troubleshooting

简明释义

英[ˈtrʌblʃuːtɪŋ]美[ˈtrʌblʃuːtɪŋ]

n. 解决纷争；发现并修理故障

v. 检修（troubleshoot 的 ing 形式）；当调解人

英英释义

单词用法

同义词

反义词

例句

1.Debugging and troubleshooting the DQM.

DQM的调试和故障排除。

2.Troubleshooting hardware and software.

解决电脑的软硬件问题。

3.Finally, we will provide some tips for troubleshooting security problems.

最后，我们会提供一些关于安全性问题故障诊断的技巧。

4.The rule name can be logged for audit and troubleshooting reasons.

可以记录规则名称以用于审核和故障排除目的。

5.We'll also discuss troubleshooting the agent.

我们还将讨论代理的故障检修。

6.Now let's look at some troubleshooting tips.

我们现在看看关于故障排除的一些小提示。

7.The second topic is troubleshooting techniques.

第二部分介绍故障排除技术。

8.She spent hours troubleshooting 故障排除 her computer's performance issues.

她花了几个小时故障排除她电脑的性能问题。

9.He specializes in troubleshooting 故障排除 software problems.

他专门从事故障排除软件问题。

10.The IT department is responsible for troubleshooting 故障排除 network issues.

IT部门负责故障排除网络问题。

11.After troubleshooting 故障排除 the printer, we discovered it was out of ink.

在故障排除打印机后，我们发现它没有墨水了。

12.The first step in troubleshooting 故障排除 is to identify the problem.

在故障排除中第一步是识别问题。

作文

In today's fast-paced technological world, the ability to effectively solve problems is more important than ever. One crucial skill that individuals and professionals alike must develop is troubleshooting. The term troubleshooting refers to the process of diagnosing and resolving issues or malfunctions in various systems, whether they be mechanical, electronic, or software-related. This skill is not only applicable in technical fields but is also valuable in everyday life situations.To illustrate the importance of troubleshooting, let us consider a common scenario: a computer that suddenly stops working. When faced with this issue, the first step in the troubleshooting process is to identify the problem. This might involve checking if the computer is powered on, examining the power supply, or looking for any visible signs of damage. By systematically analyzing the situation, one can narrow down the potential causes of the malfunction.Once the problem has been identified, the next phase of troubleshooting involves implementing solutions. This could mean restarting the computer, replacing faulty hardware, or reinstalling software. Each solution requires logical thinking and sometimes a bit of creativity, as not all problems have straightforward answers. The ability to think critically during this stage is essential, as it allows one to evaluate the effectiveness of each solution and adjust the approach as needed.Moreover, troubleshooting is not limited to technical issues. In our daily lives, we encounter various challenges that require similar problem-solving skills. For example, consider a situation where a team project at work is falling behind schedule. The team leader must engage in troubleshooting by identifying the reasons for the delay, which could range from miscommunication among team members to unforeseen obstacles. By addressing these issues directly and collaboratively, the team can develop strategies to get back on track.The key to successful troubleshooting lies in a structured approach. Professionals often use methods such as flowcharts or checklists to ensure they cover all potential problems systematically. This organized method not only helps in finding solutions faster but also minimizes the chances of overlooking critical details. Additionally, keeping a record of past issues and their resolutions can serve as a valuable reference for future troubleshooting efforts.In conclusion, mastering the art of troubleshooting is an invaluable skill that transcends various fields and aspects of life. Whether dealing with technology or personal challenges, the ability to diagnose and resolve issues effectively can lead to improved efficiency and success. As we continue to navigate a world filled with complexities, honing our troubleshooting skills will undoubtedly empower us to tackle problems head-on and emerge stronger from adversity.

在当今快速发展的技术世界中，有效解决问题的能力比以往任何时候都更加重要。个人和专业人士必须培养的一项关键技能是故障排除。故障排除一词指的是诊断和解决各种系统中的问题或故障的过程，无论这些系统是机械的、电子的还是与软件相关的。这项技能不仅适用于技术领域，在日常生活中也同样有价值。为了说明故障排除的重要性，让我们考虑一个常见的场景：一台计算机突然停止工作。当面临这个问题时，故障排除过程的第一步是识别问题。这可能涉及检查计算机是否开机、检查电源或寻找任何可见的损坏迹象。通过系统地分析情况，人们可以缩小故障的潜在原因。一旦问题被识别，故障排除的下一个阶段就是实施解决方案。这可能意味着重新启动计算机、更换故障硬件或重新安装软件。每个解决方案都需要逻辑思维，有时还需要一点创造力，因为并非所有问题都有简单的答案。在这一阶段，批判性思维的能力至关重要，因为它使人能够评估每个解决方案的有效性，并根据需要调整方法。此外，故障排除并不限于技术问题。在我们的日常生活中，我们会遇到各种挑战，这些挑战需要类似的问题解决技能。例如，考虑一个团队项目在工作中落后于进度的情况。团队领导者必须进行故障排除，找出延误的原因，这可能从团队成员之间的沟通不畅到不可预见的障碍。通过直接和协作地解决这些问题，团队可以制定策略以恢复进度。成功的故障排除的关键在于结构化的方法。专业人士通常使用流程图或检查表等方法，以确保他们系统地覆盖所有潜在问题。这种有组织的方法不仅有助于更快地找到解决方案，还最小化了忽略关键细节的机会。此外，记录过去的问题及其解决方案可以作为未来故障排除工作的宝贵参考。总之，掌握故障排除的艺术是一项无价的技能，超越了各个领域和生活的各个方面。无论是处理技术问题还是个人挑战，有效诊断和解决问题的能力都能提高效率和成功。随着我们继续应对充满复杂性的世界，磨练我们的故障排除技能无疑将赋予我们迎头赶上问题的能力，使我们在逆境中变得更强。