Aiming to create systems where machines and their virtual counterparts communicate in real time, Carter Corbin and a team of ...

Disrupting the G-loop cycle causes transcriptome dysregulation and genome instability, revealing key role in cell survival and homeostasis.

Control performance of a multivariable closed-loop control system greatly depends on the quality of the process model used in the controller design. Thus, it is highly desirable that the discrepancy ...

Various sensing methods have been developed for food spoilage research, but in practical applications, the accuracy of these methods is frequently constrained by the limitation of single-source data ...

A step-by-step guide on three ways to close the current control loop using the hall sensor feedback signal in totem-pole bridgeless PFCs.

A new AI-driven approach to tokamak plasma control offers an improved route to commercial fusion technology. Next Step Fusion tells Nei about the achievement in real-world fusion delivered from the ...

The mathematics that enable sensor fusion include probabilistic modeling and statistical estimation using Bayesian inference and other techniques.

Explore the concept of fusion in multi-sensor systems and its applications in object recognition, medical diagnosis, and more.

Our subject here is closed-loop control, which relies on continuous feedback to adjust performance dynamically, in real-time while in-motion. Sensors play the key role in such systems, providing ...

As the digital world increasingly relies on accurate, real-time information, the concept of sensor fusion is racing to the fore as a cornerstone of technology executions at the leading-edge. Sensor ...