As compute workloads grow more complex and specialized, the traditional separation between hardware and software development ...

With software teams today twice as large as hardware teams for any given complex SoC project, there is no doubt it is an ideal time to agree on the best way for these worlds to intersect. And even ...

University of Michigan researchers have developed a hardware-software co-design that enables highly efficient, low-latency AI processing directly on edge devices. By mapping state space models to ...

A team led by the University of California San Diego has developed a neuroinspired hardware-software co-design approach that could make neural network training more energy-efficient and faster. Their ...

Co-design, that is, designing software and hardware simultaneously, is one way of attempting to meet the computing-power needs of today’s artificial intelligence applications. Compilers, which ...

Hardware/software partitioning algorithms are fundamental in the design of modern embedded systems, where the allocation of functionalities between hardware accelerators and software components is ...

Hardware companies benefit from tangible demand, secured orders, and near-term cash flows, while software faces uncertainty around model economics, disruption risks, and capex payoff. Hardware and ...

A famous electronics company recently launched a new TV and web commercial emphasizing the importance of designing hardware and software together. (You can view the video here.) It is interesting to ...

There once was a time when system design was completely serial. Entire hardware platforms were designed, prototyped, debugged, and virtually completed before any software development began. Of course, ...

Engineers have developed a neuroinspired hardware-software co-design approach that could make neural network training more energy-efficient and faster. Their work could one day make it possible to ...