-synchronous design of digital circuits is growing due to technology sc...
This paper presents Cell Design Flow- CDF, a tool for automatic generation of cell libraries. It is ...
Synchronous circuits have been the prevalent choice of the electronics industry over asynchronous ci...
In the deep submicron (DSM) era, design rules have become increasingly more stringent and have favo...
International audienceThis paper presents a new transistor level design flow where it is possible to...
As modern integrated circuit design pushes further into the deep submicron era, the pseudo-random de...
Abstract—Asynchronous circuits are an attractive option to overcome many challenges currently faced ...
Fluxo de síntese física baseado em standard cells tem sido utilizado na indústria e academia já há u...
Abstract—This work presents the ASCEnD flow, a design flow devised for the design of components requ...
This report presents the Design of Asynchronous Quasi-Delay-Insensitive Library Cells and Circuits f...
O trabalho usa a síntese do leiaute através do ASTRAN em circuitos que foram otimizados através da t...
Abstract — Semi-custom design flows are a key factor for the rapid growth of integrated circuits and...
[[abstract]]An automatic layout generation system, called LiB, for the library cells used in CMOS AS...
The logic scaling following Moores law has reached a level where System on Chips (SoCs) commonly con...
This dissertation focuses on optimal generation of design-specific cell libraries. In cell-based int...
Abstract- The interest in non-synchronous design of digital circuits is growing due to technology sc...
This paper presents Cell Design Flow- CDF, a tool for automatic generation of cell libraries. It is ...
Synchronous circuits have been the prevalent choice of the electronics industry over asynchronous ci...
In the deep submicron (DSM) era, design rules have become increasingly more stringent and have favo...
International audienceThis paper presents a new transistor level design flow where it is possible to...
As modern integrated circuit design pushes further into the deep submicron era, the pseudo-random de...