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TitelAutorJahr
TitelAutorJahr
Run-TimeMarch/2024 - April/2025
Project management
  • Johannes Sturm
    • Project staff
  • Vahid Irannejad
  • Amin Chegeni
  • Irene Terpetschnig
  • Sandra Kleewein
  • Violeta Petrescu
    • ForschungsschwerpunktRobotik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammWirtschaftliche Forschung
    Förderinstitution/Auftraggeber
  • Infineon Technologies Austria AG

    • In the Chiplink project, CIME supports the development of high-speed chip-to-chip (Chiplet) data communication links for System-in-Package (SiP) chip integration.

    The project objectives are (a) the systematic modelling and analysis of the signal integrity of chiplet (bunch-of-wires) data transmission links and (b) the evaluation of electromagnetic crosstalk between the single-ended chiplet data channels and sensitive RF components such as inductors in a PLL of a radar SoC.

    • Infineon Technologies Austria AG (Fördergeber/Auftraggeber)
    Run-TimeApril/2023 - March/2028
    Project management
  • Santiago Martin Sondón
    • Project staff
  • Michael Köberle
  • Vinayak HANDE
  • Ingmar Bihlo
  • Corinna Maria Kudler
  • Irene Terpetschnig
  • Wolfgang Scherr
  • Angelika Voutsinas
  • Junu KASIM
  • Matthew BIO
  • Raghava SRINIVASAN NIRANJAN
  • Gerhard PAOLI
  • Vahid Irannejad
  • Amin Chegeni
  • Sepideh GHOLIPOURPICHA
  • Violeta Petrescu
  • Rajani Arasada
  • Philipp Sommeregger
  • Shilpa Shyam
  • Daniel Cerdà Holmager
  • Shyam Sunder Mandapally
  • Ghilas Kahlouche
  • Jaipriya Narahari
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammJosef Ressel Zentrum
    Förderinstitution/Auftraggeber
  • Christian Doppler Forschungsgesellschaft (CDG)

    • 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.

    Run-TimeJanuary/2023 - December/2026
    Project management
  • Johannes Sturm
    • Project staff
  • Santiago Martin Sondón
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Corinna Maria Kudler
  • Vinayak HANDE
  • Irene Terpetschnig
  • Amin Chegeni
  • Sandra Kleewein
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammHORIZON-CL4-2022-DIGITAL-EMERGING-01-03, HORIZON-RIA
    Förderinstitution/Auftraggeber
  • European Commission

    • The EU-funded CoRaLi-DAR project will develop a low-cost, low-power and reliable advanced detection and ranging sensor system as a platform for the automotive market and beyond. The project aims at integrating in the same module both radio and light-based sensing, exploiting LiDAR’s high-resolution capabilities and RADAR’s strong reliability in adverse weather conditions. The full integration of photonics and electronics will reduce manufacturing cost and operational power.

    Run-TimeApril/2019 - December/2024
    Project management
  • Johannes Sturm
    • Project staff
  • Suchendranath Popuri
  • Vedran Ibrahimovic
  • Corinna Maria Kudler
  • Santiago Martin Sondón
  • Sahar Sarafi
  • Bernd Filipitsch
  • Wolfgang Scherr
  • Graciele Batistell
  • Angelika Voutsinas
  • Ranjith Reddy KATTA
  • Swathi KARUTURI
  • Yassmina ELIOUJ
  • Sepideh GHOLIPOURPICHA
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Irene Terpetschnig
  • Amin Chegeni
  • Matthew BIO
  • Yogananda Reddy ANKANA
  • Ingmar Bihlo
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammNicht wirtschaftliche Forschung
    Förderinstitution/Auftraggeber
  • Silicon Austria Labs GmbH

    • 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.

    Run-TimeApril/2023 - March/2028
    Project management
  • Santiago Martin Sondón
    • Project staff
  • Michael Köberle
  • Vinayak HANDE
  • Ingmar Bihlo
  • Corinna Maria Kudler
  • Irene Terpetschnig
  • Wolfgang Scherr
  • Angelika Voutsinas
  • Junu KASIM
  • Matthew BIO
  • Raghava SRINIVASAN NIRANJAN
  • Gerhard PAOLI
  • Vahid Irannejad
  • Amin Chegeni
  • Sepideh GHOLIPOURPICHA
  • Violeta Petrescu
  • Rajani Arasada
  • Philipp Sommeregger
  • Shilpa Shyam
  • Daniel Cerdà Holmager
  • Shyam Sunder Mandapally
  • Ghilas Kahlouche
  • Jaipriya Narahari
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammJosef Ressel Zentrum
    Förderinstitution/Auftraggeber
  • Christian Doppler Forschungsgesellschaft (CDG)

    • 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.

