复杂环境下工业级信息物理系统测试方法的建议

Jiseob Kim, Sunil Chon, Jihwan Park
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引用次数: 9

摘要

本文提出了工业级信息物理系统及其自动化在各种环境、约束条件下的测试方法。还有其他测试方法,如软件在环测试、硬件在环测试、现场测试。但这些方法存在成本高、测试不足、测试难度大等局限性。在人类附近工作的系统,如无人机、自动驾驶汽车,或在极端环境中使用的系统,应该在同样的极端环境下进行测试,并证明其安全性。使用这些系统的地区正在增加。例如,无人机不仅可以用于休闲,还可以用于广播、火灾监视、包裹递送等各种领域。即要求系统进行各种环境和条件相结合的试验。我们报告我们已经测试过的案例,并使用模拟自动化测试。通过仿真,我们在极端环境、各种法律限制组合和情境条件下对系统进行了测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Suggestion of Testing Method for Industrial Level Cyber-Physical System in Complex Environment
In this paper, we suggest the testing method for industrial level cyber-physical system and its automation under the various environmental, restrictive condition. There are other testing methods, such as Software in the Loop Test, Hardware in the Loop Test, Field Test. But these methods have limitations of high cost, not enough testing and hard to test because the complexity of the situation is going up. The systems that work near human, like drones, autonomous cars, or used in extreme environments should be tested under same extreme environments and proof that it is safe. And the area in which those systems are used is increasing. For example, the drone is used in the various area not only for leisure but also for broadcasting, surveillance on fire, and parcel delivery. It means the test with a combination of various environment and condition is required to the system. We report the case that we have tested and automated the test with the simulation. With the simulation, we tested the system under the extreme environment, a variety of combination of legal restrictions and situational condition.
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