2014年12月8日美国·第一次国际中高频段移动通信研讨会

●会议名称(中文)：  第一次国际中高频段移动通信研讨会

●会议名称(英文)：  The First International Workshop on Mobile Communications in Higher Frequency Bands (MCHFB)

●所属学科：  通信技术

●开始日期：  2014-12-08

●所在国家：  美国

●所在城市：      美国

●具体地点：  Austin, TX, USA

●主办单位：  IEEE Communications Society

●会务组联系方式

联系人：  Prof. David Michelson
E-MAIL：  davem@ece.ubc.ca

●会议网站：  http://www.gc14-mchfb.org/

●会议背景介绍： 

Frequency bands above 6 GHz, especially those above 30 GHz, are promising candidates for 5G mobile communications because they could provide operators with access to several GHz of new spectrum. Application of higher frequency bands to mobile communications has many challenges including high path loss and body loss, higher penetration and foliage loss, mobility issues, multiple user access, coverage, adaptive access and backhaul and deployment issues in dense networks, etc.  Promising techniques include novel beamforming techniques using massive antenna arrays, low form factor chip-scale antennas for base stations and user devices, adaptive backhauling and various system and deployment issues. Despite some progress in the above-mentioned techniques, a complete system design remains elusive.

This workshop will focus on opportunities for cooperation and collaboration as we seek to commercialize higher frequency bands for mobile communications. The forum will provide both industry and academia to exchange their views, recent accomplishments and vision for the future.

●征文范围及要求：
 
Topics of interest include but are not limited to the following:

·             Candidate higher frequency bands and related regulatory issues
·             Channel propagation characteristics
·             Cellular system design for mm-wave
·             Adaptive beamforming techniques
·             Hybrid MIMO and beamforming
·             New RF technology for mm-wave
·             Antenna design considerations for mm-wave
·             NLOS channel transmission
·             Radio transmission technology
·             Joint backhaul and access resource scheduling
·             Dense network with mm-wave links
·             Adaptive self-backhauling
·             Related standards progress
·             Visible light communications
·             Use of license-exempt spectrum
·             Prototype assessment and verification