Contact
Name | Sayedsepehr Mosavat |
---|---|
Position | Researcher |
Phone | +49-201-183-2427 |
Fax | +49-201-183-4176 |
sayedsepehr.mosavat@uni-due.de | |
Address | Schützenbahn 70 Building SA 45127 Essen |
Room | SA-120 |

Research Interests
- Internet of Things (IoT)
- Wireless Sensor Networks
- Intermittent Computing
Employments
- Since 01.2020 University of Duisburg-Essen, Research Assistant (Networked Embedded Systems, NES)
- 06.2019 – 10.2019 BLE-Solutions GmbH., Embedded-Software Developer
- 07.2018 – 03.2019 Haus der Technik e. V., Working Student
- 10.2016 – 06.2018 NectOne UG, Working Student (Product Development)
Education
- Since 01.2020 PhD Student, Computer Science – University of Duisburg-Essen, Germany
- 2019 Master of Science, Embedded Systems Engineering – University of Duisburg-Essen, Germany
- 2015 Bachelor of Science, Computer Hardware Engineering – Isfahan University of Technology, Iran
Publications
2021 |
Sayedsepehr Mosavat, Matteo Zella, Pedro José Marrón: Demo: SOCRAETES: SOlar Cells Recorded And EmulaTed EaSily. International Conference on Embedded Wireless Systems and Networks (EWSN), ACM Digital Library, 2021, ISBN: 978-0-9949886-5-2, (Best Video Award for the Posters and Demos Track). (Type: Inproceedings | Abstract | Links) @inproceedings{Mosavat2021, title = {Demo: SOCRAETES: SOlar Cells Recorded And EmulaTed EaSily}, author = {Sayedsepehr Mosavat and Matteo Zella and Pedro José Marrón}, url = {Download Page: https://ewsn2021.ewi.tudelft.nl/posters-and-demos Pitch Video: https://youtu.be/-QIIKtjDPKE}, isbn = {978-0-9949886-5-2}, year = {2021}, date = {2021-02-17}, booktitle = {International Conference on Embedded Wireless Systems and Networks (EWSN)}, publisher = {ACM Digital Library}, abstract = {We propose SOCRAETES, a simple to replicate tool used for recording and emulation of energy harvesting environments. SOCRAETES aims at aiding with repeatable experimentations during the design and evaluation of energy harvesting devices. The tool is particularly designed with the goal of avoiding complex hardware circuitry. This will allow researchers and hobbyists with little prior experience in electronics to replicate the work, and by doing so benefit from the insights such a tool provides for the design and evaluation of energy harvesting systems. The current implementation of SOCRAETES can measure and emulate solar cell voltages and currents in the range of 0-6.5 V and 0.5-55 mA, respectively. Moreover, the range of measurement and emulation can be modified for specific energy environments and harvesters by utilizing different passive components. This will, in turn, result in higher overall achievable accuracy.}, note = {Best Video Award for the Posters and Demos Track}, keywords = {}, pubstate = {published}, tppubtype = {inproceedings} } We propose SOCRAETES, a simple to replicate tool used for recording and emulation of energy harvesting environments. SOCRAETES aims at aiding with repeatable experimentations during the design and evaluation of energy harvesting devices. The tool is particularly designed with the goal of avoiding complex hardware circuitry. This will allow researchers and hobbyists with little prior experience in electronics to replicate the work, and by doing so benefit from the insights such a tool provides for the design and evaluation of energy harvesting systems. The current implementation of SOCRAETES can measure and emulate solar cell voltages and currents in the range of 0-6.5 V and 0.5-55 mA, respectively. Moreover, the range of measurement and emulation can be modified for specific energy environments and harvesters by utilizing different passive components. This will, in turn, result in higher overall achievable accuracy. |