Downloads: 121 | Views: 169
Research Paper | Electronics & Communication Engineering | Nigeria | Volume 7 Issue 1, January 2018
Spatial Information System for Pico-Satellite Communication with Remote Monitoring Sensors
PHILIP-KPAE F.O | J. J. Biebuma
Abstract: Pico- Satellite is one of the miniaturized and or small satellite system in recent time with about 0.1kg to 1kg in weight. It use for satellite communication and wireless by linked to a base station, in this research, report, a more detailed description of accessing and visualizing the spatial content of the data log of the P-Sat system is given. In addition to that, visualization is with respect to time and within the boundaries. The spatial content in the data log which is also known as the weather parameters is captured using the Temperature and Relative Humidity Sensors accordingly. The CSV file format, XML and HTML is the used to convert the raw data in the data log into reada ble plain text. The Pico-Satellite system made of Structure which houses the electronic subsystem including the onboard computer has a direct link to the Xbee Transmitter. The data in the data log is sent via wireless communication technology to the Xbee Receiver at the base station with a base station Computer having the spatial information for pico-satellite software is installed. In conclusion, this is geared towards achieving results that is spelt out in the Objectives set for this research. The research is done at the Calabar Airport where the software facilities is. The data received is then fully analyzed accordingly. The Experimental results in this research shows the Geo-fencing outcome and variation of Pressure, Temperature and Relative Humidity with real time and Altitude.
Keywords: Comma Separated Version, HTML, Geo-fencing, Monitoring Sensor, Pico-Satellite, Pressure, Relative Humidity, Temperature, XML
Edition: Volume 7 Issue 1, January 2018,
Pages: 1576 - 1605