NASA将携Uber进行大城市间将来空中旅行检测

2019-10-06 21:47

据报道,NASA艾姆斯研究所的权威专家们这周将跟Uber精英团队进行协作为此来对将来的空中旅行开展电子计算机仿真模拟检测。NASA称,根据这种检测他们将得到其早已了解及其她们仍必须创造发明的别的物品的统计数据。

这一协作则是在NASA的Urban Air Mobility(大城市空中交通)新项目--致力于为将来的大城市间无人飞机配送和中小型上空道路运输一般路面--下进行。

城市空中机动项目

据统计,NASA事实上在2017年年末就跟Uber进行了协作,那时候则是以便帮助开发设计用以管理方法将来将在低空飞行的无人飞机和别的小型飞机的必需系统软件。这类管理水平针对应用无人飞机、VTOL运载工具开展短路线运送的配送服务项目是必需的。

据统计,这一兴盛的空中交通系统软件被称作大城市空中交通(UAM),它将部门管理尺寸大城市的空中交通系统软件。据NASA自身公布,这类航线智能管理系统将促使这种物流运输规模性运作变成将会,而且还将保证不容易产生撞击和其他问题。

NASA表达,Uber早已共享了其起动大城市航空公司长途拼车互联网的方案为此来协助她们开发设计自身的系统软件。这周,彼此将对于开展检测从而明确UAM必须什么信息内容和统计数据。

在这里一检测中,精英团队将不容易把真实的四轴飞行器放进上空只是选用联接NASA和Uber的计算机软件,进而运作各种各样情景的仿真模拟。

英文版

English version

According to reports, the authoritative experts of the NASA Ames Institute will collaborate with the Uber elite team this week to conduct electronic computer simulation tests for future air travel. According to NASA, according to this test they will get statistics on other items that they already know and that they still have to create inventions.

This collaboration is under NASA's Urban Air Mobility (new urban air traffic) project, which is dedicated to the future of unmanned aircraft distribution between large cities and small and medium-sized roads.

According to statistics, NASA actually collaborated with Uber at the end of 2017, when it was to help develop the necessary system software designed to manage the unmanned aircraft and other small aircraft that will fly at low altitudes in the future. This level of management is necessary for distribution services that use short-haul lines for unmanned aircraft and VTOL vehicles.

According to statistics, this prosperous air traffic system software is called Metropolitan Air Traffic (UAM), which will manage the air traffic system software of large cities. According to NASA's own announcement, this kind of route intelligent management system will make this kind of logistics and transportation operation become a will, and will also ensure that it is not easy to produce impact and other problems.

NASA said that Uber has already shared its plan to start the long-distance carpooling of the Internet in large cities to help them develop their own system software. This week, each other will conduct tests to determine what information content and statistics are necessary for UAM.

In this test, the elite team will not be able to put the real four-axis aircraft into the sky. Just use the computer software connected to NASA and Uber to run simulations of various scenarios.

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