Once a signal is digitized, new sources of error emerge—timing, precision, scaling, bit depth and compression. Network latency, jitter and misaligned time stamps ...

Bioengineers at Rice University have developed a nonsurgical method to control seizure-related brain activity using sound waves and gene therapy. The approach, tested in animal models, targets only ...

Proper signal filtering at the source minimizes aliasing errors and improves the accuracy of digital data used for control and analytics. Teaching filtering concepts through visual simulations and ...

Abstract: Comprehensive defect simulation in the integrated circuit design stage is the basic guarantee to improve testability, which is also the basic requirement of current automotive-grade chip ...

UC Santa Barbara professor James B. Rawlings has been named the 2025 recipient of the Richard E. Bellman Control Heritage Award, the nation’s top recognition for career contributions to automatic ...

For ages, Ethernet has been the backbone of networking — starting from simple web browsing to cloud computing, data centers, automobiles, and more. Ethernet has enabled countless innovations, and now, ...

Perhaps LEGO's most infamous failure, Galidor was launched during a financial crisis as LEGO desperately tried to compete with other toymakers. This action figure line barely resembled traditional ...

This study investigates the electrical property modulation of single-walled carbon nanotubes through the engineering of necking topological defects induced by plastic deformation. Combining molecular ...

Today’s connected HVAC systems rely on precise data exchange to drive performance, efficiency, and user comfort. From smart thermostats to predictive diagnostics and automation platforms, maintaining ...

Abstract: This tutorial paper discusses an efficient approach that can be adopted to analyze complex analog circuits. The approach is specifically designed to show the graphical interdependencies ...