现代战争中的机器人。具有人工大脑的智能自主机器人的发展前景

A.O. Morozov, V.O. Yashchenko
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引用次数: 0

摘要

本文考虑了人工智能和机器人技术在现代军事领域的作用。它描述了自21世纪初以来,机器人如何成为军事行动不可或缺的一部分,为各国军队提供了各种各样的机会。考虑了具有人工大脑的自主机器人的发展前景,这些机器人可以在没有人类连续控制的情况下运行。人脑建模项目是在创建能够模仿甚至超越生物大脑工作的电子大脑和智能系统的背景下考虑的。简要回顾了世界上的人脑建模项目,并给出了它们的比较特点。本文介绍了乌克兰的“思维计算机(人工大脑)”项目。该项目是计算机化的一种新方法,基于最新的非传统技术,用于在单一同质多维活动联想神经元结构中同时处理各种类型的信息,从而创造出一种新型的类人思维机器。文章讲述了该项目的技术基础、目标和目的,以及引入拟议技术的效果。本文详细介绍了现代神经网络中没有类似物的多连接、多维度、受体-效应器主动关联类神经生长网络新技术的工作原理和特点。它还解释了思维计算机相对于传统计算机的优势,以及新技术为人类活动的各个领域开辟了什么样的前景。本文介绍了仿人机器人电子大脑原型的研究成果和进展,以及组织思维计算机工业化生产的计划。此外,它还证实了实施“思考计算机”项目对提高乌克兰在国际社会中的竞争力和安全性的相关性和必要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robots in modern war. Prospects for the development of smart autonomous robots with artificial brain
The article considers the role of artificial intelligence and robotics in the modern military sphere. It describes how since the beginning of the 21st century, robots have become an integral part of military operations, providing a wide variety of opportunities for the armies of various countries. The prospects for the development of autonomous robots with artificial brains that can operate without continuous human control are considered. Human brain modeling projects are considered in the context of creating electronic brains and smart systems capable of imitating and even surpassing the work of a biological brain. The world human brain modeling projects are briefly reviewed, and their comparative characteristics are given. The Ukrainian project Thinking Computer (Artificial Brain) is described in the paper. The project is a new approach in computerization based on the latest non-traditional technology for the simultaneous processing of various types of information in a single homogeneous multidimensional active associative neuron-like structure that allows creation of a new type of humanoid thinking machines. The article tells about the technological basis of the project, its goals and objectives, as well as the effect of the introduction of the proposed technology. The article describes in detail the principles of operation and features of the new technology of a multi-connected, multidimensional, receptor-effector actively associative neural-like growing network, which has no analogs in modern neural networks. It also explains what advantages thinking computers have over traditional ones, and what prospects the new technology opens up for various areas of human activity. The article demonstrates the research findings and developments regarding the creation of a prototype of an electronic brain for a humanoid robot, as well as plans for organizing the industrial production of thinking computers. In addition, it substantiates the relevance and necessity of implementing the Thinking Computer project to increase the competitiveness and security of Ukraine in the global community.
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