We investigate the statistical properties of the inherent intensity fluctuation in a low-cost and low-complexity self-homodyne coherent system employing an amplified spontaneous emission (ASE) sour
Electrical power plants, petrochemical refineries, and water distribution systems are examples of continuous-variable dynamic systems whose operation is continuously monitored.
Decades of research in software reliability have produced many valuable and exciting results.
The notions of serializability, linearizability and sequential consistency are used in the specification of concurrent systems.
The digital system of the future will face the growing challenge of controlling the system behavior in complex dynamically evolving environments.
The digital system of the future will face the growing challenge of controlling the system behavior in complex dynamically evolving environments.
The idea of end-to-end learning of communication systems through neural network-based autoencoders has the shortcoming that it requires a differentiable channel model.
Model-order reduction techniques of RF and microwave linear and weakly nonlinear time-varying circuits are presented.
The integration of micro-mechanical structures with electronics has increased the demand for new CAD tools to support.
A key quality criteria of a wireless network is network service reliability. In fifth generation (5G) networks, this will have more significance because of strict service performance requirements.
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AI-enhance wireless reliability: joint source and channel coding for robust 6G air interface
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