Faculty

Institution

Unit

Venue

John Glover

Professor of Electrical Engineering

University of Houston

Affiliations

Cullen College of Engineering

Electrical & Computer Engineering

Honors College

Electrical Engineering

John Glover is currently serving as a Cullen College Of Engineering Professor of Electrical Engineering at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Glover

University of Houston

Professor of Electrical Engineering

You can click a keyword to filter the displayed items

neuroscience neurology neuroimaging biomedical engineering epilepsy electrophysiology eeg signal processing signal processing electrical engineering digital signal processing neonatology epileptogenic sharp transients computational neuroscience epileptic seizures automated detection neonatal eeg neurophysiology control systems automatic control knowledge-based systems biomedical technologies statistical signal processing disease detection remote diagnostics adaptive noise cancelling physiological measurements soft computing neuropsychological rehabilitation digital medicine biomedical informatics industrial informatics applied cognitive psychology electronics networked system design active control vehicular technology intensive care noise reduction early detection blood pressure biomedical systems adaptive control neuronal networks software engineering education adaptive filter digital filter real-time multiprocessor system intelligent diagnostics cognitive technologies neurocomputers ofdm system cognitive computing clinical neuroscience industrial electronics remote monitoring control engineering remote operation real-time protocol detection technique radial basis functions knowledge engineering knowledge-based reasoning signal detection false positives context-based automated detection multistage system neonatal electroencephalography neural network rule-based algorithm multichannel signal processor neonatal electroencephalogram quantum neural networks computer engineering laboratory continued development computer engineering digital audio

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Multistage System for the Automated Detection of Epileptic Seizures in Neonatal Electroencephalography. Journal of Clinical Neurophysiology (2009)

Joyeeta MitraJohn R. GloverPeriklis Y. KtonasArun Thitai KumarAmit MukherjeeNicolaos B. KarayiannisJames D. FrostRichard A. HrachovyEli M. Mizrahi

neurologyneonatologyneonatal electroencephalographyneuroscienceepileptic seizuresmultistage systemneurophysiologyepilepsyautomated detection

Detection of Pseudosinusoidal Epileptic Seizure Segments in the Neonatal Eeg by Cascading a Rule-Based Algorithm With a Neural Network. IEEE Transactions on Biomedical Engineering (2006)

N.B. KarayiannisA. MukherjeeJ.R. GloverP.Y. KtonasJ.D. FrostR.A. HrachovyE.M. Mizrahi

neurologyneuronal networksmachine learningneuroimagingneurosciencerule-based algorithmneonatal eegcomputational neuroscienceneural networkeeg signal processingbiomedical engineeringelectrophysiologyepilepsy

An Evaluation of Quantum Neural Networks in the Detection of Epileptic Seizures in the Neonatal Electroencephalogram. Soft Computing (2005)

N.B. KarayiannisA. MukherjeeJ.R. GloverJ.D. FrostJr R.A. HrachovyE.M. Mizrahi

neurologyneuroimagingneurosciencepediatricssoft computingepileptic seizuresneonatal electroencephalogramquantum neural networksepilepsy

An Object-Oriented System for the Detection of Epileptogenic Sharp Transients in the Eeg. (2005)

J.R. GloverB. RamabhadranP.Y. Ktonas

neurologyneuroimagingobject-oriented systemneurosciencecomputational neuroscienceeeg signal processingelectrophysiologyepilepsyepileptogenic sharp transients

Continued Development of a Knowledge-Based System to Detect Epileptogenic Sharp Transients in the Eeg. (2005)

J.R. GloverD.N. VarmazisP.Y. KtonasJ.D. Frost

neurologyneuroimagingneurosciencecontinued developmentknowledge-based systemseeg signal processingelectrophysiologyepilepsyepileptogenic sharp transients

Enhanced Spatio-Temporal Clustering in the Detection of Neonatal Seizures Using Context-Based Rules. (2005)

J. MitraJ.R. GloverP.Y. KtonasJ.D.Jr. FrostR.A. HrachovyE.M. Mizrahi

neurologyneonatologymachine learningneuroimagingcontext-based rulesneuroscienceneonatal seizuressignal processingdetection techniquespatio-temporal clustering

Knowledge-Based Interpretation of Bioelectrical Signals: Examples in Eeg Analysis. (2005)

J.R. GloverB.H. JansenP.Y. KtonasN. RaghavanB. Dawant

eeg analysisneurosciencebioelectrical signalsknowledge-based interpretation

Quantifying and Visualizing Uncertainty in Eeg Data of Neonatal Seizures. (2005)

N.B. KarayiannisA. MukherjeeJ.R. GloverP.Y. KtonasJ.D.Jr. FrostR.A. HrachovyE.M. Mizrahi

neurologyneonatologyneuroimagingeeg dataneuroscienceuncertainty quantificationneonatal seizuresvisualizationelectrophysiologyepilepsy

Rule-Enhanced Clustering in the Detection of Neonatal Seizures. (2005)

J. MitraJ.R. GloverP.Y. KtonasJ.D. FrostR.A. HrachovyE.M. Mizrahi

neurologyneonatologyrule-enhanced clusteringneonatal seizuresdisease detectionepilepsy

Evaluation of Cosine Radial Basis Function Neural Networks in Detection of Artifacts in Neonatal Eeg. (2004)

A. MukherjeeN.B. KarayiannisJ.R. GloverR.A. HrachovyJ.D. FrostE.M. Mizrahi

neonatologyneuroimagingneuroscienceneonatal eegradial basis functionseeg signal processingcognitive neuroscienceelectrophysiology

