Implementation of 8 bit processing element for edge detection techniques

机译：实现边缘检测技术8位处理元件的实现

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Today's multimedia, wireless applications increasing complexity which is motivation for the system designers to innovate continuously. The strongly emerging class Coarse-Grained Re-configurable Architecture (CGRA), is currently receiving high attention. CGRA has excellent performance with flexibility in fabrication techniques. Reconfigurable fabric (RF) is main part of CGRA processor. This paper gives a innovative design of processing element (PE) of reconfigurable fabric(RF) to achieve parallel processing techniques for edge detection. RF contains set of processing elements (PE) with mesh type of arrangement for 2 dimensional processing of image edge detection technique. This implemented design is evaluated by analyzing images of various sizes.

机译：今天的多媒体，无线应用程序越来越复杂，系统设计师不断创新的动机。强烈的新兴级粗粒度重新配置建筑（CGRA）目前正在接受高度关注。 CGRA具有出色的性能，具有制造技术的灵活性。可重新配置的织物（RF）是CGRA处理器的主要部分。本文提供了一种可重构织物（RF）的加工元件（PE）的创新设计，以实现边缘检测的并行处理技术。 RF包含一组处理元件（PE），具有网格类型的图像边缘检测技术的2维处理。通过分析各种尺寸的图像来评估该实施的设计。

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《International Conference on Information Communication and Embedded Systems》|2016年|635 p.|共5页
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Manisha P. Khorgade; Pravin Dakhole;
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中图分类 TP332-532;
关键词
Radio frequency; Image edge detection; Routing; Embedded systems; Topology; Computer architecture; Fabrics;

机译：射频;图像边缘检测;路由;嵌入式系统;拓扑;计算机架构;面料;

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1. Object Detection In Image Processing Using Edge Detection Techniques [J] . A. Ushma, A. R. Mohamed Shanavas International Organization of Scientific Research . 2014,第3期

机译：使用边缘检测技术的图像处理中的目标检测
2. SURVEY ON IMAGE PROCESSING IN THE FIELD OF DE-NOISING TECHNIQUES AND EDGE DETECTION TECHNIQUES ON RADIOGRAPHIC IMAGES [J] . B.THAMOTHARAN, M.MENAKA, SANDHYA VAIDYANATHAN, Journal of Theoretical and Applied Information Technology . 2012,第1期

机译：射线图像降噪技术和边缘检测技术领域的图像处理研究
3. Smart Traffic Signal by Digital Image Processing using PCA Algorithm and Edge Detection Techniques [J] . Arjun Raja, R. Swarnalatha Journal of Engineering & Applied Sciences . 2017,第22期

机译：通过使用PCA算法和边缘检测技术的数字图像处理智能交通信号
4. Implementation of 8 bit processing element for edge detection techniques [C] . Manisha P. Khorgade, Pravin Dakhole International Conference on Information Communication and Embedded Systems . 2016

机译：边缘检测技术的8位处理元件的实现
5. A software-hardware implementation of a real-time digital signal processing receiver for noise detection using a broadband microwave correlation technique [D] . Christodoulou, Christodoulos A. 2005

机译：实时数字信号处理接收机的软件硬件实现，用于使用宽带微波相关技术进行噪声检测
6. Comparison Study between RMS and Edge Detection Image Processing Algorithms for a Pulsed Laser UWPI (Ultrasonic Wave Propagation Imaging)-Based NDT Technique [O] . Changgil Lee, Aoqi Zhang, Byoungjoon Yu, 2017

机译：基于脉冲激光UWPI（超声波传播成像）的NDT技术的RMS和边缘检测图像处理算法的比较研究
7. Figure 3: Flowchart of an image processing methodology, which include three main steps for implementing change detection research, namely: (1) image pre-processing work: geometrical replication (GR), image registration (IR), minimum nose fraction (MNF) analysis, radiometric correction (RC), atmospheric correction (AC), and topographic correction (TC); (2) selection of optimal techniques to conduct the change detection; and (3) accuracy assessments to obtain final maps. [O] . -1

机译：图3：图像处理方法的流程图，包括实现变更检测研究的三个主要步骤，即：（1）图像预处理工作：几何复制（GR），图像配准（IR），最小鼻部分数（MNF）分析，辐射校正（RC），大气校正（AC）和地形校正（TC）; （2）选择最佳技术进行变化检测; （3）准确评估以获得最终地图。
8. Bitstream Based Edge Detection Techniques [R] . Mecimore, I., Fahrenkrog, W., Creusere, C. D. 2009

机译：基于比特流的边缘检测技术

Implementation of 8 bit processing element for edge detection techniques

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