Application Research on Automotive Embedded Software FMEA

Application Research on Automotive Embedded Software FMEA

IATF16949 Service Platform Automotive Industry Knowledge Base Application Research on Automotive Embedded Software FMEA Introduction Software Failure Mode and Effects Analysis (SFMEA) is a systematic engineering technique and a patterned way of thinking. It is based on failure modes and focuses on the impacts or consequences of failures. By reasoning through analysis levels and causal … Read more

Systematic Methods for Functional Testing of Automotive Embedded Software: Background Knowledge and Methodology

Systematic Methods for Functional Testing of Automotive Embedded Software: Background Knowledge and Methodology

Abstract: Over the past decade, road vehicles have integrated multiple functions, and the integration level of electronic embedded systems has continuously increased. Most of these functions are controlled, managed, and supervised by distributed software within many interconnected Electronic Control Units (ECUs). In this context, new distributed software functional testing methods must be developed to ensure … Read more

Understanding Automotive Embedded Software

Understanding Automotive Embedded Software

What is Embedded Software? Embedded software is the operating system and development tools that are embedded in hardware. Its relationship in the industry is reflected as: chip design and manufacturing → embedded system software → embedded electronic device development and manufacturing. The most basic understanding of embedded software is the combination of software + hardware … Read more

Overcoming Challenges in Embedded Software Development for Electric Vehicles

Overcoming Challenges in Embedded Software Development for Electric Vehicles

Overcoming Challenges in Electric Vehicle Embedded Software Development As the transportation industry undergoes a shift towards electrification, vehicles must possess systems that are safe, reliable, and easy to use, placing immense pressure on engineers and software architects. All six components of the electric vehicle (EV) powertrain system must work in harmony to achieve optimal performance. … Read more

Developing Embedded Vision Applications for Automotive: How CrossLink-NX FPGA Solves Your Problems

Developing Embedded Vision Applications for Automotive: How CrossLink-NX FPGA Solves Your Problems

Countries around the world require automotive manufacturers to install various advanced driver assistance systems (ADAS) features. These ADAS features require complex detection capabilities through the use of various sensors (including image sensors (cameras), LiDAR, radar, ultrasound and far infrared (FIR)). In fact, industry analysis firm P&S Intelligence shows that “by 2030, the global ADAS sensor … Read more

Introduction to Automotive Embedded Software

Introduction to Automotive Embedded Software

1. Overview of Embedded Software Embedded software is a special type of software that is embedded in hardware to control and manage the functions of other devices. Unlike traditional definitions of software in the pure internet industry, embedded software combines software and hardware to achieve its functions by defining the product. The relationship of embedded … Read more

Application Research on FMEA of Automotive Embedded Software

Application Research on FMEA of Automotive Embedded Software

IATF16949 Service Platform Automotive Industry Knowledge Base Application Research on FMEA of Automotive Embedded Software Introduction Software Failure Mode and Effects Analysis (SFMEA) is a systematic engineering technique and a patterned way of thinking. It is based on failure modes and focuses on failure effects or consequences, conducting analysis based on levels of analysis and … Read more

Enhancing RTE Generation and BSW Configuration Tools for Embedded Automotive Systems

Enhancing RTE Generation and BSW Configuration Tools for Embedded Automotive Systems

Abstract: Automotive embedded systems have become very complex and highly integrated, and the safety-critical and real-time constraints of these systems pose new challenges. The development of distributed systems, shorter time-to-market, and automotive safety standards (such as ISO 26262) require efficient and consistent product development throughout the entire development lifecycle. However, the challenge lies in ensuring … Read more

The Development of Automotive Embedded Systems

The Development of Automotive Embedded Systems

Follow our public account, click the top right corner of the public account homepage ” · · · “, set a star mark, and keep up with the latest news on automotive semiconductors. 1 Development History of Automotive Embedded Systems  Embedded systems were born in the microcomputer era and have experienced a long independent development path … Read more