1
2
3
10 / page

John Glover

Professor of Electrical Engineering

University of Houston

Affiliations

Cullen College of Engineering

Electrical & Computer Engineering

Honors College

Electrical Engineering

John Glover is currently serving as a Cullen College Of Engineering Professor of Electrical Engineering at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Glover

University of Houston

Professor of Electrical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Multistage System for the Automated Detection of Epileptic Seizures in Neonatal Electroencephalography. Journal of Clinical Neurophysiology (2009)

Joyeeta MitraJohn R. GloverPeriklis Y. KtonasArun Thitai KumarAmit MukherjeeNicolaos B. KarayiannisJames D. FrostRichard A. HrachovyEli M. Mizrahi

neurologyneonatologyneonatal electroencephalographyneuroscienceepileptic seizuresmultistage systemneurophysiologyepilepsyautomated detection

Detection of Pseudosinusoidal Epileptic Seizure Segments in the Neonatal Eeg by Cascading a Rule-Based Algorithm With a Neural Network. IEEE Transactions on Biomedical Engineering (2006)

N.B. KarayiannisA. MukherjeeJ.R. GloverP.Y. KtonasJ.D. FrostR.A. HrachovyE.M. Mizrahi

An Evaluation of Quantum Neural Networks in the Detection of Epileptic Seizures in the Neonatal Electroencephalogram. Soft Computing (2005)

N.B. KarayiannisA. MukherjeeJ.R. GloverJ.D. FrostJr R.A. HrachovyE.M. Mizrahi

neurologyneuroimagingneurosciencepediatricssoft computingepileptic seizuresneonatal electroencephalogramquantum neural networksepilepsy

An Object-Oriented System for the Detection of Epileptogenic Sharp Transients in the Eeg. (2005)

J.R. GloverB. RamabhadranP.Y. Ktonas

neurologyneuroimagingobject-oriented systemneurosciencecomputational neuroscienceeeg signal processingelectrophysiologyepilepsyepileptogenic sharp transients

Continued Development of a Knowledge-Based System to Detect Epileptogenic Sharp Transients in the Eeg. (2005)

J.R. GloverD.N. VarmazisP.Y. KtonasJ.D. Frost

neurologyneuroimagingneurosciencecontinued developmentknowledge-based systemseeg signal processingelectrophysiologyepilepsyepileptogenic sharp transients

Enhanced Spatio-Temporal Clustering in the Detection of Neonatal Seizures Using Context-Based Rules. (2005)

J. MitraJ.R. GloverP.Y. KtonasJ.D.Jr. FrostR.A. HrachovyE.M. Mizrahi

neurologyneonatologymachine learningneuroimagingcontext-based rulesneuroscienceneonatal seizuressignal processingdetection techniquespatio-temporal clustering

Knowledge-Based Interpretation of Bioelectrical Signals: Examples in Eeg Analysis. (2005)

J.R. GloverB.H. JansenP.Y. KtonasN. RaghavanB. Dawant

eeg analysisneurosciencebioelectrical signalsknowledge-based interpretation

Quantifying and Visualizing Uncertainty in Eeg Data of Neonatal Seizures. (2005)

N.B. KarayiannisA. MukherjeeJ.R. GloverP.Y. KtonasJ.D.Jr. FrostR.A. HrachovyE.M. Mizrahi

neurologyneonatologyneuroimagingeeg dataneuroscienceuncertainty quantificationneonatal seizuresvisualizationelectrophysiologyepilepsy

Rule-Enhanced Clustering in the Detection of Neonatal Seizures. (2005)

J. MitraJ.R. GloverP.Y. KtonasJ.D. FrostR.A. HrachovyE.M. Mizrahi

neurologyneonatologyrule-enhanced clusteringneonatal seizuresdisease detectionepilepsy

Evaluation of Cosine Radial Basis Function Neural Networks in Detection of Artifacts in Neonatal Eeg. (2004)

A. MukherjeeN.B. KarayiannisJ.R. GloverR.A. HrachovyJ.D. FrostE.M. Mizrahi

neonatologyneuroimagingneuroscienceneonatal eegradial basis functionseeg signal processingcognitive neuroscienceelectrophysiology

1
2
3
10 / page

Similar Faculty Members

Iyad Obeid

Institution

Temple University

neuroscience

electrophysiology

Wentai Liu

Institution

University of California, Los Angeles

neural interface

neurorehabilitation

Mercedes Cabrerizo

Institution

Florida International University

biomedical imaging

brain mapping

Bashir I. Morshed

Institution

University of Memphis

industrial informatics

sensor suite

Rashid Ansari

Institution

University of Illinois Chicago

video coding format

wavelet

Ravi Sankar

Institution

University of South Florida

biocybernetics

signal processing

Soumyadipta Acharya

Institution

Johns Hopkins University

neuroscience

biomedical engineering

Pulkit Grover

Institution

Carnegie Mellon University

biosystems

digital image processing

Armando Barreto

Institution

Florida International University

industrial informatics

computer engineering

Similar Faculty Members

Iyad Obeid

Institution

Temple University

neuroscience

electrophysiology

Wentai Liu

Institution

University of California, Los Angeles

neural interface

neurorehabilitation

Mercedes Cabrerizo

Institution

Florida International University

biomedical imaging

brain mapping

Bashir I. Morshed

Institution

University of Memphis

industrial informatics

sensor suite

Rashid Ansari

Institution

University of Illinois Chicago

video coding format

wavelet

Ravi Sankar

Institution

University of South Florida

biocybernetics

signal processing

Soumyadipta Acharya

Institution

Johns Hopkins University

neuroscience

biomedical engineering

Pulkit Grover

Institution

Carnegie Mellon University

biosystems

digital image processing

Armando Barreto

Institution

Florida International University

industrial informatics

computer engineering