… chip for performing the 2-D (two-dimensional) convolution in signal and image processing.
The chip, based on a systolic … the basic cell, the chip allows convolving a kxk window with an …

… In this paper, two 2-D systolic arrays for 2-D convolution … is suitable for applications limited
by chip area. Method I1 is most … , method I1 has the lower input and output pin count per chip. …

… a special purpose systolic image convolution processor meant for use in … chip design is
systolic permitting the cascading of basic cells as building blocks to implement a 2-D convolution…

… -chip energy is evaluated separately under different configurations as shown in Fig. 11. Our
proposed PE array achieves better on-chip … level C code to a 2-D systolic array-based FPGA …

… of systolic array (SA) based convolutional neural network (CNN) accelerators for mobile and
embedded domains. On- and off-chip … on-chip activation buffer: the size of the 2-D activation …

… systolic array implementation of the 2D convolution algorithm for real-time image processing
applications is presented. The chip contrasts with available convolution chips … systolic array …

… or example, the 2-D convolution using a general 4 x 4 kernel would require 16 mul tiplica …
these pipe lined chips can be efficiently combined. to form a systolic convolution array. The …

… , it is very easy to be tailored to fit different algorithms as in the CHiP presented by Snyder
[4]. The 2-D systolic realisation of the 2-D convolution is a vital aspect of the CFM flexibilities. …

… COSY adopts the method of systolic array to achieve the storage sharing between … -chip
storage. Multiple COSY arrays sharing the same storage can execute multiple 2-D convolutions …

… In this paper we describe a chip, based on a novel systolic design, for performing the 2-D
convolution operator. The chip consists of essentially only one type of simple cells, which …