首页> 外文会议>International astronautical congress;IAC 2009 >IAF B1.5.5--EARTH OBSERVATIONS AND HUMAN AND ENVIRONMENTAL SECURITY: OPPORTUNITIES AND CHALLENGES
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IAF B1.5.5--EARTH OBSERVATIONS AND HUMAN AND ENVIRONMENTAL SECURITY: OPPORTUNITIES AND CHALLENGES

机译:IAF B1.5.5-地球观测与人类和环境安全:机遇与挑战

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As we approach 2010, we see that taken as a whole, the world community operates sufficient numbers and varieties of Earth observations satellite systems to make enormous contributions to improving human security and to make a striking positive difference in the lives of billions of people around the world. The benefits to society worldwide are potentially very great.To deliver these benefits efficiently and effectively, space system operators will have to be better integrated with service providers, both public and private. Together, they will need to develop the appropriate tools to turn data into useful information and appropriate services inexpensively and expeditiously. They will also have to collaborate more deeply and effectively with ground system operators and value added organizations around the world.In the public sector, if local communities and individuals are to realize the full benefits possible from Earth observations, they will need to have the tools to be able to contribute local information to the publicly available resources. Such local information can provide much greater analytic depth to the overhead imagery, improving the capabilities of Earth observations to contribute to human and environmental security. Yet the greatest benefits could well accrue to the private sector with applications associated with individual safety, disaster response, etc. emerging. Improved knowledge of localized severe weather from car-based sensors, delivered via commercial companies, represents just one example. Fortunately, the development of modern communication tools such as smart phones, netbooks, and other wi-fi and internet devices provide the new information tools needed to improve citizen inputs to information derived from Earth observation data. Such inputs have been termed Community Remote Sensing (CRS) . CRS also encompasses new opportunities for sensing, analyzing, validating, and sharing remotely sensed information of all kinds.This paper examines the role of Earth observing systems for serving human security needs as defined by the United Nations Development Program (UNDP), and explores solutions to some of the current hurdles that impede the delivery of services to people. In particular it discusses the role that CRS can play in making Earth observations truly responsive to human needs at the local level.
机译:在接近2010年的时候,我们看到,总体而言,国际社会运行着足够数量和种类的地球观测卫星系统,为改善人类安全做出了巨大贡献,并为世界各地数十亿人的生活带来了积极的积极变化。世界。对全世界社会的好处是非常巨大的。 为了有效地提供这些好处,空间系统运营商将必须更好地与公共和私人服务提供商集成。他们将一起需要开发适当的工具,以廉价而迅速地将数据转化为有用的信息和适当的服务。他们还必须与全球地面系统运营商和增值组织进行更深入,更有效的合作。 在公共部门,如果当地社区和个人要从地球观测中获得最大收益,他们将需要拥有能够将本地信息贡献给可公开获取资源的工具。这样的本地信息可以为俯视影像提供更大的分析深度,从而提高地球观测对人类和环境安全做出贡献的能力。然而,与个人安全,灾难响应等相关的应用不断涌现,最大的好处很可能会归功于私营部门。通过商业公司提供的车载传感器,可以更好地了解局部恶劣天气,这只是一个例子。幸运的是,现代通信工具(例如智能手机,上网本以及其他wi-fi和互联网设备)的开发提供了新的信息工具,可用来改善市民对从地球观测数据中获得的信息的输入。这样的输入被称为社区遥感(CRS)。 CRS还为感测,分析,验证和共享各种遥感信息提供了新的机会。 本文研究了联合国开发计划署(UNDP)定义的满足人类安全需要的地球观测系统的作用,并探讨了解决当前阻碍人们提供服务的一些障碍的解决方案。特别是,它讨论了CRS在使地球观测真正响应当地人类需求方面可以发挥的作用。

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