MDF (Measurement Data Format) is a binary file format for measurement data. It was developed by Vector in collaboration with Bosch in 1991. Revised version 4.0 was published as ASAM standard in 2009. A couple of Vector tools support the MDF format.

随着电控技术的发展，越来越来的项目需要使用到： ECU标定 ——数据采集——数据分析（本文主要介绍该部分）的基本过程，目前成熟的方案有Vector和ETAS二个公司的产品线，产品非常丰富，而且功能强大，唯一的问题就是贵，而且这些软件均需要licence，就算是 ...

ASAM MDF focuses on the persistent storage of recorded or calculated Measurement data for post-Measurement processing, off-line evaluation and long-term storage. As standardized format it may also be used for data exchange between different tools.

XCPlite is a lightweight demo implementation of the ASAM XCP V1.4 standard protocol for measurement and calibration of electronic control units. The demo implementation uses Ethernet UDP or TCP communication on POSIX based or Windows Operating Systems.

Vector is a pioneer in ASAM and is driving SOVD standardization forward in order to offer suitable and universal solutions for these challenges. SOVD as protocol is ready for Software-Defined Vehicles. Complemented by a software factory and a scalable E/E architecture it enables the speedy and continuous realization of Software-defined Vehicles.

The AUTOSAR Standard describes methods that enable standardized development of reusable and replaceable software components within vehicles. This approach minimizes the development effort for electronic control unit (ECU) software. The software is then optimized using CANape.

自动化和测量系统标准化协会 (ASAM) 是一个制定标准的组织，为汽车开发、测试和验证定义接口、协议、文件格式和数据模型。MATLAB、Simulink 和 RoadRunner 产品系列支持各种 ASAM 标准，从而能够与其他工具进行互操作。

2021年4月30日 · The ASAM definition of the Open Simulation Interface (OSI) allows for standardized, more reliable and re-usable interfacing between different tools and with the system under test. For this reason, ASAM OSI features have been integrated into CANoe and DYNA4.

There are two possible ways to implement the ASAP3 interface with CANape. The first use case involves running CANape on your local machine. This would involve CANape and the client application running on the same local host. The second use case implements a TCP/IP remote connection between CANape (Server) and a client application (Figure 2.0).

SOVD [1] stands for Service Oriented Vehicle Diagnostics and is standardized in version 1.0.0 in ASAM e.V. (Association for Standardization of Automation and Measuring Systems). The standard describes a standardized API (Application Programming Interface) for the diagnostics of vehicles with HPC and classic ECUs.