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Optoelectronics Letters 2010年第5期6卷 325-327页

作者： amal k ghosh Department of Applied Electronics & Instrumentation Engineering Netaji Subhash Engineering College Techno City Garia Kolkata 700152 India

The parity generators and the checkers are the most important circuits in communication systems. With the development of multi-valued logic (MVL), the proposed system with parity generators and checkers is the most required using the recently developed optoelectronic technology in the modified trinary number (MTN) system. This system also meets up the tremendous needs of speeds by exploiting the savart plates and spatial light modulators (SLM) in the optical tree architecture (OTA).

关键词：空间光调制器通讯系统奇偶发生器三元修改检查校验

Trinary registers and counters using savart plate and spatial light modulator for optical computation in multivalued logic

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Optoelectronics Letters 2009年第3期5卷 194-197页

作者： amal k ghosh Moumita Raul Department of Applied Electronics and Instrumentation Engineering Netaji Subhas Engineering College Department of Electronics and Communication Engineering Netaji Subhash Engineering College

Registers and counters are the most important devices in any system of *** this paper we have communicated the trinary registers and counters in modified trinary number(MTN) *** is suitable for the optical computing and other applications in multivalued logic *** the savart plate and spatial light modulator(SLM) based optoelectronic circuits have been used to exploit the optical tree architecture(OTA) in optical interconnection network.

关键词：多值逻辑系统空间光调制器光学计算机三元光电集成电路板光互连网络应用程序

Trinary flip-flops using Savart plate and spatial light modulator for optical computation in multivalued logic

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Optoelectronics Letters 2008年第6期4卷 443-446页

作者： amal k ghosh Amitabha Basuray Department of Applied Electronics & Instrumentation Engineering Netaji Subhas Engineering College Department of Applied Optics & Photonics University of Calcutta

The memory devices in multi-valued logic are of most significance in modem research. This paper deals with the implementation of basic memory devices in multi-valued logic using Savart plate and spatial light modulator （SLM） based optoelectronic circuits. Photons are used here as the carder to speed up the operations. Optical tree architecture （OTA） has been also utilized in the optical interconnection network. We have exploited the advantages of Savart plates, SLMs and OTA and proposed the SLM based high speed Jk, D-type and T-type flip-flops in a trinary system.

关键词：激光调制器激光计算机多值逻辑计算机技术

Trinary magnitude comparator using SLM based Savart plate

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Optoelectronics Letters 2019年第6期15卷 415-419页

作者： Animesh Bhattacharya Shyandeep Das Arijit Sarkar Nabanita Bose amal k ghosh Department of Applied Electronics and Instrumentation Engineering Netaji Subhash Engineering College

The demand of present technology inviting the popularity of multivalued optical computation system to coup up with the latest scenario of ultrahigh processing speed and handling large amount of data The magnitude comparator is the heart of the arithmetic and logic unit(ALU)in any logical processing and computing *** this paper,a trinary magnitude comparator circuit has been proposed and implemented with modified trinary number(MTN)*** tree architecture(OTA)of the proposed circuit has been realized reasonably using Savart plate and spatial light modulators(SLM).A simulation algorithm has also been developed and implemented to prove the authenticity of the proposed circuit through the simulation.

关键词： comparator system. magnitude

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OLEDs面临的挑战

现代显示 2006年第11期 38-44页

作者： amal ghosh Steven Van Slyke 王中译熊绍珍（编校） eMagin公司显示器研发部美国纽约 Eastmahkodak公司显示技术部 OLED系统研究实验室美国纽约南开大学

尽管基于有机发光二极管(OLED)的显示器的优点已被广泛认同,但是这项技术,尤其是其有源器件的产品在开拓市场份额上,依然非常艰难。是什么阻碍了OLEDs显示器获得更广泛的认可呢?

关键词：有机发光二极管平板显示器有源矩阵无源矩阵