The design and measurement of quantum systems demands higher RFMW performance, in particular from amplifier technology and the readout chain. Here we cover fundamental RFMW topics such as scattering p...
This section covers CW signal characteristics, including phase noise, VCO, VCO+PLL and synthesis techniques. The section covers analog amplitude, phase, frequency and pulsed modulation, composite mod...
We can safely say that a modern RF system is the one that includes bits to antenna in the case of a Tx and antenna to bits in the case of a Rx. There is one more change to the definition is happening,...
S-parameter files, while useful, ubiquitous, and very portable, only represent the way a specific device behaves in the test fixture environment and test conditions used for the characterization. S-pa...
This session will cover a multi-channel Tx/Rx RFMW Communications System design and how RFMW and digital domains are merging to allow advanced design and characterization techniques. We will follow t...
ISAC (and other variations of this acronym) has generated quite some interest in the past years, especially in the wake of next-generation cellular technologies (6G) and introduction of brand-new ones...
As communication moves to new frontiers such as massive MIMO and mm-waves, there is increasing interest in leveraging existing communication infrastructure for sensing. Traditional radar and sensing a...
Unlike single-node ISAC, which is limited in robustness and environmental awareness, Distributed ISAC (DISAC) networks exploit multi-node coordination — across base stations and user devices — to join...
This talk will delve into the pivotal role of antenna arrays in integrated sensing and communication (ISAC) for 5G and 6G systems. The antenna design greatly influences both sensing and communication ...
Integrated Communication And Sensing (ISAC) applications have become a key focus in the next-generation wireless evolution. Concurrent multi-beam MIMO systems are emerging as indispensable technologie...