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WS 2019
LehrveranstaltungTypSWSECTS-CreditsLV-Nummer
Mess- und Sensortechnik ILV 4,0 5,0 B2.05270.30.930
Vertiefung: RobotikTypSWSECTS-Credits
Mechatronische Systeme ILV 3,5 5,0 B2.05271.51.370
Roboter-Programmierung Gruppe I LB 1,5 2,0 B2.05271.52.350
Roboter-Programmierung Gruppe II LB 1,5 2,0 B2.05271.52.350
Roboter-Programmierung Gruppe III LB 1,5 2,0 B2.05271.52.350
Robotik ILV 2,0 2,0 B2.05271.51.330
LehrveranstaltungTypSWSECTS-CreditsLV-Nummer
Mess- und Sensortechnik ILV 4,0 5,0 B2.05270.30.930
Vertiefung: RobotikTypSWSECTS-Credits
Mechatronische Systeme ILV 3,5 5,0 B2.05271.51.370
Roboter-Programmierung LB 1,5 2,0 B2.05271.52.350
Robotik ILV 2,0 2,0 B2.05271.51.330
TitelAutorJahr
TitelAutorJahr
LaufzeitApril/2011 - September/2013
Projektleitung
  • Johannes Sturm
  • Projektmitarbeiter/innen
  • Graciele Batistell
  • Ingmar Bihlo
  • Vincent Chi Zhang
  • Erwin Ofner
  • Lisa-Marie Faller
  • ForschungsschwerpunktIntegrierte Schaltkreise
    Studiengang
  • Systems Engineering
  • ForschungsprogrammFIT-IT (Projektnummer FFG 830607)
    Förderinstitution/Auftraggeber
  • FFG - Österreichische Forschungsförderungsgesellschaft
  • Infineon Technologies Austria AG
  • The COSMOS project’s focus is to research and develop a novel monolithically integrated low-cost Color sensor based on standard CMOS technology without costly process modifications or any external color filter structure. The sensor is based on a new photodiode color sensing technology in combination with algorithms for color reconstruction. It includes a high dynamic range analog frontend with a 20 bit Resolution ADC. A fully integrated color sensor prototype system was realized as key enabler for scientific and technical exploitations. New color detection methods could be demonstrated, which enables highly integrated low-cost color sensors for a wide range of consumer, industrial or biomedical applications. The proposed sensor is more technologically advanced compared to the current integrated solutions and moreover it is fully compatible with mass market applications.
    LaufzeitApril/2011 - September/2013
    Projektleitung
  • Johannes Sturm
  • Projektmitarbeiter/innen
  • Graciele Batistell
  • Ingmar Bihlo
  • Vincent Chi Zhang
  • Erwin Ofner
  • Lisa-Marie Faller
  • ForschungsschwerpunktIntegrierte Schaltkreise
    Studiengang
  • Systems Engineering
  • ForschungsprogrammFIT-IT (Projektnummer FFG 830607)
    Förderinstitution/Auftraggeber
  • FFG - Österreichische Forschungsförderungsgesellschaft
  • Infineon Technologies Austria AG
  • The COSMOS project’s focus is to research and develop a novel monolithically integrated low-cost Color sensor based on standard CMOS technology without costly process modifications or any external color filter structure. The sensor is based on a new photodiode color sensing technology in combination with algorithms for color reconstruction. It includes a high dynamic range analog frontend with a 20 bit Resolution ADC. A fully integrated color sensor prototype system was realized as key enabler for scientific and technical exploitations. New color detection methods could be demonstrated, which enables highly integrated low-cost color sensors for a wide range of consumer, industrial or biomedical applications. The proposed sensor is more technologically advanced compared to the current integrated solutions and moreover it is fully compatible with mass market applications.
    LaufzeitApril/2011 - September/2013
    Projektleitung
  • Johannes Sturm
  • Projektmitarbeiter/innen
  • Graciele Batistell
  • Ingmar Bihlo
  • Vincent Chi Zhang
  • Erwin Ofner
  • Lisa-Marie Faller
  • ForschungsschwerpunktIntegrierte Schaltkreise
    Studiengang
  • Systems Engineering
  • ForschungsprogrammFIT-IT (Projektnummer FFG 830607)
    Förderinstitution/Auftraggeber
  • FFG - Österreichische Forschungsförderungsgesellschaft
  • Infineon Technologies Austria AG
  • The COSMOS project’s focus is to research and develop a novel monolithically integrated low-cost Color sensor based on standard CMOS technology without costly process modifications or any external color filter structure. The sensor is based on a new photodiode color sensing technology in combination with algorithms for color reconstruction. It includes a high dynamic range analog frontend with a 20 bit Resolution ADC. A fully integrated color sensor prototype system was realized as key enabler for scientific and technical exploitations. New color detection methods could be demonstrated, which enables highly integrated low-cost color sensors for a wide range of consumer, industrial or biomedical applications. The proposed sensor is more technologically advanced compared to the current integrated solutions and moreover it is fully compatible with mass market applications.
    LaufzeitApril/2011 - September/2013
    Projektleitung
  • Johannes Sturm
  • Projektmitarbeiter/innen
  • Graciele Batistell
  • Ingmar Bihlo
  • Vincent Chi Zhang
  • Erwin Ofner
  • Lisa-Marie Faller
  • ForschungsschwerpunktIntegrierte Schaltkreise
    Studiengang
  • Systems Engineering
  • ForschungsprogrammFIT-IT (Projektnummer FFG 830607)
    Förderinstitution/Auftraggeber
  • FFG - Österreichische Forschungsförderungsgesellschaft
  • Infineon Technologies Austria AG
  • The COSMOS project’s focus is to research and develop a novel monolithically integrated low-cost Color sensor based on standard CMOS technology without costly process modifications or any external color filter structure. The sensor is based on a new photodiode color sensing technology in combination with algorithms for color reconstruction. It includes a high dynamic range analog frontend with a 20 bit Resolution ADC. A fully integrated color sensor prototype system was realized as key enabler for scientific and technical exploitations. New color detection methods could be demonstrated, which enables highly integrated low-cost color sensors for a wide range of consumer, industrial or biomedical applications. The proposed sensor is more technologically advanced compared to the current integrated solutions and moreover it is fully compatible with mass market applications.

    Verwenden Sie für externe Referenzen auf das Profil von Lisa-Marie Faller folgenden Link: www.fh-kaernten.at/mitarbeiter-details?person=l.faller