Quantum infrastructure software is redefining quantum computing by automating calibration, optimizing workloads, and letting users program at the problem level Quantum computers promise revolutionary ...

Someday, we won’t even look at the code that our AI agent produces. We’ll take it for granted, just as we do the assembly code in our software today. Really big changes don’t happen in the programming ...

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 systems ...

Machine code: the ones and zeroes are an abstract representation of the electromagnetic signals flowing through the wires and computer chips. Assembler: hides away the machine code, allowing a ...

About 15 years ago, the assumption in the EDA industry was that system design would be inevitable. The transition from gate-level design to a new entry point at the register transfer level (RTL) ...

In today's fast-changing market environment, embedded-systems developers must struggle with last-minute design changes and a growing list of potential target architectures incorporating multiple ...

Managing storage is no-one's favorite IT task but a fresh set of newcomers are automating the core processes using ML as augmented analytics. The cost and efficiency benefits are clear. The IT ...

One of the great myths in the technosphere is that musicians make good programmers because music is like math. I disagree. Music is not enough like math for any relevant or significant skill transfer.

Architectures for software-defined data centers can address the need for flexibility and agility, but implementing them is difficult and calls for coordinating a host of complex features including ...

Developing software for mobile handsets can be challenging. Different CPUs, operating systems, mobile platform environments, and JVM implementations create time-consuming porting and testing issues.