Zheyao Wang

Welcome
to the exciting BIA -Bio world!”


--Prof. Chen, Hong

In BIA & Bio CAS group, we explore and investigate very low power digital circuit and system design, including large-scale digital circuits design, asynchronous circuits design, subthreshold circuit design, data fusion technology and image recognition technology based on multi-sensor, etc. And their application in asynchronous energy-efficient SNN and CNN accelerators, low power digital/mixed-mode wireless biomedical systems, such as smart and wireless monitoring systems in THR/TKR/UKR for successful surgeries and improved quality of life.


We encourage and welcome you to join us to challenge the asynchronous and biomedical micro- and nanoworld, either as a master student, a Ph.D student, or a postdoc. We have position openings and open our arms for you. Please feel free to contact us for further information.


Asynchronous CNN accelerator

Asynchronous CNN accelerator

Handshake unit Click accounted for a very small proportion (1.6%) of the total area;The power consumption of asynchronous computing array is 30% lower than that of synchronous computing array...

Asynchronous SNN accelerator

Asynchronous SNN accelerator

An asynchronous reconfigurable SNN acceleration circuit is designed, and an efficient time-step updating mechanism is proposed...

Biomedical circuits for TKA

Biomedical  circuits for TKA

A real-time pressure detection system for knee joint replacement...

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Highlights

 The second prize in the finals of the 2019 International College Student Brain Computing Contest

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2018 International College Student Brain Computing Competition Final Award of Excellence

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