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Linear time-variant circuits combine linearity with digital programmability, allowing for different functionalities discussed in this workshop. In this contribution the focus will be on the operation ...
This talk will include an overview of the recent development of using non-uniform sampling (NUS) to enable new capabilities for RF transceivers, such as a non-uniform subsampling (NUSS) front-end, and...
Contrary to popular belief, sampling aliases are not terrible things to be avoided at all costs. They can, in fact, be cleverly exploited to provide sharp linear filtering. This talk will introduce th...
Breaking through the fundamental constraints that govern all electromagnetic structures, like reciprocity and the delay-bandwidth-size limit, has the potential to revolutionize all electromagnetic cir...
Analog beamforming has been widely used to overcome excessive path loss in mm-wave 5G. The single-beam system limits the beam-pairing capability and allocated transmission time when multiple users are...
Moderated by the workshop organizers, attendees will be asked to contribute challenges and motivations for microwave design automation that have motivated them to attend this workshop.
Traditional RF/microwave design techniques often require multiple, back-and-forth, iterative simulations and manual optimizations. For example, power amplifier design often relies on bias sweep, power...
There are only a handful of algorithms that drive today’s excitement in AI. The variations are many. I will go over these basic algorithms and give an explanation of what each does. There will undoubt...
Most high-frequency Electronic Design Automation (EDA) tools consist of two main components: an element which describes a circuit or physical structure, for example a netlist, and an element that solv...