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The workshop will be concluded by a panel, consisting of all speakers, discussing with attendees the potential way forward. Attendee discussion with the panel, and presentation of questions for the pa...
This presentation will introduce systems combining Wireless Power Transfer (WPT) and communication systems and base stations towards Beyond-5G and 6G. With the expansion of IoT business and digital tr...
This presentation addresses basic questions such as: what is AI/ML. Why are AI/ML tools relevant to the microwave community. How can AI/ML be used in microwave design, and how can it be adopted in mic...
This presentation is giving an overview of latest advances in IBM research on the application of AI algorithms in radar systems.
A recent report by the US Department of Energy defines the area of scientific machine learning as “a core component of artificial intelligence (AI) and a computational technology that can be trained, ...
This presentation will introduce Intel's research on incorporating Large Language Models and other artificial intelligence algorithms to augment human design of future chip architectures.
We introduce the fundamentals of quantum theory as applied to lumped element circuits and simple microwave systems, assuming no prior knowledge of quantum mechanics. Circuit quantum electrodynamics wi...
The design process of superconducting qubit devices relies on classical electromagnetic calculations. The typical parameters used in the design of transmon qubit devices will be reviewed. The required...
To improve quantum information technology performance, there is an increasing need for high-fidelity numerical modeling methods. Here, we discuss progress on efficient, high-fidelity numerical methods...
Quantum computers have the potential to solve complex problems efficiently. However, to unleash their full capability, complex quantum systems have to be manufactured, manipulated, and measured with u...