This means the face of embedded software is now the code configurators and APIs.” Fig. 1: Making tradeoffs at a higher abstraction level. Source: Renesas. Developers benefit from the abstraction of ...

Model-based approaches to electrical and electronic system design – usually based on UML derived languages such as SysML – are frequently not suited to agile, iterative architecture optimisation. But ...

By raising the abstraction level, though, it allows engineering teams to make some important choices, such as which software will run on which core of a heterogeneous processor, how applications will ...

The concept of applying a higher level of design abstraction to creative and engineering processes is so closely familiar that we probably take it for granted. From NC machines to SQL database ...

This article explores the third step to designing an embedded software architecture: Decompose the system. The last two articles have explored the five ... For example, the motor control domain ...

As complexity grows, an increasing proportion of the software and the hardware peripherals consists of re-used Intellectual Property (IP) blocks. To cope with these ever increasing requirements the ...

Intel Unveils New GPU Architecture with High-Performance Computing and AI Acceleration, and oneAPI Software Stack with Unified and Scalable Abstraction for Heterogeneous Architectures NEWS HIGHLIGHTS ...

Abstraction is a fundamental concept in software engineering.An abstraction is a simplified version of something technical (with unwanted details omitted), which allows to hide away complexity via ...

This article explores the fourth step to designing an embedded software architecture: defining task components and ... My preference for nearly any task is to break the system into a layered software ...

Intel launches oneAPI, a unified and scalable programming model to harness the power of diverse computing architectures in the era of HPC/AI convergence. Intel introduces a general-purpose GPU ...