- Slide show: Berkeleys Mesh Network: RFID Dust in the Wind
- Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Historical Artifacts
- Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Dust Networkss mote
- Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Pisters Smart Dust mote prototypes
- Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Early Smart Dust mote
Slide show: Berkeleys Mesh Network: RFID Dust in the Wind
Kristofer Pister, professor of electrical engineering and computer science and director of the Berkeley Sensor and Actuator Center, discusses the next level of innovation with mesh networks, at his office on the University of California, Berkeley cam
Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Historical Artifacts
From prototype to current model – Pisters Historical Artifacts box that amounts to 10 years of sensor work done at Berkeley.
Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Dust Networkss mote
Dust Networkss mote in its current size.
Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Pisters Smart Dust mote prototypes
Pisters Smart Dust mote prototypes revealed, with the first mote prototype.
Slide show: Berkeleys Mesh Network: RFID Dust in the Wind – Early Smart Dust mote
An early Smart Dust mote, more than twice the size it is today.