VISUAL-AREA CODING TECHNIQUE (VACT) - OPTICAL PARALLEL IMPLEMENTATION OF FUZZY LOGIC AND ITS VISUALIZATION WITH THE DIGITAL-HALFTONING PROCESS

Konishi T.; Ichioka Y.; Tanida J.

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VISUAL-AREA CODING TECHNIQUE (VACT) - OPTICAL PARALLEL IMPLEMENTATION OF FUZZY LOGIC AND ITS VISUALIZATION WITH THE DIGITAL-HALFTONING PROCESS

机译：可视区域编码技术（VACT）-模糊逻辑的光学并行实现及其在数字半编码过程中的可视化

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A novel technique, the visual-area coding technique (VACT), for the optical implementation of fuzzy logic with the capability of visualization of the results is presented. This technique is based on the microfont method and is considered to be an instance of digitized analog optical computing. Huge amounts of data can be processed in fuzzy logic vith the VACT. In addition, real-time visualization of the processed result can be accomplished. [References: 21]

机译：提出了一种新颖的技术，可视区域编码技术（VACT），用于光学实现模糊逻辑并可视化结果。该技术基于微字体方法，被认为是数字化模拟光学计算的一个实例。 VACT可以用模糊逻辑处理大量数据。另外，可以实现处理结果的实时可视化。 [参考：21]

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《Applied optics》 |1995年第17期|共6页
作者
Konishi T.; Ichioka Y.; Tanida J.;
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原文格式 PDF
正文语种 eng
中图分类光学;
关键词
Optical computing; Digitized analog computing; Fuzzy logic; Digital halftoning; Visualization; Image-processor; Algebra; Array;

机译：光学计算;数字化模拟计算;模糊逻辑;数字半色调;可视化;图像处理器;代数;数组;

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1. VISUAL-AREA CODING TECHNIQUE (VACT) - OPTICAL PARALLEL IMPLEMENTATION OF FUZZY LOGIC AND ITS VISUALIZATION WITH THE DIGITAL-HALFTONING PROCESS [J] . Konishi T., Ichioka Y., Tanida J. Applied optics . 1995,第17期

机译：可视区域编码技术（VACT）-模糊逻辑的光学并行实现及其在数字半编码过程中的可视化
2. A method of optical implementation of frequency encoded different logic operations using second harmonic and difference frequency generation techniques in non-linear material [J] . Garai SK, Mukhopadhyay S Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic . 2010,第8期

机译：一种在非线性材料中使用二次谐波和差分频率生成技术对频率编码的不同逻辑运算进行光学实现的方法
3. Optical implementation of parallel fuzzy logic using a single electron trapping device [J] . Jing Hongmei, Qian Feng, Ruan Hao, Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic . 1999,第10期

机译：使用单个电子俘获装置的并行模糊逻辑的光学实现
4. Parallel-pipeline implementation of digital signal processing techniques based on modular codes [C] . I. A. Kalmykov, A. V. Veligosha, D. I. Kaplun, 2016 XIX IEEE International Conference on Soft Computing and Measurements . 2016

机译：基于模块化代码的数字信号处理技术的并行流水线实现
5. A multi-wavelength optical content-addressable parallel processor (MW-OCAPP) for high-speed relational database processing: Free-space experimental implementation and monolithic adaptation based on guided-wave technology [D] . Detofsky, Abram Maximilian 1999

机译：用于高速关系数据库处理的多波长光学内容可寻址并行处理器（MW-OCAPP）：自由空间实验实现和基于导波技术的单片自适应
6. Towards the Design and Implementation of an Image-Based Navigation System of an Autonomous Underwater Vehicle Combining a Color Recognition Technique and a Fuzzy Logic Controller [O] . Yu-Hsien Lin, Chao-Ming Yu, Chia-Yu Wu 2021

机译：朝着组合颜色识别技术的自主水下航行器的基于图像的导航系统的设计和实现以及模糊逻辑控制器
7. Visual-area coding technique (VACT) : optical parallel implementation of fuzzy logic and its visualization with the digital-halftoning process [O] . Konishi Tsuyoshi, Tanida Jun, Ichioka Yoshiki 2013

机译：可视区域编码技术（VACT）：模糊逻辑的光学并行实现及其在数字半色调处理中的可视化
8. Part 1. Ultrafast Logic and Multiple-Beam Optical Parallel Processing Using Nonlinear Etalons. Part 2. Novel Devices for All-Optical Computing. Part 3. Novel Nonlinear Semiconductor Structures for Signal Processing and Optical Computing. [R] . Gibbs, H., Peyghambarian, N., Stegeman, G. I., 1991

机译：第1部分：使用非线性标准具的超快逻辑和多波束光学并行处理。第2部分。全光学计算的新型器件。第3部分。用于信号处理和光学计算的新型非线性半导体结构。

VISUAL-AREA CODING TECHNIQUE (VACT) - OPTICAL PARALLEL IMPLEMENTATION OF FUZZY LOGIC AND ITS VISUALIZATION WITH THE DIGITAL-HALFTONING PROCESS

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