PFI:AIR - TT: Lidar Technologies for Remote Underwater Mapping

PFI:AIR - TT：用于远程水下测绘的激光雷达技术

• 批准号: 1500166
• 负责人: Jeffrey Thayer
• 金额: $ 19.96万
• 依托单位: University of Colorado at Boulder
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-05-01 至 2019-04-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1500166&HistoricalAwards=false
• 关键词: PFI; AIR; TT; Lidar; Technologies; PFI; AIR; TT; Lidar; Technologies

This PFI: AIR Technology Translation project is a proof-of-concept project to develop, demonstrate, and evaluate an innovative lidar (laser illuminated detection and ranging) remote sensing technique, called the INtrapulse PHAse Modification Induced by Scattering (INPHAMIS) technique, as a commercially viable product for detailed mapping of shallow marine environments. The INPHAMIS technique is a breakthrough technology in that it provides unprecedented, centimeter resolution to map submerged objects in shallow waters, seamlessly identifies land-to-water transitions, obtains high precision water depth measurements, and provides precise description of bottom surface topography, all from remote distances above the water. Submerged objects are the number one cause of insurance claims in watercraft and the ability to detect them in advance would take care of both a human safety concern and an economic concern. Market research indicates this type of lidar system would contribute to growing markets in the mapping of lakes, shallow glacial melt-ponds, mosquito habitat, coastal erosion, and flood basins, and provide navigation information through inlets and channels that is crucial in these ever evolving environments. The end commercial goal is to develop a mobile lidar bathymetric unit to be used for local surveys either by boat, handheld, or possibly on dirigibles or unmanned aerial systems.The INPHAMIS technique has the following unique features: 1-cm resolution in resolving objects in shallow waters, simple lidar components, noninvasive/non-contact, remote sensing technique based on a differential measurement, continuous observing over land-water transitions, and scalability to support several types of observing platforms. INPHAMIS is a disruptive technology in that it achieves high resolution subsurface mapping in water while reducing complexity and cost. Other remote sensing techniques are limited to waters deeper than a meter or more, leaving a large portion of near-shore waters unmapped. Existing lidar bathymetry systems are all quite similar in terms of intended use and capabilities and all involve large, expensive airborne systems. The INPHAMIS technique's unique features provide advantages in performance, costs, mass, power, volume, and adaptability that opens a new market in shallow-water water bathymetry by enabling the near-future development of a hand-held system for underwater mapping and subsurface target identification.This project addresses the following technology gaps as it translates from research discovery toward commercial application: 1) interactions of laser light with different surface water conditions, submerged objects, and bottom surface types; 2) performance factors and definition of system and measurement specifications; 3) trade analysis of critical lidar components. A lab demonstrator of the technique will be advanced to evaluate laser light interactions with water bodies and objects in real environmental shallow-water conditions. This will also provide data on establishing performance factors and component testing. A faculty member, graduate student, and an undergraduate student will be involved providing a unique learning environment in entrepreneurship and technology translation, with support from industry partner, ASTRA LLC, and their staff and engineers.The project engages industry partner, ASTRA LLC, which will contribute engineering experience and perform commercialization and marketing studies to assess market space, competitive environment, explore licensing opportunities and further commercialization of the technology. This strong partnership is poised to move this technology translation effort from research discovery toward commercial reality.

这个PFI：空气技术翻译项目是一个概念验证项目，旨在开发，演示和评估创新的激光雷达（激光照明的检测和范围）遥感技术，称为散射（Inphamis）技术引起的Intrapulse阶段修饰，作为综合可行的产品，作为详细的PlansoW Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine Marine的产品。 Inphamis技术是一种突破性技术，它提供了前所未有的，厘米的分辨率，可在浅水中绘制淹没物体，无缝识别土地到水的过渡，获得了高精度的水深度测量，并提供了底部表面地图的精确描述，这些描述均来自水上偏远的距离。被淹没的物体是船只保险索赔的第一大原因，并且能够提前发现它们的能力既可以解决人类安全问题又是经济问题。市场研究表明，这种LIDAR系统将有助于在湖泊，浅冰川融化，蚊子栖息地，沿海侵蚀和洪水盆地的地图中不断增长的市场，并通过在这些不断发展的环境中至关重要的入口和渠道提供导航信息。 最终商业目标是开发一个移动的雷达测深单元，用于船，手持式或可能在烟话或无人驾驶飞机系统上进行本地调查。InphamisTechnique具有以下独特功能：1-CM分辨率：1 cm分辨率在解决中的浅水，简单的较差异，远不相同的情况下，差异化的对象，远不相同，远程测量，遥控技术，遥控性，遥控性，遥控性地，远程衡量的技术，遥控性地，远程衡量的技术。土地水过渡和可扩展性支持几种类型的观测平台。 Inphamis是一种破坏性技术，因为它可以在水中获得高分辨率地下映射，同时降低了复杂性和成本。其他遥感技术仅限于一米或更深的水域，使大部分近岸水域未铺有水域。现有的LiDAR测深系统在预期使用和功能方面都非常相似，并且都涉及大型，昂贵的空中系统。 The INPHAMIS technique's unique features provide advantages in performance, costs, mass, power, volume, and adaptability that opens a new market in shallow-water water bathymetry by enabling the near-future development of a hand-held system for underwater mapping and subsurface target identification.This project addresses the following technology gaps as it translates from research discovery toward commercial application: 1) interactions of laser light with different surface water conditions, submerged objects,和底部表面类型； 2）绩效因素和系统和测量规范的定义； 3）关键激光雷达组件的贸易分析。该技术的实验室演示器将提出，以评估在实际环境浅水条件下与水体和物体的激光相互作用。这还将提供有关建立绩效因素和组件测试的数据。在行业合作伙伴Astra LLC及其员工和工程师的支持下，教师，研究生和本科生将参与提供独特的企业家和技术翻译学习环境。该项目与行业合作伙伴Astra LLC互动，该合作伙伴将促进市场上的商业化和营销研究，以评估有能力的环境，探索技术，进一步促进了技术，并在技术上进行了竞争，并促进了技术，并将其推广到技术，并促进了机会，并将其进一步推广，并获得了机会，并将其进一步推广。这种强大的伙伴关系有望将这种技术翻译工作从研究发现转移到商业现实。