This paper describes the VLSI design of a high-speed single-chip FIR filter for data with a limited number of bits. A new design style that allows easy design of high speed VLSI systems was used. This style is based on the extensive use of systolic arrays and it is well suited to VLSI system realizations for digital signal processing (DSP) applications. This realization shows that high performance systems can be obtained with a systolic approach, using a few main building blocks called macrocells, systolic at the bit-level, of general use and easily interconnected
[[abstract]]© 1988 Institute of Electrical and Electronics Engineers - Bit-level systolic architectu...
The submission begins by demonstrating that the conditions required for consideration under the Univ...
A bit-serial cell library is presented which can been used to rapidly implement discrete Fourier tra...
[[abstract]]© 1991 Elsevier-The authors describe high throughput arithmetic units that can be used t...
This paper describes the structure of a signal interpolator chip to be used in medium-to-high data r...
Many specialized processor boards have been developed to reduce the computation time of image proces...
The tremendous growth of computer and Internet technology wants a data to be process with a high spe...
[[abstract]]© 1992 Elsevier - The paper presents a new word-level systolic array with no broadcastin...
This paper describes the VLSI design of a single-chip FIR filter to be employed as co-processor in a...
Very large scale integrated (VLSI) circuit technology has offered the opportunity to design algorith...
This paper describes a high-level interactive system that can be used to generate VLSI designs for v...
A technique for mapping systolic FIR filter banks onto fixed-size processor arrays is presented. It ...
This work presents systolic architectures for implementing finite rings and fields operations in VLS...
An area-effcient systolic architecture for realtime, programmable-coefficient finite impulse respons...
Abstract – In this paper we present 1D and 2D systolic Distributed Arithmetic (DA) based structures ...
[[abstract]]© 1988 Institute of Electrical and Electronics Engineers - Bit-level systolic architectu...
The submission begins by demonstrating that the conditions required for consideration under the Univ...
A bit-serial cell library is presented which can been used to rapidly implement discrete Fourier tra...
[[abstract]]© 1991 Elsevier-The authors describe high throughput arithmetic units that can be used t...
This paper describes the structure of a signal interpolator chip to be used in medium-to-high data r...
Many specialized processor boards have been developed to reduce the computation time of image proces...
The tremendous growth of computer and Internet technology wants a data to be process with a high spe...
[[abstract]]© 1992 Elsevier - The paper presents a new word-level systolic array with no broadcastin...
This paper describes the VLSI design of a single-chip FIR filter to be employed as co-processor in a...
Very large scale integrated (VLSI) circuit technology has offered the opportunity to design algorith...
This paper describes a high-level interactive system that can be used to generate VLSI designs for v...
A technique for mapping systolic FIR filter banks onto fixed-size processor arrays is presented. It ...
This work presents systolic architectures for implementing finite rings and fields operations in VLS...
An area-effcient systolic architecture for realtime, programmable-coefficient finite impulse respons...
Abstract – In this paper we present 1D and 2D systolic Distributed Arithmetic (DA) based structures ...
[[abstract]]© 1988 Institute of Electrical and Electronics Engineers - Bit-level systolic architectu...
The submission begins by demonstrating that the conditions required for consideration under the Univ...
A bit-serial cell library is presented which can been used to rapidly implement discrete Fourier tra...