    Run-TimeApril/2023 - March/2028
    Project management
  • Santiago Martin Sondón
    • Project staff
  • Michael Köberle
  • Vinayak HANDE
  • Ingmar Bihlo
  • Corinna Maria Kudler
  • Irene Terpetschnig
  • Wolfgang Scherr
  • Angelika Voutsinas
  • Junu KASIM
  • Matthew BIO
  • Raghava SRINIVASAN NIRANJAN
  • Gerhard PAOLI
  • Vahid Irannejad
  • Amin Chegeni
  • Sepideh GHOLIPOURPICHA
  • Violeta Petrescu
  • Rajani Arasada
  • Philipp Sommeregger
  • Shilpa Shyam
  • Daniel Cerdà Holmager
  • Shyam Sunder Mandapally
  • Ghilas Kahlouche
  • Jaipriya Narahari
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammJosef Ressel Zentrum
    Förderinstitution/Auftraggeber
  • Christian Doppler Forschungsgesellschaft (CDG)

    • 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.

    Run-TimeJanuary/2023 - December/2026
    Project management
  • Johannes Sturm
    • Project staff
  • Santiago Martin Sondón
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Corinna Maria Kudler
  • Vinayak HANDE
  • Irene Terpetschnig
  • Amin Chegeni
  • Sandra Kleewein
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammHORIZON-CL4-2022-DIGITAL-EMERGING-01-03, HORIZON-RIA
    Förderinstitution/Auftraggeber
  • European Commission

    • The EU-funded CoRaLi-DAR project will develop a low-cost, low-power and reliable advanced detection and ranging sensor system as a platform for the automotive market and beyond. The project aims at integrating in the same module both radio and light-based sensing, exploiting LiDAR’s high-resolution capabilities and RADAR’s strong reliability in adverse weather conditions. The full integration of photonics and electronics will reduce manufacturing cost and operational power.

    Run-TimeApril/2023 - March/2028
    Project management
  • Santiago Martin Sondón
    • Project staff
  • Michael Köberle
  • Vinayak HANDE
  • Ingmar Bihlo
  • Corinna Maria Kudler
  • Irene Terpetschnig
  • Wolfgang Scherr
  • Angelika Voutsinas
  • Junu KASIM
  • Matthew BIO
  • Raghava SRINIVASAN NIRANJAN
  • Gerhard PAOLI
  • Vahid Irannejad
  • Amin Chegeni
  • Sepideh GHOLIPOURPICHA
  • Violeta Petrescu
  • Rajani Arasada
  • Philipp Sommeregger
  • Shilpa Shyam
  • Daniel Cerdà Holmager
  • Shyam Sunder Mandapally
  • Ghilas Kahlouche
  • Jaipriya Narahari
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammJosef Ressel Zentrum
    Förderinstitution/Auftraggeber
  • Christian Doppler Forschungsgesellschaft (CDG)

    • 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.

    Run-TimeJanuary/2023 - December/2026
    Project management
  • Johannes Sturm
    • Project staff
  • Santiago Martin Sondón
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Corinna Maria Kudler
  • Vinayak HANDE
  • Irene Terpetschnig
  • Amin Chegeni
  • Sandra Kleewein
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammHORIZON-CL4-2022-DIGITAL-EMERGING-01-03, HORIZON-RIA
    Förderinstitution/Auftraggeber
  • European Commission

    • The EU-funded CoRaLi-DAR project will develop a low-cost, low-power and reliable advanced detection and ranging sensor system as a platform for the automotive market and beyond. The project aims at integrating in the same module both radio and light-based sensing, exploiting LiDAR’s high-resolution capabilities and RADAR’s strong reliability in adverse weather conditions. The full integration of photonics and electronics will reduce manufacturing cost and operational power.

