piloted

简明释义

英[ˈpaɪlətɪd]美[ˈpaɪlɪtɪd]

v. 驾驶（飞行器）；领航（船只）；带领；（使）通过；对……做试点（pilot 的过去式及过去分词））

英英释义

单词用法

同义词

反义词

例句

1.In 2004 an early prototype, piloted by Richard Branson, a British entrepreneur, became the fastest amphibious vehicle ever to cross the English Channel.

2004年一辆由英国企业家理查德·布兰森驾驶的Aquada早期原型车在当时成为了曾横渡英吉利海峡的最快交通工具。

2.In 2004 an early prototype, piloted by Richard Branson, a British entrepreneur, became the fastest amphibious vehicle ever to cross the English Channel.

2004年一辆由英国企业家理查德·布兰森驾驶的Aquada早期原型车在当时成为了曾横渡英吉利海峡的最快交通工具。

3.They plan to construct a full-sized 150-metre piloted prototype, Lucy, over the next three years.

他们计划在今后三年内完成Lucy——直径150米的有人驾驶飞行器模型的建造。

4.The extent to which unmanned aircraft could or should supplant piloted ones will be debated for decades.

无人驾驶的飞行器究竟能够或应该在多大的程度上取代有人驾驶的飞行器，争论将会持续几十年。

5.Some managed large groups of men and women, piloted the explorers' river trail or undertook mapping work.

有些人管理着大量人群，男性女性都有，还为河道探险人引路，或承担测绘工作。

6.(Probably controller thermonuclear reaction) Hunger slowly stops being a problem. Piloted spaceship to Venus deploys.

（也许是控制热核反应）饥饿慢慢结束，来自金星的宇宙飞船开始部署。

7.The plane was piloted by the instructor.

飞机由教练员驾驶。

8.And over the next 40 years or so, they are expected largely to replace piloted aircraft.

而且在接下来的40年或者更长的时间里，无人机被寄予厚望用来替代驾驶机的使用。

9.Last year a lightweight, piloted Swiss aircraft, solar Impulse, captured enough solar energy during the day to fly throughout the night.

就在去年，一轻量级飞行员试驾了瑞士的太阳能动力飞机，该型飞机白天可以储存太阳能，夜间也能够持续飞行。

10.She piloted the first flight of the prototype aircraft last week.

她上周试飞了原型飞机的首次航班。

11.The government piloted a new health initiative to improve public wellness.

政府试点了一项新健康倡议，以改善公众健康。

12.The team successfully piloted a new project management software in their department.

团队成功地试点了一款新的项目管理软件在他们的部门中。

13.He piloted a new marketing strategy that increased sales significantly.

他试点了一项新的营销策略，显著提高了销售额。

14.The charity piloted a program to provide education to underprivileged children.

