Classify heartbeat electrocardiogram data using deep learning and signal processing.

Segment human electrocardiogram signals using time-frequency analysis and deep learning.

Use autoencoders to detect abnormal points or segments in time-series data.

Use a long short-term memory autoencoder to detect anomalies in data from an industrial machine.

Use deep learning to decrease the human effort required to label signals.

Use a conditional generative adversarial network to produce synthetic signals.

Classify spoken digits using a deep convolutional neural network and a custom spectrogram layer.

Use differentiable time-frequency transforms to recover a time-domain signal without the need for phase information or transform inversion.

Use a deep learning network to reconstruct electrocardiograms from continuous-wave radar signals.

Use Signal Labeler to label attributes, regions, and points of interest in a set of whale songs.

Use Signal Labeler to locate and label QRS complexes and R peaks of ECG signals.

Use Signal Labeler to label spoken words in an audio signal.

Generate a MEX function and a standalone executable to perform waveform segmentation on a Raspberry Pi^®.

Use a convolutional deep network to learn a pre-emphasis filter for speech recognition.

Remove EOG noise from EEG signals using deep learning regression.

Use an adversarial learning denoiser model to denoise signals.

Classify ultra-wideband impulse radar signal data using a MISO convolutional neural network.

Extract features from smartphone sensor signals and use them to classify human activity.

Classify arm motions using labeled EMG signals and a long short-term memory network.

Use a deep learning network to separate two mixed signal sources.