    Run-TimeApril/2023 - March/2028
    Project management
  • Santiago Martin Sondón
    • Project staff
  • Michael Köberle
  • Vinayak HANDE
  • Ingmar Bihlo
  • Corinna Maria Kudler
  • Irene Terpetschnig
  • Wolfgang Scherr
  • Angelika Voutsinas
  • Junu KASIM
  • Matthew BIO
  • Raghava SRINIVASAN NIRANJAN
  • Gerhard PAOLI
  • Vahid Irannejad
  • Amin Chegeni
  • Sepideh GHOLIPOURPICHA
  • Violeta Petrescu
  • Rajani Arasada
  • Philipp Sommeregger
  • Shilpa Shyam
  • Daniel Cerdà Holmager
  • Shyam Sunder Mandapally
  • Ghilas Kahlouche
  • Jaipriya Narahari
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammJosef Ressel Zentrum
    Förderinstitution/Auftraggeber
  • Christian Doppler Forschungsgesellschaft (CDG)

    • 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.

    Run-TimeMarch/2024 - April/2025
    Project management
  • Johannes Sturm
    • Project staff
  • Vahid Irannejad
  • Amin Chegeni
  • Irene Terpetschnig
  • Sandra Kleewein
  • Violeta Petrescu
    • ForschungsschwerpunktRobotik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammWirtschaftliche Forschung
    Förderinstitution/Auftraggeber
  • Infineon Technologies Austria AG

    • In the Chiplink project, CIME supports the development of high-speed chip-to-chip (Chiplet) data communication links for System-in-Package (SiP) chip integration.

    The project objectives are (a) the systematic modelling and analysis of the signal integrity of chiplet (bunch-of-wires) data transmission links and (b) the evaluation of electromagnetic crosstalk between the single-ended chiplet data channels and sensitive RF components such as inductors in a PLL of a radar SoC.

    • Infineon Technologies Austria AG (Fördergeber/Auftraggeber)
    Run-TimeApril/2019 - December/2024
    Project management
  • Johannes Sturm
    • Project staff
  • Suchendranath Popuri
  • Vedran Ibrahimovic
  • Corinna Maria Kudler
  • Santiago Martin Sondón
  • Sahar Sarafi
  • Bernd Filipitsch
  • Wolfgang Scherr
  • Graciele Batistell
  • Angelika Voutsinas
  • Ranjith Reddy KATTA
  • Swathi KARUTURI
  • Yassmina ELIOUJ
  • Sepideh GHOLIPOURPICHA
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Irene Terpetschnig
  • Amin Chegeni
  • Matthew BIO
  • Yogananda Reddy ANKANA
  • Ingmar Bihlo
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammNicht wirtschaftliche Forschung
    Förderinstitution/Auftraggeber
  • Silicon Austria Labs GmbH

    • 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.

    Run-TimeJanuary/2023 - December/2026
    Project management
  • Johannes Sturm
    • Project staff
  • Santiago Martin Sondón
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Corinna Maria Kudler
  • Vinayak HANDE
  • Irene Terpetschnig
  • Amin Chegeni
  • Sandra Kleewein
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammHORIZON-CL4-2022-DIGITAL-EMERGING-01-03, HORIZON-RIA
    Förderinstitution/Auftraggeber
  • European Commission

    • The EU-funded CoRaLi-DAR project will develop a low-cost, low-power and reliable advanced detection and ranging sensor system as a platform for the automotive market and beyond. The project aims at integrating in the same module both radio and light-based sensing, exploiting LiDAR’s high-resolution capabilities and RADAR’s strong reliability in adverse weather conditions. The full integration of photonics and electronics will reduce manufacturing cost and operational power.

    Run-TimeApril/2023 - March/2028
    Project management
  • Santiago Martin Sondón
    • Project staff
  • Michael Köberle
  • Vinayak HANDE
  • Ingmar Bihlo
  • Corinna Maria Kudler
  • Irene Terpetschnig
  • Wolfgang Scherr
  • Angelika Voutsinas
  • Junu KASIM
  • Matthew BIO
  • Raghava SRINIVASAN NIRANJAN
  • Gerhard PAOLI
  • Vahid Irannejad
  • Amin Chegeni
  • Sepideh GHOLIPOURPICHA
  • Violeta Petrescu
  • Rajani Arasada
  • Philipp Sommeregger
  • Shilpa Shyam
  • Daniel Cerdà Holmager
  • Shyam Sunder Mandapally
  • Ghilas Kahlouche
  • Jaipriya Narahari
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammJosef Ressel Zentrum
    Förderinstitution/Auftraggeber
  • Christian Doppler Forschungsgesellschaft (CDG)

    • 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.

