How a systematic approach to embedded device software updating can help to meet EU security requirements. By George Grey ...

Every embedded systems development team needs knowledge in eight distinct software development areas. The degree to which developers have mastered these eight pillars of embedded software will ...

IAR, a supplier of software solutions for embedded systems, has launched a major update of its flagship toolchains: IAR ...

Each embedded system productis in effect closed, unable to run new code. Are we done yet ... such as the provision of “noexecute” (NX) bits. Otherwise, software emulation of such functionalitywill ...

To the observer in the physical world, embedded software is invisible, but this low-level code is the backbone of electronic systems. Developing embedded-systems software is usually quite ...

For an embedded system, all of the applications are known at compile time. For example, software synthesis examines all the source code and knows that a certain task uses only four registers while ...

In the world of embedded systems, it isn’t just the technology ... But our development lifecycle essentially regarded production software as a sandbox. We’d start with production code, add ...

The complexity associated with the development of embedded systems is increasing rapidly. For instance, it is estimated that the average complexity of software ... your code, anything that ...

Electrical Engineering / Computer Science / similar ...

Embedded systems are hotrods. They are specialized hardware and software with real-time requirements that are ... Even if there were, specialization and hardware uniqueness can get in the way of code ...