ZERO Energy
  • About ZERO
  • Research lines
    • R1: Energy harvesting
    • R2: Ultra-low-power architectures and circuits
    • R3: Energy-aware algorithms and self-learning applications
    • R4: Efficient code generation for low-power and heterogeneous architectures
    • R5: Ultra-low-power wireless communication
    • R6: Multi-domain system-level modeling, energy management, and system integration
  • Projects
    • P1 : Parking sensors, such that cars can find a free parking slot autonomously.
    • P2 : Monitoring of traffic patterns using advanced audio beam processing
    • P3 : Autonomous roadside monitoring with video
    • P4 : Ultra-low power transponders for vulnerable traffic users
    • P5 : Dependable autonomous computing platforms supporting mobile traffic users
  • Researchers
  • Partners
  • About ZERO
  • Research lines
    • R1: Energy harvesting
    • R2: Ultra-low-power architectures and circuits
    • R3: Energy-aware algorithms and self-learning applications
    • R4: Efficient code generation for low-power and heterogeneous architectures
    • R5: Ultra-low-power wireless communication
    • R6: Multi-domain system-level modeling, energy management, and system integration
  • Projects
    • P1 : Parking sensors, such that cars can find a free parking slot autonomously.
    • P2 : Monitoring of traffic patterns using advanced audio beam processing
    • P3 : Autonomous roadside monitoring with video
    • P4 : Ultra-low power transponders for vulnerable traffic users
    • P5 : Dependable autonomous computing platforms supporting mobile traffic users
  • Researchers
  • Partners

P1. Parking sensors, such that cars can find a free parking slot autonomously.
P2. Monitoring of traffic patterns using advanced audio beam processing.
P3. Autonomous roadside monitoring with video.
P4. Ultra-low power transponders for vulnerable traffic users.
P5. Dependable autonomous computing platforms supporting mobile traffic users.