该慈善机构试点了一项为贫困儿童提供教育的项目。

作文

In recent years, technology has rapidly evolved, influencing various aspects of our lives. One of the most significant advancements has been in the field of transportation. The introduction of autonomous vehicles has sparked a great deal of interest and debate. These vehicles are not only designed to improve safety but also to enhance efficiency on the roads. To better understand the development of autonomous vehicles, it is essential to consider the initial stages where prototypes were piloted (试点) in controlled environments. During these early trials, engineers and researchers gathered valuable data to refine the technology and ensure its reliability. The first successful tests were conducted in urban settings, where the vehicles were piloted (试点) alongside human-driven cars. This phase was crucial as it allowed developers to observe how autonomous systems interacted with unpredictable elements such as pedestrians, cyclists, and various traffic conditions. By analyzing these interactions, engineers could identify potential issues and make necessary adjustments to the software that powered these vehicles.As the technology progressed, more sophisticated algorithms were developed, allowing the cars to navigate complex environments with greater ease. The vehicles were piloted (试点) in different geographical locations and weather conditions, providing a comprehensive understanding of their capabilities. These extensive tests ensured that the vehicles could operate safely in diverse scenarios, from busy city streets to quiet rural roads.Public perception of autonomous vehicles has been mixed. While many people are excited about the potential benefits, such as reduced traffic accidents and increased mobility for those unable to drive, others express concerns regarding safety and job displacement. To address these worries, companies have taken proactive measures by conducting public demonstrations where autonomous vehicles were piloted (试点) in front of live audiences. These events aimed to showcase the technology's reliability and build trust among potential users.Furthermore, regulatory bodies have played a crucial role in the deployment of autonomous vehicles. They have established guidelines and safety standards that manufacturers must adhere to before their products can be piloted (试点) on public roads. This regulatory framework ensures that the technology is thoroughly tested and deemed safe for consumer use.In addition to personal vehicles, autonomous technology has also been piloted (试点) in public transportation systems. Buses and shuttles equipped with self-driving capabilities have been introduced in several cities worldwide. These pilot programs aim to assess the feasibility of integrating autonomous vehicles into existing transit networks, ultimately improving efficiency and reducing operational costs.As we look to the future, it is clear that the journey of autonomous vehicles is just beginning. The initial phases of testing, where these vehicles were piloted (试点), laid the groundwork for what is to come. Continued innovation and rigorous testing will be essential as we move towards a world where autonomous vehicles are a common sight on our roads. Ultimately, the goal is to create a safer and more efficient transportation system that benefits everyone. As technology continues to evolve, we must remain open to the possibilities it presents while also addressing the challenges that accompany such advancements.

近年来，科技迅速发展，影响着我们生活的各个方面。其中最重要的进展之一是在交通领域。自动驾驶汽车的引入引发了广泛的关注和讨论。这些车辆不仅旨在提高安全性，还要提高道路上的效率。为了更好地理解自动驾驶汽车的发展，有必要考虑其最初阶段在受控环境中进行的原型测试。在这些早期试验中，工程师和研究人员收集了宝贵的数据，以完善技术并确保其可靠性。第一次成功的测试是在城市环境中进行的，这些车辆与人类驾驶的汽车一起进行试点。这一阶段至关重要，因为它使开发者能够观察自动驾驶系统如何与行人、自行车手以及各种交通状况等不可预测的元素进行互动。通过分析这些互动，工程师可以识别潜在问题，并对驱动这些车辆的软件进行必要的调整。随着技术的进步，开发出更复杂的算法，使汽车能够更轻松地导航复杂环境。这些车辆在不同的地理位置和天气条件下进行试点，提供了对其能力的全面了解。这些广泛的测试确保车辆能够在各种场景中安全运行，从繁忙的城市街道到安静的乡村道路。公众对自动驾驶汽车的看法褒贬不一。虽然许多人对潜在的好处感到兴奋，例如减少交通事故和提高无法驾驶者的流动性，但其他人则对安全性和就业岗位流失表示担忧。为了应对这些担忧，各公司采取了积极措施，通过开展公共演示活动，让自动驾驶汽车在现场观众面前进行试点。这些活动旨在展示技术的可靠性，并在潜在用户中建立信任。此外，监管机构在自动驾驶汽车的部署中发挥了关键作用。他们制定了制造商在其产品可以在公共道路上进行试点之前必须遵循的指南和安全标准。这一监管框架确保技术经过充分测试并被认为适合消费者使用。除了个人车辆之外，自动驾驶技术还在公共交通系统中进行了试点。配备自驾能力的公交车和接驳车已在全球多个城市推出。这些试点项目旨在评估将自动驾驶车辆整合到现有交通网络中的可行性，最终提高效率并降低运营成本。展望未来，显然自动驾驶汽车的旅程才刚刚开始。在这些车辆进行试点的初始测试阶段为未来奠定了基础。持续的创新和严格的测试将是我们走向一个自动驾驶汽车在道路上普遍存在的世界的关键。最终目标是创建一个更安全、更高效的交通系统，使每个人都受益。随着技术的不断发展，我们必须对其带来的可能性保持开放态度，同时也要解决伴随这种进步而来的挑战。