The paper presents a novel methodology for synthesizing PTL circuits, whose distinctive features are the use of a symbolic algorithm for the covering of the initial network in terms of PTL cells, and the exploitation of layout level area and delay model during the selection of the best covering solution. The results produced by the synthesis procedure on the full suite of the Iscas'85 combinational circuits are very encouraging
A symbolic cell generator (SYC) that can generate the symbolic layout of a generic CMOS logic cell i...
As VLSI integration size and chip complexity keep increasing, logic design is becoming more complex ...
In this paper, we address the problem of power dissi-pation minimization in combinational circuits i...
The paper presents a novel methodology for synthesizing PTL circuits, whose distinctive features are...
Pass transistor logic (PTL) can be a promising alternative to static CMOS for deep sub-micron design...
The automated synthesis of mask geometry for VLSI leaf cells, referred to as the cell syn-thesis pro...
International audienceThis paper presents a new transistor level design flow where it is possible to...
For many digital designs, implementation in pass transistor logic (PTL) has been shown to be superio...
Pass Transistor Logic has attracted more and more interest during last years, since it has proved to...
Computer-aided design of VLSI circuits is usually carried out in three synthesis steps: high-level s...
The problem of automatic layout synthesis is addressed. Given a description of the cell circuit to b...
Because of the increasing complexity of the designs, there is a great necessity for automatic layout...
As the technology advances, millions of transistors can be integrated on a small chip area. With the...
Conventional logic synthesis technology has been a critical factor in improving design productivity ...
Comparator is a very useful combinational logic circuit. In this paper performance analysis of CMOS ...
A symbolic cell generator (SYC) that can generate the symbolic layout of a generic CMOS logic cell i...
As VLSI integration size and chip complexity keep increasing, logic design is becoming more complex ...
In this paper, we address the problem of power dissi-pation minimization in combinational circuits i...
The paper presents a novel methodology for synthesizing PTL circuits, whose distinctive features are...
Pass transistor logic (PTL) can be a promising alternative to static CMOS for deep sub-micron design...
The automated synthesis of mask geometry for VLSI leaf cells, referred to as the cell syn-thesis pro...
International audienceThis paper presents a new transistor level design flow where it is possible to...
For many digital designs, implementation in pass transistor logic (PTL) has been shown to be superio...
Pass Transistor Logic has attracted more and more interest during last years, since it has proved to...
Computer-aided design of VLSI circuits is usually carried out in three synthesis steps: high-level s...
The problem of automatic layout synthesis is addressed. Given a description of the cell circuit to b...
Because of the increasing complexity of the designs, there is a great necessity for automatic layout...
As the technology advances, millions of transistors can be integrated on a small chip area. With the...
Conventional logic synthesis technology has been a critical factor in improving design productivity ...
Comparator is a very useful combinational logic circuit. In this paper performance analysis of CMOS ...
A symbolic cell generator (SYC) that can generate the symbolic layout of a generic CMOS logic cell i...
As VLSI integration size and chip complexity keep increasing, logic design is becoming more complex ...
In this paper, we address the problem of power dissi-pation minimization in combinational circuits i...