Yanbo Hu
School of Microelectronics,
Tianjin University
Hi there! This is Yanbo’s homepage.
My previous research mainly focused on the industrial chain (materials and equipment for semiconductor packaging and testing), but recently I have been working on :
1.Electrical impedance tomography cloud end display .
2. Detection and isolation of circulating tumor cells.
paper work
1.Design of wearable and wireless electrical impedance tomography system
2.Current Progress in Fabrication Strategies of Label-Free Circulating Tumor Cells Detection
I am currently looking for a Mater position in Peking University
PhD plan
Portable electrical impedance tomography system design
and applications
In 2022, my classmates from the School of Electrical Engineering and I successfully applied for Professor Guanghui Liang’s research project: a study on the image reconstruction method of acoustic-electric bimodal deep fusion. The project was completed during the summer vacation 2022. During the winter vacation of 2023, I remained on campus and finished constructing the hardware circuit for a 16-electrode medical electrical imaging device based on this image reconstruction method.
E-glass work
In April this year, I participated in the E-glass project of Professor Ren Xiang of Tianjin University (a system that immobilized artificial cells in the glass interlayer of PDMS material, fixed carbon dioxide, self-circulating water, and could produce glucose through photosynthesis).
I was in charge of system control. The sample glass unit consists of 8*8 pdms artificial cells. Any one cell unit can be located by the Hilbert curve, and whether the unit is intact (the photosynthetic impedance is reduced) can be determined by measuring its impedance change. I will output 1m sinusoidal wave to measure its CVC curve, and control the turn of photosynthetic circuit and the working condition of artificial cells to obtain the best photosynthetic rate.
Electromagnetic car racing
During my junior year, I joined the Beiyang Intelligent Vehicle Team and contributed to the team by designing PCB layouts, constructing hardware circuits, conducting hardware circuit tests, and developing electromagnetic algorithms. The attached images and video showcase my work in this area.