The encryption hardware that protects classified data flowing across U.S. military satellite constellations is the throughput bottleneck that every new orbital link exposes more visibly — and on ...

Automation streamlines complex component alignment, helping silicon photonics scale for high-volume production.

repetition rates greater than those achieved with standard sonar. Dynamically focused technology is a way to achieve higher resolution imagery at longer ranges when compared to conventional side scan ...

Building a utility-scale quantum computer that can crack one of the most vital cryptosystems—elliptic curves—doesn’t require nearly the resources anticipated just a year or two ago, two independently ...

Abstract: The sparse array could reduce the cost of physical antennas. However, implementing wideband beamforming directly based on the covariance matrix of the received signals from the sparse array ...

Well, back in 1987, two programmers at General Electric did — and they ended up inventing the Marching Cubes algorithm. It’s the reason doctors can turn medical scans into 3D models that literally ...

ABSTRACT: Ahead of the Internet of Things and the emergence of big data, the interest of research is today focused on radio access and the process of optimizing it or increasing its capacity and ...

Explore four antenna calibration stories from phased-array algorithms to mmWave breakthroughs to OTA testing that are sure to delight you. Antenna calibration, according to our friends at A.H. Systems ...

Abstract: In this study, we present a novel relaxed-intensified exploration algorithm (RIEA) to synthesize large-aperture sensor arrays producing good array sparsity and optimal weight vector of the ...

ABSTRACT: The development of new technologies in smart cities is often hailed as it becomes a necessity to solve many problems like energy consumption and transportation. Wireless networks are part of ...