WSK-2: Multi-Layer Spatial Processing: Breaking the Complexity-Capacity Barrier in Multi-Beam Arrays
Next-generation wireless networks require scalable and energy-efficient spatial processing to break past the complexity-capacity barrier of conventional hybrid beamforming. This talk introduces a mult...
WSK-3: Achieving More with Less: Time-Modulated Multi-Beam Arrays for MIMO Communication and Sensing
Multi-beam MIMO systems can deliver higher capacity for the communication network or support multi-target tracking in situation-aware radars. However, conventional analog or hybrid beamforming array a...
MIMO and beamforming technologies are fundamental in current OFDM based 5G and coming 6G systems. When going to higher frequencies, the increased pathloss in the channel needs to be compensated with a...
There are many advantages to scaling antenna and beam count in multi-beam phased arrays, but there is also much debate on how best to do so efficiently. An especially important decision is where to pl...
Given the large bandwidths, mm-wave (30–300GHz) radio links can provide high capacity over short distances; arrays are needed for steering of the highly-directional beam and for spatial multiplexing i...
Modular tiled architectures can simplify RF packaging in large-scale antenna arrays and also offer practical advantages for digital signal processing (DSP) in Multi-User MIMO (MU-MIMO) systems. By app...
Reconfigurable surfaces have drawn significant interest in recent times as a new paradigm for the implementation of integrated arrays at high mm-wave frequencies. Building upon decades of work on tran...
Quantum computers are fundamentally different from conventional computers. They promise to address problems that are practically prohibitive and even impossible to solve using today’s supercomputers. ...
We will explore the construction and operation of superconducting quantum computers from the perspective of microwave engineering. We will describe the properties of photons and qubits, focusing on mi...
In this talk I will give an Industry perspective on fault-tolerant quantum computing development by reviewing Google’s approach to building a useful quantum computer. I will discuss our roadmap to a f...