[PDF] Top 20 Implementation of Separable & Steerable Gaussian Smoothers on an FPGA
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Implementation of Separable & Steerable Gaussian Smoothers on an FPGA
... In this method, BRAM is used to store a 7×7 test image using .coe file [31] which is generated with Matlab. The Matlab program used for generating .coe file is available in the appendix. An image controller is designed ... See full document
90
FPGA Implementation of ADPLL
... and implementation of an ADPLL for low frequency range has been done, keeping in mind its applications in various fields like wireless communication, biomedical etc, which require a low power, high speed and small ... See full document
5
Implementation of 16x16bit and 32x32bit Vedic Multiplier using FPGA board
... the implementation of 16x16bit and 32x32bit Vedic Multiplier using modified Ripple Carry Adder, modified Kogge Stone Adder and BRENT KUNG ADDER on Spartan 6 family xc6slx4 -3-tqg144 FPGA and its synthesis ... See full document
5
A New Simplified Algorithm Suitable for Implementation on FPGA for Turbo Codes
... the FPGA was chosen to fit the memory and DSP blocks needed for the Turbo ...hardware implementation was to develop the MAX* function, which is the major module that dominates the performance of the Turbo ... See full document
165
An FPGA Implementation of Chaos based Image Encryption and its Performance Analysis
... with FPGA implementation for designing secure crypto processor is a growing topic due to rapidly increasing attack on digital images over internet ...an FPGA implementation of Chaotic Map ... See full document
9
Implementation Of Risc Architecture In Simulink And FPGA
... HDL implementation in minutes by generating the HDL ...of FPGA based prototypes and automates HDL code verification by co-simulating it with Simulink and optimizes the models to meet speed-area-power ... See full document
24
FPGA Implementation of Blind Source Separation using FastICA
... of implementation in the area of digital signal processing and neural ...in FPGA. Du and Qi [16] implemented a parallel ICA on the Multi FPGA pilchard, a reconfigurable computing development ... See full document
83
FPGA Implementation of Forward 2D-DCT and Inverse 2D-DCT Based On Row-Column Decomposition Method
... ABSTRACT: Among various transforms, Discrete Cosine Transform i.e DCT is the most popular and effective one in both image and video compression. Two dimensional DCT takes important role in JPEG image compression. In this ... See full document
8
FPGA Implementation of Interleaver
... 3 FPGA Bits of dedicated BRAM arranged in 16 blocks of 18K bit ...for implementation of block interleaver. To model this memory in FPGA we have followed two techniques: one using DRAM and the other ... See full document
6
FPGA implementation of a frame delay
... The Altera FPGA board for the implementation of frame delay is shown in Fig.3.2. The[r] ... See full document
68
Design and Implementation of an Universal Lattice Decoder on FPGA
... and implementation of universal lattice decoder is presented in this ...parallel implementation, original algorithm is modified such that square root computation is avoided, as a result an improved ... See full document
83
FPGA IMPLEMENTATION FOR ELLIPTIC CURVE CRYPTOGRAPHY OVER BINARY EXTENSION FIELD
... FPGA IMPLEMENTATION FOR ELLIPTIC CURVE CRYPTOGRAPHY OVER BINARY EXTENSION FIELD.. by.[r] ... See full document
90
FPGA Implementation of Image Steganography Using LSB and DWT
... Edgar Gomez-Hernandez, Claudia Feregrino-Uribe and Rene Cumplido [11] have developed the FPGA implementation of the ConText technique which gives improved results over Matlab implementation. The ... See full document
7
An Exploration of the Feasibility of FPGA Implementation of Face Recognition Using Eigenfaces
... An Exploration of the Feasibility of FPGA Implementation of Face An Exploration of the Feasibility of FPGA Implementation of Face Recognition Using Eigenfaces.. Recognition Using Eigen[r] ... See full document
138
Fpga implementation of enhanced sha 192 algorithm
... The most widely used hash function is the Secure Hash Algorithm (SHA) because virtually every other widely used hash function had been found to have substantial cryptanalytic weaknesses, SHA was more or less the last ... See full document
5
Object Detection by Implementation of Separable Convolution Gaussian Filter
... using Gaussian filter. The Gaussian convolution mask is used to multiply it with input ...of Gaussian mask and neighboring pixels ...resources. Gaussian mask requires number of multiplications ... See full document
5
Neural Networks for Location Prediction in Mobile Networks in AES Techniques
... an FPGA to dynamically reconfigure itself under the control of an embedded ...a FPGA-based MicroBlaze processor to self-select the coprocessors uses can help reduce area requirements and increase a system's ... See full document
9
High Speed and Low-Complexity Hardware Architectures for Elliptic Curve-Based Crypto-Processors
... more complicated than the other operations (e.g., addition and squaring) and plays an important role in determining the eciency of cryptographic systems. Massey and Omura (MO) [35] invented a bit-level, parallel-in ... See full document
144
2D Gaussian Filter for Image Processing Application on FPGA
... presents implementation of 2D Gaussian filter for image ...The Gaussian filter is a 2D convolution operator which is used to smooth images and remove ...hardware implementation has been ... See full document
5
Efficient FPGA Architectures for Separable Filters and Logarithmic Multipliers and Automation of Fish Feature Extraction Using Gabor Filters
... proposed separable convolution technique is to reduce EMB, by reusing common data shared by consecutive processing windows, and OCDB, by eliminating line ...proposed separable convolution scheme is ... See full document
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