    Run-TimeMarch/2024 - April/2025
    Project management
  • Johannes Sturm
    • Project staff
  • Vahid Irannejad
  • Amin Chegeni
  • Irene Terpetschnig
  • Sandra Kleewein
  • Violeta Petrescu
    • ForschungsschwerpunktRobotik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammWirtschaftliche Forschung
    Förderinstitution/Auftraggeber
  • Infineon Technologies Austria AG

    • In the Chiplink project, CIME supports the development of high-speed chip-to-chip (Chiplet) data communication links for System-in-Package (SiP) chip integration.

    The project objectives are (a) the systematic modelling and analysis of the signal integrity of chiplet (bunch-of-wires) data transmission links and (b) the evaluation of electromagnetic crosstalk between the single-ended chiplet data channels and sensitive RF components such as inductors in a PLL of a radar SoC.

    • Infineon Technologies Austria AG (Fördergeber/Auftraggeber)
    Run-TimeApril/2019 - December/2024
    Project management
  • Johannes Sturm
    • Project staff
  • Suchendranath Popuri
  • Vedran Ibrahimovic
  • Corinna Maria Kudler
  • Santiago Martin Sondón
  • Sahar Sarafi
  • Bernd Filipitsch
  • Wolfgang Scherr
  • Graciele Batistell
  • Angelika Voutsinas
  • Ranjith Reddy KATTA
  • Swathi KARUTURI
  • Yassmina ELIOUJ
  • Sepideh GHOLIPOURPICHA
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Irene Terpetschnig
  • Amin Chegeni
  • Matthew BIO
  • Yogananda Reddy ANKANA
  • Ingmar Bihlo
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammNicht wirtschaftliche Forschung
    Förderinstitution/Auftraggeber
  • Silicon Austria Labs GmbH

    • 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.

    Run-TimeJanuary/2023 - December/2026
    Project management
  • Johannes Sturm
    • Project staff
  • Santiago Martin Sondón
  • Subrahmanyam BOYAPATI
  • Vahid Irannejad
  • Corinna Maria Kudler
  • Vinayak HANDE
  • Irene Terpetschnig
  • Amin Chegeni
  • Sandra Kleewein
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammHORIZON-CL4-2022-DIGITAL-EMERGING-01-03, HORIZON-RIA
    Förderinstitution/Auftraggeber
  • European Commission

    • The EU-funded CoRaLi-DAR project will develop a low-cost, low-power and reliable advanced detection and ranging sensor system as a platform for the automotive market and beyond. The project aims at integrating in the same module both radio and light-based sensing, exploiting LiDAR’s high-resolution capabilities and RADAR’s strong reliability in adverse weather conditions. The full integration of photonics and electronics will reduce manufacturing cost and operational power.

    Run-TimeApril/2023 - March/2028
    Project management
  • Santiago Martin Sondón
    • Project staff
  • Michael Köberle
  • Vinayak HANDE
  • Ingmar Bihlo
  • Corinna Maria Kudler
  • Irene Terpetschnig
  • Wolfgang Scherr
  • Angelika Voutsinas
  • Junu KASIM
  • Matthew BIO
  • Raghava SRINIVASAN NIRANJAN
  • Gerhard PAOLI
  • Vahid Irannejad
  • Amin Chegeni
  • Sepideh GHOLIPOURPICHA
  • Violeta Petrescu
  • Rajani Arasada
  • Philipp Sommeregger
  • Shilpa Shyam
  • Daniel Cerdà Holmager
  • Shyam Sunder Mandapally
  • Ghilas Kahlouche
  • Jaipriya Narahari
    • ForschungsschwerpunktMikroelektronik
    Studiengang
  • Integrated Systems and Circuits Design
    • ForschungsprogrammJosef Ressel Zentrum
    Förderinstitution/Auftraggeber
  • Christian Doppler Forschungsgesellschaft (CDG)

    • 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.

    Please use this link for external references on the profile of Vahid Irannejad: www.fh-kaernten.at/mitarbeiter-details?person=v.irannejad