2018年亚太天线与传播国际会议 2018 IEEE Asia-Pacific Conference on Antennas and Propagation APCAP

活动简介

The 2018 IEEE 7th Asia-Pacific Conference on Antennas and Propagation (APCAP) will be officially held in Auckland, New Zealand on 5 - 8 August 2018.

The Asia-Pacific Conference on Antennas and Propagation is an international forum for the exchange of information on the progress and recent advancements in the research and development of innovative antenna technology and radio wave propagation.

APCAP has been successfully inaugurated in Singapore in 2012 and held in Chiangmai in 2013, Harbin in 2014, Bali Island in 2015, Kaohsiung in 2016 and Xi’an in 2017. APCAP 2018 will offer a rich scientific program of the highest quality with keynote and invited speakers from all over the world and provide a broad forum of exchange for both academia and industry alike, with the aim of fostering collaboration between them.

The conference will cover a wide range of topics related to antenna technology, wave propagation, and electromagnetic theory. Prospective authors are invited to submit original contributions on their latest research findings and technology applications. Proposals for special sessions and short courses are invited and welcome. Industrial, academic, book exhibits, and sponsorship are also welcome.

The APCAP Best Paper Award and Outstanding Student Paper Award will be presented to eligible authors of papers of the highest quality.

All presented papers will be E.I. indexed and submitted for inclusion in IEEE Xplore.

征稿信息

重要日期

2018-04-20

摘要截稿日期

2018-05-25

初稿截稿日期

2018-06-25

初稿录用日期

2018-07-06

终稿截稿日期

Topics of Interests:

Antennas

• Analysis, design, and development of various antennas

• Design of wide-band antennas and small antennas

• Empirical, theoretical, and computational models of antennas and arrays

• Material properties and their applications in antennas

• Reconfigurable and tunable antennas, optical and nano antennas

• Antenna arrays and MIMO systems

• Signal processing for antennas

Wave Propagation

• Theoretical and computational methods of predicting wave propagation and sensing

• Characterization of propagation channels

• Applications in wireless communications, radar, and imaging systems

• Multiple antenna systems for spatial, polarization, pattern, and other diversity applications

Measurements

• Measurement, specification, and standards of electrical quantities

• Measurement techniques for antennas, electromagnetic radiation, propagation, and scattering

• Display and visualization of electromagnetic fields and currents

• Near-field and compact-range measurements and novel measurement techniques

• Design of microwave absorbers and material characterization

Electromagnetics

• Fundamental and advanced theory, analytical and numerical solutions

• Radiation, scattering, radar cross section, propagation, and interaction with all media

• Inverse scattering and target identification

• Novel electromagnetic and artificial materials

• Computational electromagnetics, fast algorithms, and CAD packages

Microwaves, Millimeter Waves, and THz

• Solid state circuits, low-noise circuits, and high-power circuits, monolithic integrated circuits passive circuits, packaging, interconnects, MCMs, and MEMS

• Ferrite and SAW components, superconducting components and technology

• Microwave-Optical design, high speed digital circuits and SI, submillimeter wave techniques

• THz technology, measurement, and imaging

EMC & EMI

• EMC and EMI modeling, EMC test methods in industry, environment, near-field for FF problem solving, near-field probers, and functional safety NF scanning for PCB characterization

and many other relevant topics….