Water quality management using nanosatellites

A. Asian, M. Toklu, B. Karabulut, C. Yanm, M. Şimşek, T. B. Karyot, N. Gallah, O. Ben Bahri, A. Chaouch, N. Lazreg, N. Habbachi, M. Mansour, C. Hamrouni, N. Tahri, A. Alimi, K. Besbes
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Abstract

Within the context of bilateral cooperation between Turkey and Tunisia, a Project called “Development of Intelligent Control Modules for Nano Satellites” was initiated in May 2015. Due to political changes in both countries the Project could effectively start on May 2016. The project aims at developing nanosatellite based water quality monitoring within the MENA region. Turkish side consists of researchers from Istanbul Technical University, while Tunisian team has two intuitions, University Monastir of and University of Sfax. Project involves 8 team visits, 4 in each country. In those meetings, teams agreed on a mission and related payload. The mission is monitoring dam water parameters (levels, salinity, pollution, temperature, etc.) in Tunisia using ground sensor data. The Tunisian team is responsible of development of ground sensor system and contributing to the control of the nanosatellite. Space segment main duty is store and forward. Therefore a 2U CubeSat is found appropriate. Currently ground sensors are foreseen to transmit data in VHF band. However based on recent developments, a transmission at 920 MHz is also of interest.
利用纳米卫星进行水质管理
在土耳其和突尼斯双边合作的背景下,2015年5月启动了一个名为“纳米卫星智能控制模块开发”的项目。由于两国的政治变化,该项目将于2016年5月正式启动。该项目旨在在中东和北非地区发展基于纳米卫星的水质监测。土耳其方面由伊斯坦布尔技术大学的研究人员组成,而突尼斯团队有两个机构,莫纳斯提尔大学和斯法克斯大学。项目包括8个小组访问,每个国家4个。在这些会议上,各小组就任务和相关有效载荷达成一致。特派团正在利用地面传感器数据监测突尼斯的大坝水参数(水位、盐度、污染、温度等)。突尼斯小组负责开发地面传感器系统,并为纳米卫星的控制做出贡献。空间段的主要任务是存储和转发。因此,一个2U的立方体卫星是合适的。目前,地面传感器预计将在甚高频波段传输数据。然而,根据最近的发展,920mhz的传输也令人感兴趣。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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