The use of silicon photonics has now enabled the creation of 60-GHz microwave waveforms with programmable amplitude, frequency and phase. Microwave waveforms with a large time–bandwidth product (TBWP) ...

The United States men’s national team’s 2-0 World Cup victory over Australia took place inside Seattle’s Lumen Field, a place where fans are known to get raucous. True to form, Seattle brought some of ...

The new 2026 Apple Studio Display is here, boasting minor upgrades over the previous generation that leave existing owners with little reason to upgrade. 2022 Studio Display vs 2026 Studio Display: ...

Have an old Apple display that still works? Even with the latest Thunderbolt 5-equipped M4 Pro Macs, you can still plug it in—with the right connectors—and put it to use. You might find the resolution ...

To get the best out of your computing device, you need to install drivers that provide a high-quality picture and powerful graphics performance. The Microsoft Display Adapter driver for Windows is one ...

Make the most of your work, games, or movies with the right monitor. Here's how to shop for a new display, plus the best productivity and gaming panels we've tested, backed by hundreds of deep-dive ...

Whether you're a traveling exec, a graphic designer, or a gamer, a portable second monitor can add an extra dimension to your work or play. We've tested most of the major models and have ...

If you want to turn off the monitor on Windows 11/10, you can do so using a desktop shortcut. You can use it in a single-monitor or dual-monitor setup. You can create a shortcut and then set the ...

This repository contains the implementation of a novel deep unfolding-based approach for designing constant-modulus waveforms suitable for multiuser, multiple-input multiple-output (MIMO) JCAS systems ...

Abstract: Integrated sensing and communication (ISAC) is a key enabling technique for future wireless networks owing to its efficient hardware and spectrum utilization. In this paper, we focus on dual ...

Abstract: Seismic full waveform inversion (FWI) is a powerful technique for generating high-resolution images of the subsurface, leveraging the rich information content in recorded seismic waveforms.