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Millimeter-Wave Vehicular Communications
2022This chapter works on presenting a background overview associated with vehicular communications and networking. The first part focuses on reviewing the recent advancements and progress booming in vehicular networking and standardization. As existing wireless solutions cannot guarantee safe, swift, and ubiquitous high-volume data transfer in future ...
Cheng, Xiang +2 more
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Millimeter waves for communications
[Conference Digest] International Conference on Millimeter Wave and Far-Infrared Technology: ICMWFT '90, 2005While atmospheric effects limit achievable ranges, other factors such as crowding at lower frequencies, larger available bandwidths and beneficial aspects of atmospheric absorption have resulted in increased use of millimeter waves for communications. Satellite, air-to-air, terrestrial point-to-point and local/metropolitan area network com munications ...
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Millimeter wave interchip communication
Proceedings of 2012 5th Global Symposium on Millimeter-Waves, 2012High performance multicore processors are approaching 256 GFLOPS and use and generate data at unprecedented rates. Much of the short range data transport between chips, however, is based on legacy LC transmission line infrastructure. Consequently, high performance, systems running memory intensive applications are able to utilize only a fraction of ...
Guang Zhu +8 more
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Analysis of Outage Probability for Millimeter Wave Communications
2021 International Wireless Communications and Mobile Computing (IWCMC), 2021As the data traffic in future wireless communications will explosively grow up to 1000-fold by the deployment of 5G, several technologies are emerging to satisfy this demand, including multiple-input multiple-output (MIMO), millimeter wave communications, Non-orthogonal Multiple Access (NOMA), etc.
Ruoyu Su +5 more
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Millimeter-wave and Terahertz Photonics for Communications and Sensors
Optical Fiber Communication Conference (OFC) 2021, 2021This paper presents an efficient use of telecom-based photonics technologies in millimeter-wave and terahertz systems, which include high-speed wireless communications in the 300-GHz and 600-GHz bands, and ultra-broadband millimeter-wave radars equipped on the drone.
Tadao Nagatsuma, Masayuki Fujita, Li Yi
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Microwave and Millimeter-Wave Communications in Japan
IEEE Transactions on Communications, 1972This paper reviews the status of research and development in both microwave radio-relay systems and millimeter-wave transmission systems as well as the technical features in these fields, mainly developed under the auspices of Nippon Telegraph and Telephone Public Corporation (NTT). Recent activities have been the development of new solid-state devices
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An Overview of Millimeter Wave Communications
14th European Microwave Conference, 1984, 1984An overview of millimeter wave communications applications is given, with special advantages and disadvantages pointed out. An important consideration in the implementation of a millimeter wave communications system is the effect of propagation conditions in the channel.
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Millimeter-Wave Mobile Communications
2016Mobile communications in millimeter wave (mmWave) bands have recently attained a wide range of research due to the available ultra-broad spectrum bands. In this chapter, we introduce the key technologies of mmWave communications based on pioneering researches. Channel measurement and modeling as a fundamental issue is presented in Sect. 2.
Yi Wang, Zhenyu Shi
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Communication Systems at Millimeter Waves
22nd European Microwave Conference, 1992, 1992The technical advantages of mm-waves for short range and high data rate radio communications are well known: The availability of bandwidth, the robustness against interception and jamming, and the possibility of repeated frequence reuse after considerably small distances given by a high basic path attenuation and by certain propagation limits of ...
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Millimeter-Wave Wireless Communication
2011This chapter introduces the unique mm-wave applications such as multi-Gbps radio, automotive radar and mm-wave imaging. System considerations of mm-wave receiver and transmitter front-ends are discussed. The semiconductor technology choices to implement mm-wave systems are also presented.
Yu, Yikun +2 more
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