Learn about the features, advantages, and challenges of superscalar architecture and how it compares to vector, multicore, and distributed processing.

Cray plans to create a new supercomputing platform combining four different types of processing capability in a blade server architecture. The platform will run Linux on Advanced Micro Devices ...

Vector tracking has many advantages over scalar tracking. There are a number of different implementations of vector processing, and this chapter provides a survey of those implementations. Conceptual ...

This letter introduces a dedicated processor architecture, called MEGACORE, which leverages vector technology to enhance tracking performance in visual simultaneous localization and mapping (VSLAM) ...

Based on the 32-bit ARM926EJ architecture, it's designed for battery operation using a reduced-leakage system design. The processor includes Java and IEEE-754 vector floating-point hardware support.

In a world in which multiple sensors are being designed into almost everything, processing of all the data inputs, or sensor fusion, is becoming an New sensor hub DSP is configurable, combines scalar ...

Andes CTO and Executive VP, Charlie Hong-Men Su, will give an overview and update on "Andes RISC-V Processor IP Solutions." Andes Senior Director of Architecture Div., Chuan-Hua Chang, will ...

As density increases and AI & machine learning becomes commonplace, this whitepaper delves into the evolution of vector and scalar processing to meet this demands more quickly and cost-effectively. As ...

What in heck is Apple's macroscalar processor? And why should we care? Apple got a new patent on something called a macroscalar processor this month. You may have seen a write-up on it that quoted ...