白皮书

Creating highest-quality embedded software

Creating highest-quality embedded software

Within the automotive industry, best-in-class organizations pursue solid architecture and superior technical quality of embedded software —Siemens and Software Improvement Group (SIG) partner to deliver this unique offering.

Capital provides uniquely rich and frontloaded software architecture modeling and analyses, whereas Software Improvement Group brings 20 years of experience in measuring and enhancing software quality through automated monitoring and consulting services. This white paper outlines how the combined solutions enable you to create high-quality automotive software deliverables.


Software quality specification, rich architecture specification and quality monitoring

Automotive industry market trends point toward connected, increasingly autonomous, highly customized, electric, and networked vehicles that are perceived by the younger generation more as “tablets on wheels” than as classical vehicles. As a result, software quality is more important than ever, but also more challenging to achieve due to exploding code complexity. The integration between Capital and Sigrid provides first-class insight and guidance into all aspects of software quality for embedded software applications. The software addresses functional correctness and interfaces consistency during the pre-and post-implementation stages, plus application maintainability in architecture and implementation.

Software quality analysis driven from best practices

This paper highlights ten best practices for getting the embedded software development process set up right, consistently executing and monitoring metrics. Check out the paper for more details, but some best practices include:

  • Post-implementation code asset checking
  • Integrated software quality specification and analysis
  • Focus on product functionality and product quality

分享

相关资源

应对车载以太网通信的设计挑战
Webinar

应对车载以太网通信的设计挑战

应对车载以太网设计挑战并了解更快进行车载网络数据通信的优势所在。

电动汽车:共享共同语言,共创可持续未来
White Paper

电动汽车:共享共同语言,共创可持续未来

采取行动应对气候危机的压力导致电动汽车需求激增。西门子数字化工业软件的分析考虑了设计团队之间的协作将如何在未来十年实现电气化。

汽车电动化:协作式虚拟开发环境
E-book

汽车电动化:协作式虚拟开发环境

了解如何通过使用虚拟开发环境压缩开发时间,同时整合复杂的新功能并改进能源系统,从而满足快速发展的电动汽车消费者需求。