【IEEE出版】2023年欧亚计算机科学与信息技术国际会议（FCSIT 2023）

重要信息

会议网址：www.ecfcsit.org

会议时间：2023年9月15-17日

召开地点：英国-牛津大学

截稿时间：2023年9月08日

录用通知：投稿后1周内

收录检索：EI,Scopus

会议简介

★2023第四届欧亚计算机科学与信息技术国际会议（FCSIT 2023）---Ei Compendex＆Scopus-Call for papers

｜2023年9月15-17日,英国-牛津｜网址: www.ecfcsit.org

★FCSIT 2023将围绕“计算机科学与信息技术”研究领域而展开，来自世界各地的主要研究人员和行业专家将通过论文和口头报告介绍研究成果。本次会议将于2023年9月15-17日在英国-牛津召开，在会议期间您将有机会聆听到前沿的学术报告，见证该领域的成果与进步。

会议日程预览：

Speakers 2023

Keynote Speaker Ⅰ

Prof. Francisco Falcone

UPNA, Institute of Smart Cities (ISC) and Tecnologico de Monterrey

Biography: Telecommunications Engineer (1999) and Doctor in Communications (2005), both from UPNA. From 1999 to 2000, he was Microwave Network Engineer, Siemens-Italtel, Málaga. From 2000 to 2008, he was Mobile Access Network Engineer, Telefónica Móviles, in Pamplona. In 2009 he co-founded Tafco Metawireless, spin-off of the UPNA. In parallel, from 2003 to 2009 he was Assistant Lecturer in the EEC Dept, UPNA. In June 2009 he became Associate Professor and since September 2022, Full Professor. From January 2012 to July 2018 and from July 2019 to November 2021 he was Head of the EEC Dept., UPNA. In 2018 he was Visiting Professor at Kuwait College of Science and Technology, Kuwait, for three months. He is also affiliated with the Smart Cities Institute of the Public University of Navarra, a multidisciplinary research institute with over 100 researchers, being Head of the Institute since May 2021. Since June 2022, he is Distinguished Visiting Professor in Telecommunications School of Engineering and Science, Tecnologico de Monterrey, Mexico. He is specialized in applied and computational electromagnetics, more specifically in: analysis and design of complex electromagnetic media, artificial materials and metamaterials, device implementation in flexible/paper substrates, wireless power transfer systems, implementation of computational electromagnetic code and hybrid code. The work carried out has derived in over 200 articles in ISI-WOK indexed journals, 400 contributions in international and national conferences, 2 books, 6 book chapters and participation in 90 public and private funded projects. Since 2013 he has supervised 8 PhD thesis.

Talk Title: Challenges in Wireless Channel Analysis for future Cognitive Environments

Abstract: The information age is evolving towards the experience age, in which connectivity, data gathering and flexible interactive capabilities are sought for a wide range of applications and scenarios. In this way, Smart Cities and Smart Regions are progressively shifting paradigms from reactive towards proactive responses, aided by large sensor and actuator sets, combined with different information and communication technologies. In this context, wireless communication systems play a key role in order to provide seamless, scalable and to different levels of extent, mobile connectivity. Despite the advantages in the use of wireless channels in order to enable these highly dynamic links, multiple challenges are faced owing to coverage/capacity requirements, interference levels and inherent requirements to reduce form factor, size and cost of communication nodes. Determining wireless channel characteristics and how to optimize their performance is compulsory in order to provide adequate quality of service and quality of experience metrics. In this presentation, we will address the evolution in wireless systems in order to provide required connectivity levels towards cognitive environments, as well as the challenges and solutions that are foreseen.

Keynote Speaker Ⅱ

Prof. Xizheng Ke

Xi'an University of Technology, China

Biography: Academician Ke Xizheng is a well-known expert in the field of optical wireless communication, a foreign academician of the Russian Academy of Natural Sciences, a famous teaching teacher in Shaanxi Province, a member of the Chinese Institute of Electronics, an expert in the evaluation of national science and technology awards, and a member of the Disciplinary Evaluation Group of the Third Academic Degree Committee of Shaanxi Province. For more than 20 years, he has actively explored and is not afraid to move forward; he has worked quietly on the road of teaching and educating people and has not forgotten his mission. Since 2001, he has won 20 provincial and ministerial science and technology awards, more than 30 invention patents authorized by the state, published more than 20 monographs in Science Press and Springer Press, and published more than 400 academic papers. and more than 10 journal editorial board members, and a part-time job in more than 10 academic groups including the Chinese Institute of Electronics, enjoying a high reputation in the field of electronic information.

Talk Title: Optical Wireless Communication System Model

Abstract: Optical wireless communication is a wireless communication technology using a beam of light as a carrier, which has advantages such as high communication speed, no need for spectrum permission, and good confidentiality and security. Space laser communication, ultraviolet non-direct vision communication, indoor visible light communication, and blue-green underwater communication are all important application scenarios for optical wireless communication. The optical wireless communication system consists of laser light source, channel coding, signal modulation, optical amplification, optical antenna, fiber coupling, signal detection, and other components. After channel encoding and signal modulation, the source information is amplified by power and output by the transmitting antenna for optical signal. At the receiving end, a receiving antenna is first used for beam reception. After the received optical signal is coupled into optical fibers and pre-amplified, the detector converts the optical signal into photoelectricity. After subsequent demodulation and decoding processing, information is transmitted from the source to the sink. This report is based on the application of optical wireless communication as the background. By introducing the working principles of the above parts in the optical wireless communication system, and combining with the corresponding experimental results of 100 km free-space optical coherent communication and visible light communication noise model measurement for the Internet of Vehicles conducted by Xi'an University of Technology, a comprehensive introduction to the optical wireless communication system model is provided.

关于出版和索引

所有接受的论文将在线出版IEEE CPS，将被Ei Compendex，SCOPUS，Google Scholar，Cambridge Scientific Abstracts（CSA），Inspec， ISTP等检索，优秀论文将在国际期刊上发表。

征稿主题/会议征稿

算法与生物信息学、地理信息系统、人工智能、全球导航卫星系统、自动化软件工程、网格与可扩展计算、生物信息学和科学计算、高性能计算、生物医学工程、人机交互、编译器和解释、信息检索、计算智能、信息系统、计算机动画、智能信息与数据库系统、计算机体系结构与VLSI、计算机基础教育、IT政策和业务管理......

更多征稿主题请访问： http://www.ecfcsit.org/cfp.html

投稿方式

CMT在线投稿：https://cmt3.research.microsoft.com/FCSIT2023

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