Optimization-based Enhancement of THz Data and Image
Express inverse problems as mathematical optimization problems to solve by physical models and optimizers.
Express inverse problems as mathematical optimization problems to solve by physical models and optimizers.
Combine the deep optimization prior approach to the modern 2D blind deblurring method FMCW THz.
Deep Optimization Prior approach allows to find better local optima in the non-convex energy landscape.
An unsupervised model-based autoencoder in which the encoder network predicts suitable parameters and the decoder is fixed to a physical model.
A novel method to enhance Frequency Modulated Continuous Wave (FMCW) THz imaging resolution beyond its diffraction limit.
An overview of recent signal processing developments for the enhancement of the analytic performance of THz imaging and sensing systems.