Matthew BIO, B.Sc. MSc
- Wissenschaftlicher Mitarbeiter
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| Titel | Autor | Jahr |
|---|
| Titel | Autor | Jahr |
|---|
| Laufzeit | April/2023 - März/2028 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Josef Ressel Zentrum |
| Förderinstitution/Auftraggeber |
The JR Centre for System-on-Chip Design Automation funded by the Christian Doppler Forschungsgesellschaft and Bundesministerium Arbeit und Wirtschaft aims to research fundamentally new methods for the development of „system-on-chips" in modern semiconductor technologies and to advance the automation of the development process of integrated circuits. Until now, chip designers have spent a lot of time for routine tasks like reworking basic circuit blocks with already given functionality in existing technologies to enable cost reduction. The JR Centre’s research will help to automate the development of integrated circuits and thus free up the working time of experts for innovative new development tasks, therefore making an essential contribution to strengthening competitiveness in the semiconductor industry.
- Christian Doppler Forschungsgesellschaft (CDG) (Fördergeber/Auftraggeber)
- Infineon Technologies Austria AG
- FH Kärnten - gemeinnützige Gesellschaft mbH (Forschung) (Lead Partner)
| Laufzeit | April/2019 - Dezember/2024 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Nicht wirtschaftliche Forschung |
| Förderinstitution/Auftraggeber |
The “Research Lab for Radio Frequency Frontends” (RFFE-Lab) is a cooperative research lab jointly operated with Silicon Austria Labs (SAL) and co-located at CUAS. As successor of the Josef Ressel Center for Integrated CMOS RF Systems and Circuits (Interact), it acts as an innovation hub for high-level research in RF and mmWave integrated circuits for wireless and wired high-speed data communication systems.
| Laufzeit | April/2023 - März/2028 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Josef Ressel Zentrum |
| Förderinstitution/Auftraggeber |
The JR Centre for System-on-Chip Design Automation funded by the Christian Doppler Forschungsgesellschaft and Bundesministerium Arbeit und Wirtschaft aims to research fundamentally new methods for the development of „system-on-chips" in modern semiconductor technologies and to advance the automation of the development process of integrated circuits. Until now, chip designers have spent a lot of time for routine tasks like reworking basic circuit blocks with already given functionality in existing technologies to enable cost reduction. The JR Centre’s research will help to automate the development of integrated circuits and thus free up the working time of experts for innovative new development tasks, therefore making an essential contribution to strengthening competitiveness in the semiconductor industry.
- Christian Doppler Forschungsgesellschaft (CDG) (Fördergeber/Auftraggeber)
- Infineon Technologies Austria AG
- FH Kärnten - gemeinnützige Gesellschaft mbH (Forschung) (Lead Partner)
| Laufzeit | April/2023 - März/2028 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Josef Ressel Zentrum |
| Förderinstitution/Auftraggeber |
The JR Centre for System-on-Chip Design Automation funded by the Christian Doppler Forschungsgesellschaft and Bundesministerium Arbeit und Wirtschaft aims to research fundamentally new methods for the development of „system-on-chips" in modern semiconductor technologies and to advance the automation of the development process of integrated circuits. Until now, chip designers have spent a lot of time for routine tasks like reworking basic circuit blocks with already given functionality in existing technologies to enable cost reduction. The JR Centre’s research will help to automate the development of integrated circuits and thus free up the working time of experts for innovative new development tasks, therefore making an essential contribution to strengthening competitiveness in the semiconductor industry.
