TY  - CHAP
U1  - Konferenzveröffentlichung
A1  - Möhringer, Sebastian
A1  - Moser, Patrick
A1  - Mackensen, Elke
T1  - Indoor Smart Gardening based on an Energy  Autonomous Wireless Network Platform
T2  - Wireless Congress: Systems & Applications 2018
N2  - This paper is discussing the development of a wireless Indoor Smart Gardening System with the focus on energy autonomous working. The Smart Gardening System, which is presented in this paper consists of a network of energy autonomous wireless sensor nodes which are used for monitoring important plant parameters like air temperature, soil moisture, pressure or humidity and in future to control an actuator for the plant irrigation and to measure further parameter as light and fertilizer level. Solar energy harvesting is used for powering the wireless nodes without the usage of a battery. Comparable Smart Gardening Systems are usually battery-powered. Furthermore, the overall Smart Gardening System consists of a battery powered gateway based on a Raspberry Pi 3 system, which controls the wireless nodes and collects their sensor data. The gateway is able to send the information to an internet server application and via Wi-Fi to mobile devices. Particularly the architecture of the energy autonomous wireless nodes will be considered because fully energy autonomous wireless networks could not be implemented without special concepts for the energy supply and architecture of the wireless nodes.
Y1  - 2018
N1  - Konferenz-Unterlagen zu dem Wireless Congress: Systems & Applications
SP  - 1
EP  - 7
S1  - 7
ER  -