A technique of translating high-level analogue dynamic system behavioural models from VHDL-AMS parse trees into circuit-level netlists is described. The primary application of this work is automatic synthesis of general analogue dynamic systems with feedback. The technique is demonstrated with a practical example of Lorenz's chaos system synthesis
The first step in high level synthesis consists of translating a behavioral specification into its c...
One of the major problems within the VHDL based behavioral synthesis is to start the design on highe...
In this paper we present a system for automatic synthesis of special purpose hardware for neural net...
Abstract: An analog synthesis technique for VHDL-AMS behavioral descriptions of very high-frequency ...
This contribution presents a VHDL--AMS model from a building block present in multichannel neural ne...
This paper presents a complete method for automati-cally translating VHDL-AMS behavioral-specificati...
The primary aim of this research is to investigate and develop techniques for VHDL-AMS-based synthes...
While digital circuit designs are now fully automated and can be delivered extremely quickly, the an...
This contribution presents a new technique for synthesis and optimization of VLSI bandpass filter in...
Historically the analogue and digitel parts of a hardware design have been modelled and simulated in...
The purpose of this project is to implement the top down design system by using VHDL-AMS. VHDL-AMS, ...
Abstract—Nowadays, the microelectronics market is characterized by an increasing complexity and inte...
In the light of the growing popularity of mixed, analogue and digital ASICs and System on Chip, seve...
Today, the trend within the electronics industry is for the use of rapid and advanced simulation met...
A mathematical approach to the terminal behaviour description of analogue subsystems is presented. T...
The first step in high level synthesis consists of translating a behavioral specification into its c...
One of the major problems within the VHDL based behavioral synthesis is to start the design on highe...
In this paper we present a system for automatic synthesis of special purpose hardware for neural net...
Abstract: An analog synthesis technique for VHDL-AMS behavioral descriptions of very high-frequency ...
This contribution presents a VHDL--AMS model from a building block present in multichannel neural ne...
This paper presents a complete method for automati-cally translating VHDL-AMS behavioral-specificati...
The primary aim of this research is to investigate and develop techniques for VHDL-AMS-based synthes...
While digital circuit designs are now fully automated and can be delivered extremely quickly, the an...
This contribution presents a new technique for synthesis and optimization of VLSI bandpass filter in...
Historically the analogue and digitel parts of a hardware design have been modelled and simulated in...
The purpose of this project is to implement the top down design system by using VHDL-AMS. VHDL-AMS, ...
Abstract—Nowadays, the microelectronics market is characterized by an increasing complexity and inte...
In the light of the growing popularity of mixed, analogue and digital ASICs and System on Chip, seve...
Today, the trend within the electronics industry is for the use of rapid and advanced simulation met...
A mathematical approach to the terminal behaviour description of analogue subsystems is presented. T...
The first step in high level synthesis consists of translating a behavioral specification into its c...
One of the major problems within the VHDL based behavioral synthesis is to start the design on highe...
In this paper we present a system for automatic synthesis of special purpose hardware for neural net...