- Christian Doppler Forschungsgesellschaft (CDG) (Fördergeber/Auftraggeber)
- Infineon Technologies Austria AG
- FH Kärnten - gemeinnützige Gesellschaft mbH (Forschung) (Lead Partner)
| Laufzeit | April/2023 - März/2028 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Josef Ressel Zentrum |
| Förderinstitution/Auftraggeber |
The JR Centre for System-on-Chip Design Automation funded by the Christian Doppler Forschungsgesellschaft and Bundesministerium Arbeit und Wirtschaft aims to research fundamentally new methods for the development of „system-on-chips" in modern semiconductor technologies and to advance the automation of the development process of integrated circuits. Until now, chip designers have spent a lot of time for routine tasks like reworking basic circuit blocks with already given functionality in existing technologies to enable cost reduction. The JR Centre’s research will help to automate the development of integrated circuits and thus free up the working time of experts for innovative new development tasks, therefore making an essential contribution to strengthening competitiveness in the semiconductor industry.
- Christian Doppler Forschungsgesellschaft (CDG) (Fördergeber/Auftraggeber)
- Infineon Technologies Austria AG
- FH Kärnten - gemeinnützige Gesellschaft mbH (Forschung) (Lead Partner)
| Laufzeit | April/2023 - März/2028 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Josef Ressel Zentrum |
| Förderinstitution/Auftraggeber |
The JR Centre for System-on-Chip Design Automation funded by the Christian Doppler Forschungsgesellschaft and Bundesministerium Arbeit und Wirtschaft aims to research fundamentally new methods for the development of „system-on-chips" in modern semiconductor technologies and to advance the automation of the development process of integrated circuits. Until now, chip designers have spent a lot of time for routine tasks like reworking basic circuit blocks with already given functionality in existing technologies to enable cost reduction. The JR Centre’s research will help to automate the development of integrated circuits and thus free up the working time of experts for innovative new development tasks, therefore making an essential contribution to strengthening competitiveness in the semiconductor industry.
- Christian Doppler Forschungsgesellschaft (CDG) (Fördergeber/Auftraggeber)
- Infineon Technologies Austria AG
- FH Kärnten - gemeinnützige Gesellschaft mbH (Forschung) (Lead Partner)
| Laufzeit | April/2019 - Dezember/2024 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Nicht wirtschaftliche Forschung |
| Förderinstitution/Auftraggeber |
The “Research Lab for Radio Frequency Frontends” (RFFE-Lab) is a cooperative research lab jointly operated with Silicon Austria Labs (SAL) and co-located at CUAS. As successor of the Josef Ressel Center for Integrated CMOS RF Systems and Circuits (Interact), it acts as an innovation hub for high-level research in RF and mmWave integrated circuits for wireless and wired high-speed data communication systems.
| Laufzeit | April/2023 - März/2028 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Josef Ressel Zentrum |
| Förderinstitution/Auftraggeber |
The JR Centre for System-on-Chip Design Automation funded by the Christian Doppler Forschungsgesellschaft and Bundesministerium Arbeit und Wirtschaft aims to research fundamentally new methods for the development of „system-on-chips" in modern semiconductor technologies and to advance the automation of the development process of integrated circuits. Until now, chip designers have spent a lot of time for routine tasks like reworking basic circuit blocks with already given functionality in existing technologies to enable cost reduction. The JR Centre’s research will help to automate the development of integrated circuits and thus free up the working time of experts for innovative new development tasks, therefore making an essential contribution to strengthening competitiveness in the semiconductor industry.
- Christian Doppler Forschungsgesellschaft (CDG) (Fördergeber/Auftraggeber)
- Infineon Technologies Austria AG
- FH Kärnten - gemeinnützige Gesellschaft mbH (Forschung) (Lead Partner)
| Laufzeit | April/2019 - Dezember/2024 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Nicht wirtschaftliche Forschung |
| Förderinstitution/Auftraggeber |
The “Research Lab for Radio Frequency Frontends” (RFFE-Lab) is a cooperative research lab jointly operated with Silicon Austria Labs (SAL) and co-located at CUAS. As successor of the Josef Ressel Center for Integrated CMOS RF Systems and Circuits (Interact), it acts as an innovation hub for high-level research in RF and mmWave integrated circuits for wireless and wired high-speed data communication systems.
