Raspberry Pi Technology

© 2018 by the authors; CC BY-NC-ND license

safety distance; traffic; vehicle; sensor; radar; Raspberry Pi; internet of things; Raspberry Pi; Raspberry Pi Cloud; Micro Data Centre; big data; virtualisation; Docker; energy consumption; programming education; Raspberry Pi; BlueJ; Greenfoot; Java; Internet of Things; interactive art; Raspberry Pi; open data; image processing; control systems; DC motor; inverted pendulum; Raspberry Pi; instructional laboratory; engineering education; measurement; endoscopy; fringe projection; triangulation; optics; diabetes; skin; monitoring; multi-sensor; remote sensing; shoe; wearable; evaluation; Raspberry Pi; Arduino; IoT gateways; IoT applications and drivers; Wireless Sensor Networks (WSN); low power solutions; remote sensing; IQRF; energy consumption model; Internet of Things; Raspberry Pi; project-based learning; prototype development; Raspberry-Pi; I/O (Input/Output) board; data-logger; locomotor activity; single-board computer; Raspberry Pi; Internet of Things; video; streaming; low delay; Raspberry Pi; embedded supercomputers; GFLOPS/W; cluster construction; power measurement; Raspberry-Pi; I/O board; data-logger; locomotor activity; single-board computer; Linux; network coding; Raspberry Pi; testbed; C++; network coding; Raspberry Pi; goodput; energy; performance; Multi-Agent Systems; Cyber Physical Systems; Mobile Agents; Raspberry Pi; Internet of Things (IoT); BLE (Bluetooth Low Energy); Fog Computing; noise monitoring; Internet-of-Things; acoustics; Raspberry Pi; noise awareness; Raspberry Pi; data repository; interoperability; data archive; data sharing; Sensor Observation Service; Protocol for Metadata Harvesting; indoor air pollution; data acquisition; persistent storage; low cost hardware; Internet of Things; Raspberry Pi; IoT; future; Fog; Edge computing; containers