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首页> 外文会议>International Astronautical Congress >REMOTE SENSING APPLICATIONS FOR RED TIDE MONITORING USED AS FEEDBACK FOR IMPROVING NANO-SATELLITE CONCEPTUAL DESIGN, THE CASE OF RETI-SAT AT THE UNIVERSITY OF COSTA RICA.
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REMOTE SENSING APPLICATIONS FOR RED TIDE MONITORING USED AS FEEDBACK FOR IMPROVING NANO-SATELLITE CONCEPTUAL DESIGN, THE CASE OF RETI-SAT AT THE UNIVERSITY OF COSTA RICA.

机译：作为改善纳米卫星概念设计的反馈，遥感应用，用于改善纳米卫星概念设计的反馈，Reti-Sat在哥斯达黎加大学的情况下。

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The fields of remote sensing and earth observation provide great benefits to society specially in emerging countries. There are two main actors that intervene in the development of earth observation applications: the satellite or hardware designers and the application researchers. Both fields are extremely complex and require high level of technical specialization. From a system engineering point of view hardware development should develop specifications and conceptual design based in application development feedback, in the same way application development is restricted to the capacities of available sensors in space and data. In emerging space countries such as Costa Rica, the level of complexity of both fields cause a disconnection due to the lack of professionals with sufficient knowledge in both disciplines to act as catalyst for the feedback loop between end users and designers. As a proof of concept, the Central America Association for aeronautics and Space (ACAE) with its experience developing the first Central American Satellite is aiming to fulfil the catalyst role. A team of students from Mechanical Engineering faculty of the University of Costa Rica are developing the design of a Nano-satellite called ReTi-Sat, the second Costa Rican satellite, with the objective of red tide bloom monitor and detection. On the other hand, researchers at the Geography School specialized in remote sensing at the same university are developing red tide algae bloom detection mechanisms and the relationship with the climate change, based in currently available free satellite platforms data such as ESAs Sentinel and NASAs Landsat and its correlation with spectral response and the chlorophyll (mg/m3) contents on harmful algal bloom. Through this initiative the experience in application development by the Earth observation Scientist will be used to improve the initial specifications being developed by team of Engineering researchers. Through the end user - designer interaction t
机译：遥感和地球观测的领域对特别是新兴国家的社会提供了很大的利益。有两个主要的参与者在地球观测应用的发展中进行了干预：卫星或硬件设计师和应用研究人员。这两个领域都非常复杂，需要高水平的技术专业化。从系统工程的角度来看，硬件开发应开发基于应用程序开发反馈的规格和概念设计，同样地，应用程序开发仅限于空间和数据中可用传感器的容量。在哥斯达黎加等新兴的空间国家，两种领域的复杂程度导致由于缺乏具有足够知识的专业人士在临界用户和设计者之间的反馈循环中的催化剂而导致断开连接。作为概念证明，中美洲航空航天协会（ACAE）与发展第一中美洲卫星的经验旨在满足催化剂的作用。来自哥斯达大学机械工程学院的一支学生团队正在开发一种叫做Reti-Sat，第二座哥斯达黎加卫星的纳米卫星的设计，目的是红潮绽放监测和检测。另一方面，在同一所大学遥感的地理学校的研究人员正在开发红潮藻类绽放检测机制和与气候变化的关系，基于目前可用的免费卫星平台数据，如ESAS Sentinel和NASAS Landsat等它与谱反应的相关性和有害藻类盛开的叶绿素（Mg / m3）内容物。通过这一举措，地球观测科学家的应用程序开发的经验将用于改善工程研究人员团队开发的初始规范。通过最终用户 - 设计师交互t

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