2016 International Conference On Communication Problem-Solving ICCP

活动简介

The International High Speed Intelligent Communication (HSIC) founded by Chang Gung University, Taiwan, in 2009 is an important field of theory, design, and implementation of millimeter wave integrated circuits and systems, sensor network, optical communications and MIMO/OFDM systems. Building on the its previous successes, the International Conference on Computational Problem-Solving (ICCP) is now renamed as the International Conference on Communications Problem-Solving (ICCP) to focus on solutions to problems and challenges arising in the areas of modern communications, radar and sensor areas technologies. In conjunction with the HSIC-2016, ICCP-2016 will be held on 7-9 September, 2016. The HSIC-2016 & ICCP-2016 will offer a rich program of high quality with distinguished invited speakers from all over the world and provide a broad forum of exchanges for researchers and scholars. The proceedings of ICCP 2016 will be included in the IEEE Explore database and indexed by EI Compendex.

征稿信息

重要日期

2016-04-30

初稿截稿日期

2016-04-30

初稿录用日期

征稿范围

RF Circuit and subsystem

Small Antenna, Planar/reflect antenna array, MCM, LCP/LTCC technologies, System on package, Subsystem integration, Passive device/circuits design and modeling, Active device/circuits design and modeling, RFIC & MMIC based on GaN/SiGe/RFCMOS, PLL technologies, High speed/high bits ADC/DAC, broadband/high power amplifier, etc.

Digital Signal ProcessTechnologies

Channel modeling, Signal Processing technologies for link/access Communication Systems, Signal Processing for Radar and sensor Systems, Compressive Sensing, Sparse Signal Processing, Waveform Diversity and Design, Adaptive Anten-nas and Beamforming, MIMO or SAR imaging signal processing, 2D/3D image/video signal processing.

Networks

Ad hoc, Body Area, Sensor and Mesh Networks, Wireless Multimedia Networks, Internet of Things, Network Measurement and Monitoring Techniques, Multimode Wireless Networks, Next-generation Networking Architectures, Network Design, Planning and Economics, Network Protocols, Applications & Services, Next-Generation Access Networking.

Application

B3G/4G/5G Systems, WiMAX, LMDS, WLAN and WPAN, Multi-Hop and Cooperative Communications, Cognitive Radio and Software Defined Radio, Satellite & Space Communications, Multimedia Communications, Robustness and Resili-ence, Green Communications, Mobile and Pervasive Computing, UWB Communications, Internet of Thing, 60GHz/E-band/Q-band communication system, X-band/Ka-band/W-band radar system.