This makes our architecture highly scalable and suitable for high-performance streaming applications With 3 detachable FPGA modules each sending and receive data simultaneously at 3 GB/s each we measured the total net unidirectional traffic at any given time in the system is 9 GB/s making the total net bidirectional bandwidth for 6 modules A DSP/FPGA-based parallel architecture oriented to real-time image processing applications is presented The architecture is structured with high performance DSPs interconnected by FPGA Within FPGA a FIFO interconnection network and the specific data communication protocol are implemented which interconnect 3 DSPs (TMS320C6414) effectively The measured performances in the prototype

FPGA

Abstract The paper is dedicated to parallel data sort based on sorting networks The proposed methods and circuits have the following characteristics: 1) using two-level parallel comparators in even-odd transition networks with feedback to a register keeping input/intermediate data 2) parallel merging of many sorted sequences 3) using even-odd transition networks built from other sorting

adders with high performance without being aware of the low level circuit issues Algebraic optimization model for FPGA-based new hybrid adder design that combines several types of individual fast parallel adders as sub-adders is proposed These adders are the linear time ripple carry adder (RCA) the

FPGA-BASED PARALLEL HARDWARE ARCHITECTURE FOR REAL-TIME OBJECT CLASSIFICATION by Murad Mohammad Qasaimeh A Thesis Presented to the Faculty of the American University of Sharjah College of Engineering in Partial Fulfilment of the Requirements for the Degree of Master of Science in Computer Engineering Sharjah United Arab Emirates June 2014

Nov 14 2006Parallel computer architecture is suggested for highly efficient image processing which includes parallel processors of the SIMD MIMD type multiprocessor systems and pipelined processors The main objective of this paper is to present the implementation of image processing using parallel computer architecture

A DSP/FPGA-based parallel architecture oriented to real-time image processing applications is presented The architecture is structured with high performance DSPs interconnected by FPGA Within FPGA a FIFO interconnection network and the specific data communication protocol are implemented which interconnect 3 DSPs (TMS320C6414) effectively The measured performances in the prototype

Service

IEEE TRANSACTIONS ON PARALLEL AND DISTRIBUTED SYSTEMS VOL X NO X XXX 2016 1 Service-oriented Architecture on FPGA-based MPSoC Chao Wang Xi Li Yunji Chen Youhui Zhang Oliver Diessel and Xuehai Zhou Abstract—The integration of software services-oriented architecture (SOA) and hardware multiprocessor system-on-chip

However most of the existing packet classification algorithms need large amount of memory which inhibits efficient hardware implementations This paper exploits the modern FPGA technology and presents a partitioning-based parallel architecture for scalable and high-speed packet classification

The processing latency on parallel applications in such pipeline architecture depends on the execution time of the slowest pipeline stage Consequently the processing time for the proposed pipeline architecture is equal to the execution time of the first stage t stage 1 or the execution time of the second stage t stage 2 whichever is the maximum max (t stage 1 t stage 2)

arithmetic-intensive parallel programs HAsim [16] is another FPGA-based simulator that em-ploys a split functional/timing architecture similar to RAMP Gold FAST [6] is a hybrid FPGA-based simulator whose timing model is in FPGAs but whose functional model is in software FAST requires substantial communication band-

Parallel processing offers a solution specifically by using an FPGA FPGAs are well-suited for hybrid EV and EV drive system applications such as VVC and motor control due to their parallel architecture and ability to handle multiple complex algorithms simultaneously in hardware The FPGA is

Get this from a library! Bioinformatics : high performance parallel computer architectures [Bertil Schmidt ] -- Introduces the parallel architectures their corresponding programming paradigms and their bioinformatics applications This title provides background on sequential bioinformatics algorithms and

Abstract The paper is dedicated to parallel data sort based on sorting networks The proposed methods and circuits have the following characteristics: 1) using two-level parallel comparators in even-odd transition networks with feedback to a register keeping input/intermediate data 2) parallel merging of many sorted sequences 3) using even-odd transition networks built from other sorting

The higher computational complexity of an elliptic curve scalar point multiplication operation limits its implementation on general purpose processors Dedicated hardware architectures are essential to reduce the computational time which results in a substantial increase in the performance of associated cryptographic protocols This paper presents a unified architecture to compute modular

A FPGA

However most of the existing packet classification algorithms need large amount of memory which inhibits efficient hardware implementations This paper exploits the modern FPGA technology and presents a partitioning-based parallel architecture for scalable and high-speed packet classification

Oct 17 2019Section 4 presents the design of FPGA-based customized high-performance computing platform Section 5 presents the details of the behavioral architecture implemented on the HPC platform Section 6 presents the implementation result of this work and finally Sect 7 summarizes the Conclusions and future scope of the work

!Parallel architectures Additional Key Words and Phrases: FPGA architecture Neural Network Parallel Processing ACM Reference format: Kaiyuan Guo Shulin Zeng Jincheng Yu Yu Wang and Huazhong Yang 2017 [DL] A Survey of FPGA-Based Neural Network Inference Accelerator ACM Trans Recon•g Technol Syst 9 4 Article 11 (December 2017

Accelerating High-Performance Computing With FPGAs October 2007 ver 1 1 1 WP-01029-1 1 Introduction Application demands have outpaced the conventional processor's ability to deliver The solution is hardware acceleration that augments processors with application-specific coprocessors The right combination of price

Meanwhile a high-performance scalable hardware architecture is proposed by analyzing the intrinsic parallelism of our algorithm and is implemented on FPGA platform Results show that our hardware design on the FPGA platform can achieve around 8 higher running speed than the software design on a

Jun 23 2006Abstract: A DSP/FPGA-based parallel architecture oriented to real-time image processing applications is presented The architecture is structured with high performance DSPs interconnected by FPGA Within FPGA a FIFO interconnection network and the specific data communication protocol are implemented which interconnect 3 DSPs (TMS320C6414) effectively

Developing a FPGA-Based High Performance Power-Aware Architecture for the Correction of Radial Lens Distortion in Video Stream Hau T Ngo Vijayan K Asari Department of Electrical and Computer Engineering 231 Kaufman Hall Hampton Blvd Norfolk VA 23329 U S A [hngox001 vasari]odu edu