Muscle-computer interface for neurorehabilitation purposes
Human-computer interface is rapidly growing field of modern science that can be applied in different spheres of our life. For an instance: the cutting edge technics for rehabilitation of people with movement-related diseases based on the human-computer interface.
So, what can we propose to you as a project? The main idea lies in measuring, amplifying and processing of mio-signals in real time. You will create your own software, that will be driven by "muscle input" and perform some specific predefined tasks.
Parallel, making project ,such topics will be learned during lecturers and practical lessons:
- Pitfalls of EMG and analyzing method
- MatLab programming
- Analog Electronics
- Digital Electronics
- Arduino programming
- programming in MatLab
- basics of spectral analysis(recommended)
- any other programming languages(recommended)
- Arduino programming(recommended)
- basics of schematics(recommended).
Associated topics: Computational Neuroscience, Computer Science, Hardware Engineering, 3D-printing.
Project duration: 3 - 5 days.
Place of studying: NTUU "KPI", Department of Electronics, Chair of Physical and Biomedical Electronics.
Spheres of interests: software/hardware engineering, biomedical signals analysis.