Xiaoliang

1. Educational experience:

(1) From April 1996 to December 1999, Ph.D., from National University of Defense Technology;

(2) September 1993 to March 1996, Master's degree, from National University of Defense Technology;

(3) From September 1989 to July 1993, Bachelor's degree, from National University of Defense Technology;

2. Research and academic work experience:

(1) From January 2010 to present, Associate Professor, Department of Information Engineering, School of Information Science and Technology, Beijing University of Chemical Technology;

(2) From April 2016 to March 2017, visiting scholar at Sir Peter Mansfield Imaging Centre, University of Nottingham, UK;

(3) From April 2007 to December 2009, postdoctoral fellow at the Institute of Quantum Electronics, School of Information Science and Technology, Peking University;

(4) From March 2004 to February 2007, worked as a senior engineer in the Magnetic Resonance Imaging Product Division of Beijing Wandong Medical Equipment Co., Ltd;

(5) From January 2000 to December 2003, Associate Researcher at the Fourth Research Institute of the Second Artillery.

3. Research field:

(1) Instruments design for magnetic resonance imaging;

(2) Embedded system design;

(3) Software defined radio;

(4) The application of processors and FPGAs;

(5) Magnetic resonance image processing.

1、 Instruments Design for Magnetic Resonance Imaging

The focus is on the development of imaging spectrometers. Multiple models of imaging spectrometers have been developed, including ultra-high field, multi-core, multi-channel spectrometers, and multi-channel fiber spectrometers, some of which are aimed at filling the domestic gap. Some models of spectrometers have been mass-produced and applied in clinical practice.

2、 Circuit Design

(1) Embedded System Design

Including the construction of embedded hardware circuits, the application of embedded Linux systems, and the implementation of functions such as data acquisition, communication, real-time processing, and display.

(2) Software defined radio

Including signal sampling and digital demodulation, waveform synthesis, and development of analog circuits.

(3) The Application of Processor and FPGA

Including the use of multiple processors, with a focus on DSP, ARM, and PowerPC processors, and implementing control, communication, real-time computing, and other functions based on FPGA.

3、 Magnetic resonance image processing

The focus is on the segmentation and model reconstruction of magnetic resonance images, and the estimation of local power deposition based on this.

(1) The Principle and Application of DSP;

(2) Embedded System Design;

(3) Introduction to Automation Science;

(4) Design of Embedded Real time Signal Processing System.