distance misadjustment

简明释义

测距仪距离失调

英英释义

例句

1.The robot's navigation system failed due to a distance misadjustment which caused it to collide with the wall.

由于发生了距离调整错误，机器人的导航系统失灵，导致它与墙壁相撞。

2.In the recent survey, we discovered a distance misadjustment in the measurements of the land area.

在最近的调查中，我们发现土地面积测量存在距离调整错误。

3.Pilots are trained to recognize signs of distance misadjustment in their instruments during flight.

飞行员接受培训以识别飞行中仪器的距离调整错误迹象。

4.The engineer identified a distance misadjustment in the sensor calibration that affected data accuracy.

工程师发现传感器校准中存在距离调整错误，这影响了数据的准确性。

5.The software update fixed a bug that caused distance misadjustment in the mapping application.

软件更新修复了一个导致地图应用程序中出现距离调整错误的漏洞。

作文

In today's world, technology plays a crucial role in our daily lives, influencing various aspects, including transportation, communication, and even healthcare. One of the key components that has significantly advanced over the years is the field of navigation. However, despite these advancements, issues such as distance misadjustment (距离误调) can still arise, leading to complications in various applications. Understanding what distance misadjustment means and how it affects our navigation systems is essential for improving their accuracy and reliability.Distance misadjustment refers to a situation where the calculated distance between two points is incorrect due to errors in measurement or calibration. This can occur in several contexts, such as GPS technology, surveying, or even in everyday activities like driving. For instance, if a GPS device incorrectly calculates the distance to a destination, it may lead the driver to take longer routes or arrive late. Such inaccuracies can be frustrating and potentially dangerous, especially in emergency situations.The causes of distance misadjustment can vary. In GPS systems, factors like satellite positioning, atmospheric conditions, and signal interference can all contribute to inaccurate distance measurements. Similarly, in surveying, human error during data collection or equipment malfunction can result in distance misadjustment. Therefore, it is crucial for professionals in these fields to be aware of the potential for errors and to implement strategies to minimize them.One way to address distance misadjustment is through regular calibration and maintenance of equipment. For example, surveyors should routinely check their instruments for accuracy and make necessary adjustments. In the case of GPS devices, users can ensure they have the latest software updates, which often include improvements to distance calculation algorithms. Additionally, understanding the limitations of technology and being prepared for possible inaccuracies can help users make better decisions when relying on navigation tools.Moreover, education plays a vital role in mitigating the effects of distance misadjustment. By informing users about the potential for errors and how to recognize them, we can foster a more cautious approach to navigation. For example, drivers should learn to cross-check GPS directions with traditional maps or local knowledge, especially in unfamiliar areas. This way, they can avoid pitfalls associated with over-reliance on technology.In conclusion, while technology has made significant strides in navigation, challenges like distance misadjustment (距离误调) still exist. By understanding its implications and taking proactive measures to address it, we can enhance the accuracy of our navigation systems. As we continue to integrate technology into our lives, it is essential to remain vigilant and informed, ensuring that we can navigate our world safely and efficiently. The journey toward improved navigation is ongoing, but with awareness and education, we can overcome the obstacles presented by distance misadjustment.

在当今世界，科技在我们的日常生活中扮演着至关重要的角色，影响着交通、通信甚至医疗等各个方面。其中，近年来显著进步的关键领域之一是导航技术。然而，尽管技术不断发展，诸如距离误调的问题仍然可能出现，从而导致各种应用中的复杂情况。理解距离误调的含义及其对我们导航系统的影响，对于提高这些系统的准确性和可靠性至关重要。距离误调是指由于测量或校准错误而导致两个点之间计算的距离不正确的情况。这种情况可以在多个上下文中发生，例如GPS技术、测量，甚至在日常活动中，如驾驶。例如，如果GPS设备错误地计算到目的地的距离，可能会导致司机走更长的路线或迟到。这种不准确性可能令人沮丧，并且在紧急情况下可能具有潜在危险。导致距离误调的原因各不相同。在GPS系统中，卫星定位、气候条件和信号干扰等因素都可能导致距离测量不准确。同样，在测量中，数据收集过程中的人为错误或设备故障也可能导致距离误调。因此，相关领域的专业人员必须意识到潜在的错误，并实施策略以尽量减少这些错误。解决距离误调的一种方法是定期校准和维护设备。例如，测量人员应定期检查其仪器的准确性并进行必要的调整。在GPS设备的情况下，用户可以确保他们拥有最新的软件更新，这通常包括对距离计算算法的改进。此外，了解技术的局限性并为可能的不准确性做好准备，可以帮助用户在依赖导航工具时做出更好的决策。此外，教育在减轻距离误调的影响方面也发挥着重要作用。通过告知用户潜在的错误及其识别方式，我们可以培养一种更谨慎的导航方法。例如，司机应该学习将GPS方向与传统地图或当地知识进行交叉检查，特别是在不熟悉的地区。这样，他们就可以避免因过度依赖技术而带来的陷阱。总之，尽管技术在导航方面取得了重大进展，但像距离误调（距离误调）这样的挑战依然存在。通过理解其影响并采取积极措施加以解决，我们可以提高导航系统的准确性。随着我们继续将技术融入生活，保持警惕和知情至关重要，以确保我们能够安全高效地导航我们的世界。改善导航的旅程仍在继续，但通过意识和教育，我们可以克服距离误调所带来的障碍。