Well-trained human experts can undoubtedly find the differences between whiskies, but it is still not an easy job for most consumers. For whisky authentication to become a feasible option for consumers, a rapid and simple on-site authenticity assessment solution, or an electronic nose (e-nose), has been developed. This talk will introduce a new e-nose prototype (NOS.E) developed by the NOS.E team to identify differences between whiskies.
Electric Utilities have devised many different means to provide fast and reliable fault isolation on transmission lines over the last several decades. End-to-end communications have played an important role in this pursuit. With communications-assisted relaying schemes, line faults can be isolated much quicker, reducing risks to grid stability as well as damage caused by the fault.
earn how Amatrol is designing training systems to teach tomorrow’s technologies for automation, robotics, mechatronics and Industry 4.0. In-person IEEE meeting to follow Amatrol presentation and tour.
very day. They are no longer just a part of simple portable devices and toys. They are something bigger. The Crane Battery Innovation Center is exploring applications for batteries that are non-traditional and breakthrough technology evolutions.
ecurity Engineer Specialist for Waystar Inc. He specializes in Incident Response, Log Review, Malware Research, and remediation. He has a Bachelors of Science in Business Informatics. He is a IUS Computer Security Group Co-Founder, and four-time Collegiate Cyber Defense Competition competitor as well as four-time CCDC Room Judge.
and Engineering) is investigated using machine learning and biometrics to measure the emotional and behavioral states of students in the classroom. The approach collects multi-dimensional biometrics via camera and wristband monitors of facial expressions, eye gaze, hand/head/body movement, and heart rate. From these data, a software model is trained to classify student engagement.
Power Electronics are an enabling technology for a wide range of commercial and industrial applications. Grid connected inverters are a central component of renewable energy sources (Photovoltaic Solar (PV-solar), wind), battery storage systems, as well as micro-grids. To optimally integrate these renewable resources, it is necessary to rethink the electric power grid itself by adjusting the centralized generation model and progressively transitioning to a distributed generation (DG) based power grid architecture through power electronic inverters and their control.
renewable energy, coupled with the need for cleaner sources of energy and environmental protection policies have led to the growing penetration of inverter-based resources, such as solar photovoltaics (PV), wind, and Battery Energy Storage Systems (BESS) into the electric power system.
The intermittent nature of these resources poses multiple challenges to the power grid.