Active Projects
Scattering-based Apparatus for Portable Haematological Analysis via Optics
M. Michailidou, A. Bantis, E. Gkagkanis, K. Karakostas (AUTH)
Purpose: Fabrication of a non-invasive optical medical device for blood analysis via Mie scattering
Description: This project presents the design, fabrication, calibration, testing of a non-invasive, portable, Mie scattering-based blood quality sensor. The aforementioned prototype device currently consists of a 1500×1-pixel photodiode array sensor, a 650 nm laser diode, and a novel case designed in order to easily facilitate various kinds of optical experiments. In addition, this project also presents the results of several in-vivo and in-vitro experiments, obtained using either the current device, or previous prototypes of the device.
Publications and Dissertations:
- Further Evaluation and Calibration of a Mie Scattering-based Apparatus for Portable Optical Haematological Analysis, A. Bantis, M. Michailidou and A. Dziuba, 23WOM-10
- Scattering measurements with the Beaglebone microcomputer for portable biomedical sensors, M. Michailidou, A. Bantis
- Fabrication and Development of an Optical Biomedical Sensor, A. Bantis, M. Michailidou, E., Gkagkanis, K. Karakostas and M. E. Kiziroglou, 21WOM-05
- Fabrication of a photodiode sensor system using the Beaglebone microcomputer for use in non-invasive biomedical sensors, E. Gkagkanis
- PORTABLE SYSTEM DEVELOPMENT FOR MIE SCATTERING ANALYSIS, TO DETERMINE THE SIZE OF BLOOD CELLS IN IN-VIVO AND IN-VITRO STUDIES, K. Karakostas
- Blood cell size determination by scattering analysis, K. Karakostas, E. Gkagkanis, K. Katsaliaki, P. Köllesperger, V. Nitsas, A. Hatzopoulos, M. E. Kiziroglou
- Implementation of photodiode arrays for scattering analysis in portable biomedical sensors, I. Kavoukis
- Portable optical blood scattering sensor, K. Karakostas, E. Gkagkanis, K. Katsaliaki, P. Köllensperger, A. Hatzopoulos, M. E. Kiziroglou
Acoustic Power Transfer
D. Makarikas, I. Kochliaridis, V. Fountas (AUTH), G. Papanikolaou
Purpose: Studying acoustic power transfer arrangements for energy harvesting and sensors
There are several mechanisms for transferring acoustic power. For example, the frequency response of a speaker is measured using a relatively simple power transfer arrangement. Of course, there are more sophisticated and useful applications, such as cochlear implants. Acoustic power transfer arrangements may be simple or complex, as mechanical waves are transmitted through all materials. The transmission medium in sonar systems, for example, is water. This project presents the study and analysis of some acoustic power transfer arrangements.
Publications and Dissertations:
- Rectification and boosting circuit for acoustic power transfer, V. Fountas, D. Makarikas, M. E. Kiziroglou, K. Karakostas and A. Chatzopoulos, 21WOM-07
- Acoustic power transfer through metal bodies, D. Makarikas
- Implementation Of a Multi-Frequency Acoustic Energy Collection Device G. Papanikolaou
NFC Interfaces
A. Chatzimpaloglou, K. Kyriakou, G. Sidiras, Tz. Gkaripoglou
Purpose: Exploring the applications of NFC for personal or industrial use
Publications and Dissertations:
- Interfacing NFC to automation systems: A contactless lock, T. Gkaripoglou
- NFC technology interfacing with automation systems, G. Sidiras
Water Sensors
D. Demourtsev, V. Sidiropoulos (PhD), N. Mpaksevanos, S. Deligiannis, Z. Diamantis
Purpose: Fabrication and design of a fluid sensor apparatus
Description:
Publications and Dissertations:
- Wireless Fluid Sensor Evaluation Setup, N. Mpaksevanos
- Wireless Fluid Multi Sensor, S. Deligiannis, Z. Diamantis
Sensor Data Collections
A. Trifonidis
Purpose: A system for automatic data collection and visualisation on a web page via Google Sheets.
Description: This project's configuration can automatically collect data from various sensors and visualise their output on a webpage
Publications and Dissertations:
- In progress!