© 2015 CCAL. Previous studies have shown that during several types of seizures, the heart rate increases strongly towards a maximal patient-specific epileptic heart rate HRep. This ictal peak heart rate is one of the most important features for classifying epileptic heart rate increases. We therefore try to estimate HRep, which is done by using least squares support vector machines. The found estimation had a mean square error of 18bpm, which is an improvement compared to age-based estimators. Adding this information to an online seizure detector led to an increased performance (F1-score: 14.65% to 18.72%) with a decreased detection delay (23.8s to 11.9s).status: publishe
PURPOSE: Adequate epileptic seizure detection may have the potential to minimize seizure-related com...
Purpose: To develop and validate a wearable ultra-low power prototype device for ECG-based epileptic...
Electrocardiography has added value to automatically detect seizures in temporal lobe epilepsy (TLE)...
Automated seizure detection in a home environment has been of increased interest the last couple of ...
SummaryAim of the studyAn explorative study to assess the value of a model for the automatic detecti...
Epilepsy is a neurological disorder that causes changes in the autonomic nervous system. Heart rate ...
AbstractPurposeHeart rate-based seizure detection is a viable complement or alternative to ECoG/EEG....
Heart rate changes were monitored in 10 patients with 104 seizures, mostly tonic and myoclonic, to a...
Objective: Automated seizure detection is a key aspect of wearable seizure warning systems. As a res...
OBJECTIVE: Automated seizure detection in the home environment has attracted increasing interest in ...
© 2014 EURASIP. In this paper, a patient-independent algorithm for online epileptic seizure detectio...
Home monitoring of refractory epilepsy patients has become of more interest the last couple of decad...
Epilepsy is a neurological disorder that causes seizures of many different types. The article presen...
AbstractEpileptic seizures can lead to changes in autonomic function affecting the sympathetic, para...
AbstractPurposeIn order to assess whether focal epileptic seizures can be detected and distinguished...
PURPOSE: Adequate epileptic seizure detection may have the potential to minimize seizure-related com...
Purpose: To develop and validate a wearable ultra-low power prototype device for ECG-based epileptic...
Electrocardiography has added value to automatically detect seizures in temporal lobe epilepsy (TLE)...
Automated seizure detection in a home environment has been of increased interest the last couple of ...
SummaryAim of the studyAn explorative study to assess the value of a model for the automatic detecti...
Epilepsy is a neurological disorder that causes changes in the autonomic nervous system. Heart rate ...
AbstractPurposeHeart rate-based seizure detection is a viable complement or alternative to ECoG/EEG....
Heart rate changes were monitored in 10 patients with 104 seizures, mostly tonic and myoclonic, to a...
Objective: Automated seizure detection is a key aspect of wearable seizure warning systems. As a res...
OBJECTIVE: Automated seizure detection in the home environment has attracted increasing interest in ...
© 2014 EURASIP. In this paper, a patient-independent algorithm for online epileptic seizure detectio...
Home monitoring of refractory epilepsy patients has become of more interest the last couple of decad...
Epilepsy is a neurological disorder that causes seizures of many different types. The article presen...
AbstractEpileptic seizures can lead to changes in autonomic function affecting the sympathetic, para...
AbstractPurposeIn order to assess whether focal epileptic seizures can be detected and distinguished...
PURPOSE: Adequate epileptic seizure detection may have the potential to minimize seizure-related com...
Purpose: To develop and validate a wearable ultra-low power prototype device for ECG-based epileptic...
Electrocardiography has added value to automatically detect seizures in temporal lobe epilepsy (TLE)...