FullView = Real time 3D terrain generation from airborne photographs and CAD inputs, based on the use of interactive computer game graphics technology

FullView = 基于交互式计算机游戏图形技术的使用，根据机载照片和 CAD 输入生成实时 3D 地形

• 批准号: 700099
• 金额: $ 3.06万
• 依托单位: BARNARD MICROSYSTEMS LIMITED
• 依托单位国家: 英国
• 项目类别: GRD Proof of Market
• 财政年份: 2012
• 资助国家: 英国
• 起止时间: 2012 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=700099
• 关键词: FullView; Real; time; 3D; terrain

We are developing small unmanned aircraft for use throughout the world in scientific,commercial (oil and mineral exploration and production) and state (border patrol andmanagement of disaster relief efforts) applications.Oil production involves the monitoring of oil pipelines to detect leaks. Disasters include widescale flooding, hurricanes, earthquakes and bush fires.This proposed Proof of Market Project is about the market opportunities for and the feasibilityof developing innovative software based on multiplayer computer gaming graphicstechnology and Internet connectivity. It will make use of still and video imagery, typically butnot necessarily, from airborne and land based platforms, to automatically generate and updatea real time 3D view of the terrain. The evolving 3D representation can be viewed byinterested parties in much the same way as players in an online computer game monitordevelopments.For example, if there were a flood affecting a large built up area, aircraft crisscross theflooded area. Each aircraft would periodically beam down a high resolution photograph. TheFullView software would use each new image to create, or update, a 3D view of the floodarea. This live 3D view could be accessed via the Internet by the police, the fire brigade andthe ambulance service, contributing to the management of rescue efforts.To increase the market size, this software could also be used as 3D CAD software. One couldcreate an object using photographs from different angles of the object and also use a standard3D CAD approach, such as extrusion of a 2D design, to create other objects. As players do inan online computer game, people could work together, from home, on the 3D design.We propose to investigate the nature of the global market and the financial and technicalfeasibility of developing this software, based on our 24 year experience with the developmentand international marketing of our WaveMaker microwave circuit layout software.

我们正在开发小型无人驾驶飞机，用于世界各地的科学、商业（石油和矿产勘探和生产）和国家（边境巡逻和救灾工作管理）应用。灾难包括特大洪水、飓风、地震和丛林火灾。这个提议的市场证明项目是关于开发基于多人计算机游戏图形技术和互联网连接的创新软件的市场机会和可行性。它将利用静态和视频图像，通常但不一定，从机载和陆基平台，自动生成和更新一个真实的时间三维地形视图。发展中的3D表示可以被感兴趣的各方以与在线计算机游戏中的玩家监视发展的方式大致相同的方式查看。例如，如果有洪水影响了大的建筑区域，则飞机在洪水区域纵横交错。每架飞机将定期发送一张高分辨率的照片。FullView软件将使用每个新图像创建或更新洪水区域的3D视图。警察、消防队和救护车服务可以通过互联网访问该实时3D视图，有助于救援工作的管理。为了扩大市场规模，该软件还可以用作3D CAD软件。人们可以使用从不同角度拍摄的照片来创建一个对象，也可以使用标准的3D CAD方法，例如2D设计的挤出，来创建其他对象。就像玩家在网上玩电脑游戏一样，人们可以在家里一起工作，进行3D设计，我们建议根据我们24年的开发经验和WaveMaker微波电路布局软件的国际营销，调查全球市场的性质和开发该软件的财务和技术可行性。