硬件在环 HIL( Hardware in the loop)，原理通过构建硬件在环仿真器，与被测电控单元构成闭环实时测试...
什么是 HIL 测试? 硬件在环测试方法是指在逼真的仿真环境中对真实 ECU(电子控制单元)进行的测试。这些测试可重复、可以自动化,从而在实验室全天候进行全面测试、缩短验证时间,增加测试场景的范围。此外,可以进行极端情况测试,而不会给被测设备或环境造成安全问题。
so signal-level testing was used. The advantage of signal-level HIL testing is that the simulation can be performed without the real power module or motor. As no real currents or voltages are present, tests can be focused on control software, communication, and system integration. In addition,...
Open-Loop HIL System for Testing Image Processing ECUs Closed-Loop HIL System for Testing Camera-Based Systems by Inserting Data into the Image Sensor Output Closed-loop HIL Testing of Multisensor Systems 5.4 Radar Test Bench Compact test solution for radar-based applications and autonomous driving ...
The MicroLabBox II is a compact test and development system for rapid control prototyping (RCP) and hardware-in-the-loop (HIL) applications. Show more AURELION Integrate realistic sensor data to test and validate your perception and driving functions - with AURELION, the software solution for senso...
dSPACE tools are also used in aerospace, drives technology, medical technology, indus-trial automation, and other fields.The company also provides comprehensive services from on-site user training to customer-specific system engineering such as turn-key HIL test systems.dSPACE has more than 1,000 ...
关键词:ESP;HIL;SYNECT;自动化测试和管理 中图分类号:U463 文献标识码:A 文章编号:1671-7988(2019)05-79-05 Application of the automatic test system based on dspace esp hil bench and synect Liu Chao, Yang Chunwei, Cui Haifeng, Kong Weiguang, Wu Jun (Pan Asia Technical Automotive Center Co.,...
and other fields. The company also provides comprehensive services from on-site user training to customer-specific system engineering such as turn-key HIL test systems. dSPACE has more than 1,000 employees worldwide at its headquarters in Pader-born, in the Project Centers at Munich and Stuttgart...
1) Devices connected to the dSPACE HIL system, for example, electronic control units, can feed in high currents and high voltages (voltages over 60 V DC or 30 V ACRMS), which can be dangerous for the user. This can happen, for example, in systems for piezoelectric or hybrid applications...
ACE Kit MicroLabBox Compact all-in-one development system for the laboratory, with high computing power and comprehensive functionalities ACE Kit MicroAutoBox Robust rapid control prototyping for experiments in vehicles or in the field ACE Kit SCALEXIO Powerful real-time systems for RCP or HIL applica...