| Laufzeit | April/2023 - März/2028 |
| Projektleitung | |
| Projektmitarbeiter*innen | |
| Forschungsschwerpunkt | Mikroelektronik |
| Studiengang | |
| Forschungsprogramm | Josef Ressel Zentrum |
| Förderinstitution/Auftraggeber |
The JR Centre for System-on-Chip Design Automation funded by the Christian Doppler Forschungsgesellschaft and Bundesministerium Arbeit und Wirtschaft aims to research fundamentally new methods for the development of „system-on-chips" in modern semiconductor technologies and to advance the automation of the development process of integrated circuits. Until now, chip designers have spent a lot of time for routine tasks like reworking basic circuit blocks with already given functionality in existing technologies to enable cost reduction. The JR Centre’s research will help to automate the development of integrated circuits and thus free up the working time of experts for innovative new development tasks, therefore making an essential contribution to strengthening competitiveness in the semiconductor industry.
- Christian Doppler Forschungsgesellschaft (CDG) (Fördergeber/Auftraggeber)
- Infineon Technologies Austria AG
- FH Kärnten - gemeinnützige Gesellschaft mbH (Forschung) (Lead Partner)
| Konferenzbeiträge | ||
|---|---|---|
| Titel | Autor | Jahr |
| BAG2 Assisted Hierarchical Analog Layout Synthesis for Planar Technologies in: IEEE Xplore (Hrsg.), Austrochip Workshop on Microelectronics (Austrochip), 20-21 Sep 2023, Graz | BIO, M., Scherr, W., Agbemenu, A., Sondón, S., Sturm, J., Hande, V. | 2023 |
| A low-complexity DDS-based I/Q reference signal generation for capacitive sensing in 65nm CMOS in: IEEE (Hrsg.), IEEE Austrochip Workshop on Microelectronics (Austrochip), 11-11 Oct 2022 | BIO, M., Ley, M., Bihlo, I., Filipitsch, B., Arndt, T., Scherr, W. | 2022 |
| Prototyping for a DDS-based I/Q reference signal generation on a capacitive sensing chip in 65nm CMOS using SystemC AMS, C HLS and VHDL in: IEEE Xplore (Hrsg.), 2021 Austrochip Workshop on Microelectronics (Austrochip), 14-14 Oct 2021, Linz, Austria | BIO, M., Gietler, H., Plazonic, J., Ley, M., Zangl, H., Scherr, W. | 2021 |
| Konferenzbeiträge | ||
|---|---|---|
| Titel | Autor | Jahr |
| BAG2 Assisted Hierarchical Analog Layout Synthesis for Planar Technologies in: IEEE Xplore (Hrsg.), Austrochip Workshop on Microelectronics (Austrochip), 20-21 Sep 2023, Graz | BIO, M., Scherr, W., Agbemenu, A., Sondón, S., Sturm, J., Hande, V. | 2023 |
| Konferenzbeiträge | ||
|---|---|---|
| Titel | Autor | Jahr |
| A low-complexity DDS-based I/Q reference signal generation for capacitive sensing in 65nm CMOS in: IEEE (Hrsg.), IEEE Austrochip Workshop on Microelectronics (Austrochip), 11-11 Oct 2022 | BIO, M., Ley, M., Bihlo, I., Filipitsch, B., Arndt, T., Scherr, W. | 2022 |
| Konferenzbeiträge | ||
|---|---|---|
| Titel | Autor | Jahr |
| Prototyping for a DDS-based I/Q reference signal generation on a capacitive sensing chip in 65nm CMOS using SystemC AMS, C HLS and VHDL in: IEEE Xplore (Hrsg.), 2021 Austrochip Workshop on Microelectronics (Austrochip), 14-14 Oct 2021, Linz, Austria | BIO, M., Gietler, H., Plazonic, J., Ley, M., Zangl, H., Scherr, W. | 2021 |
