Projects

• Base-station antenna diversity at 450 MHz (Y. Huang, S. C. Su, and J. Hodgskiss, + Philips)

• Indoor radio channel characterisation for wireless systems ( J. T. Zhang and Y. Huang, + ORS)

• Mobile portable diversity and user interaction (D. Kemp and Y. Huang, + Philips)

• New modulation and coding schemes for wireless communications (Y Ma, and Y. Huang, + ORS)

• Small antennas for wireless communications (Y. Huang, + Nokia)

• Spread spectrum digital transceiver (Y. Huang + Paul Blunt)

• Development of a MIMO System for WCDMA and OFDM systems (Y. Huang, Y Ma and N, Yi)

• Development of a software radio receiver (X. Y. Xiong, Y. Huang, J. Ralph and W. Al-Nuaimy, + ARM)

• Blind estimation algorithms for OFDM systems (Y. Ma, Y Huang and W. Al-Nuaimy, + ORS)

• Wideband/Multiband antennas and RF front-end (Y. Huang, + ***)

• Ground penetration radar for the detection of subsurface objects (Y. Huang, W. Al-Nuaimy, M, Nakhkash, and S. Shihab, + Shell and GSI)

• One-port free space measurement system for in-situ 1D imaging (Y. Huang, J. Davis, M. Nakhkash, and J. T. Zhang, + EPSRC)

• A study of the near and far field mapping for magnetic imaging. (Y. Huang, + QinetiQ)

• Ultra-wide band antennas (Y. Huang, M. Nakhkash and J. Davis, + EPSRC and Leverhulme Trust)

• Breast cancer detection using microwave imaging technology (Y. Huang and D Scutt, + ***)

• High frequency effects in high voltage circuit breakers (H. M. Looe, Y. Huang, and G. Jones, + NGC)

• High voltage DC capacitor modelling and designs (H. M. Looe, Y. Huang, S Kirkup, and G. Jones, + EPSRC and ABB)

• The analysis of electro-optical modulators at 10 GHz and 40 GHz (Y. Huang, + JDS Uniphase)

Electromagnetic and EMC Measurements

• Dielectric material characterisation techniques (Y. Huang, N. Nakhkash, and J. T. Zhang, + Leverhulme Trust, Leeds Univ and NERC)

• Reverberation chambers for EMC and antenna measurements (Y. Huang, + Rainford EMC, Nokia and EPSRC)

• A study of the field uniformity problem within GTEM cells (H. M. Looe, and Y. Huang, + NPL)

• Time-domain techniques for dielectric material and antenna measurements. (Y. Huang and T. Zhang)