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Preface

机译:前言

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摘要

Recent technological advancements have played a prominent role in directing Information Technology research towards making 'intelligent' machines. Traditionally, intelligence has been commonly associated with humans as an intellectual characteristic, by virtue of which they demonstrate the ability to transcend trivial computations or decisions. Intelligent computations or decisions act as a driving force to deal with problems from a wide range of domains. Intelligent machines have the ability to acquire crucial knowledge from the environment, which enables them to learn and draw significant inferences based on evidences. Since these machines are knowledge-oriented, they possess the ability to generalize which makes them quite reliable. This volume covers all these aspects of machine intelligence, as an outcome of PReMI 2019, an international conference on Pattern Recognition and Machine Intelligence, held at Tezpur University, India, during December 17-20, 2019. It includes 90 full-length and 41 short papers from across the globe. It aims to provide a comprehensive and in-depth discussion of the contemporary research trends in the domain of pattern recognition and machine intelligence. The conference began with two plenary talks followed by five invited talks and oral presentations. The first plenary talk on 'Granular Artificial Intelligence' highlighted its applications in modelling environments and pattern recognition and was delivered by Prof. Witold Pedrycz of University of Alberta, Canada. The second plenary talk by Prof. Jayaram Udupa of University of Pennsylvania, Philadelphia, USA focused on 'Biomedical Imaging.'
机译:最近的技术进步在指导信息技术研究制造“智能”机器方面发挥了重要作用。传统上,人们通常将智力作为一种智力特征与人类联系在一起,据此,人类才具有超越琐碎的计算或决策的能力。智能计算或决策可作为处理广泛领域问题的驱动力。智能机器具有从环境中获取关键知识的能力,这使它们能够根据证据学习并得出重要的推论。由于这些机器是面向知识的,因此它们具有概括的能力,这使其非常可靠。本卷涵盖了机器智能的所有这些方面,这是PReMI 2019的成果.PReMI 2019是在2019年12月17日至20日在印度Tezpur大学举行的模式识别和机器智能国际会议。其中包括90篇全长论文和41篇完整论文来自全球的短篇论文。它旨在对模式识别和机器智能领域的当代研究趋势进行全面而深入的讨论。会议首先进行了两次全会演讲,随后进行了五次受邀演讲和口头报告。加拿大阿尔伯塔大学的Witold Pedrycz教授发表了关于“颗粒人工智能”的第一次全体会议,重点介绍了它在建模环境和模式识别中的应用。美国宾夕法尼亚州宾夕法尼亚大学的Jayaram Udupa教授进行的第二次全体会议的主题是“生物医学成像”。

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