Detection of Multi-Class Epileptic Intracranial EEG Signals Based on Advanced Hybrid Time-Frequency and Machine Learning Technique Sani Saminu, Adamu Halilu Jabire, Habib Muhammad Usman, Mohammed Jajere Adamu, Salaudeen Kazeem Olawale, Muhammad kabir Abdulkadir, Hauwa Mohammed Hambali, Guizhi Xu |Pages: 440-469| Continue ReadingDetection of Multi-Class Epileptic Intracranial EEG Signals Based on Advanced Hybrid Time-Frequency and Machine Learning Technique Sani Saminu, Adamu Halilu Jabire, Habib Muhammad Usman, Mohammed Jajere Adamu, Salaudeen Kazeem Olawale, Muhammad kabir Abdulkadir, Hauwa Mohammed Hambali, Guizhi Xu |Pages: 440-469|
Low-Frequency and Low-Power Optimized FPGA Architecture of Adaptive Dual Threshold Filter for Real-Time Electrocardiogram Signal Denoising Bouchra Bendahane, Wissam Jenkal, Mostafa Laaboubi,Boujemaa Nassiri |Pages: 470-490| Continue ReadingLow-Frequency and Low-Power Optimized FPGA Architecture of Adaptive Dual Threshold Filter for Real-Time Electrocardiogram Signal Denoising Bouchra Bendahane, Wissam Jenkal, Mostafa Laaboubi,Boujemaa Nassiri |Pages: 470-490|
Design and Simulation of Compact High Impulse Voltage Marx Generator: Electrical and Physical Aspects Khaled A. Mahafzah, Mohammad Obeidat, Hesham AlSalem |Pages: 491-498| Continue ReadingDesign and Simulation of Compact High Impulse Voltage Marx Generator: Electrical and Physical Aspects Khaled A. Mahafzah, Mohammad Obeidat, Hesham AlSalem |Pages: 491-498|
A Data-Reuse Enhanced NSAF-NLMS Algorithm for Acoustic Echo Cancellation Mohamed Yacine Bensouda, Ahmed Benallal, Mohamed Amine Ramdane |Pages: 499-514| Continue ReadingA Data-Reuse Enhanced NSAF-NLMS Algorithm for Acoustic Echo Cancellation Mohamed Yacine Bensouda, Ahmed Benallal, Mohamed Amine Ramdane |Pages: 499-514|
Anomaly Detection Framework for Smart Grids Using Deep Machine Learning and Extreme Gradient Boosting Algorithms Zeyad A. Al-Odat, Eman Al-Qtiemat, Alaa A-Quteimat, Abdullah Eial Awwad |Pages: 515-528| Continue ReadingAnomaly Detection Framework for Smart Grids Using Deep Machine Learning and Extreme Gradient Boosting Algorithms Zeyad A. Al-Odat, Eman Al-Qtiemat, Alaa A-Quteimat, Abdullah Eial Awwad |Pages: 515-528|
Enhancing Performance of Distance Relay by Reducing Oscillations in Impedance Calculation Utilizing Modified Least-Squares Algorithm Amir Ghorbani | Pages 529-545| Continue ReadingEnhancing Performance of Distance Relay by Reducing Oscillations in Impedance Calculation Utilizing Modified Least-Squares Algorithm Amir Ghorbani | Pages 529-545|
Faulty Section Identification in Medium-Voltage Distribution Networks by Time-Frequency Feature Fusion of Transient Zero-Mode Current Wangqing Mao, Xiuru Wang, Jian Sun, Hangyu Zhao, Rao Fu, Mengmeng Cao| Pages 546-564| Continue ReadingFaulty Section Identification in Medium-Voltage Distribution Networks by Time-Frequency Feature Fusion of Transient Zero-Mode Current Wangqing Mao, Xiuru Wang, Jian Sun, Hangyu Zhao, Rao Fu, Mengmeng Cao| Pages 546-564|
Harmonics Mitigation and Reactive Power Compensation of Variable Speed Drive Using a Multi-Function Converter System with PI Controller Tuned by Horse Herd Optimization Technique Omar H. Abdalla, Mohamed I. El Korfolly, Said Elmasry, Ibrahim Htita| Pages 565-586| Continue ReadingHarmonics Mitigation and Reactive Power Compensation of Variable Speed Drive Using a Multi-Function Converter System with PI Controller Tuned by Horse Herd Optimization Technique Omar H. Abdalla, Mohamed I. El Korfolly, Said Elmasry, Ibrahim Htita| Pages 565-586|
The Effect of Reducing the Temperature of Photovoltaic Frame on its Efficiency: Case study in San Diego, California Zaid Mahmoud Alemoush, Mahmoud Abdel-rahim Irshidat, Walaa Younes Al- Smadi, Ahmed Saed Al- Salaymeh | Pages 587-601| Continue ReadingThe Effect of Reducing the Temperature of Photovoltaic Frame on its Efficiency: Case study in San Diego, California Zaid Mahmoud Alemoush, Mahmoud Abdel-rahim Irshidat, Walaa Younes Al- Smadi, Ahmed Saed Al- Salaymeh | Pages 587-601|
Hybrid Deep Learning Framework with Meta-Learning for Real-Time Collision Prediction in Autonomous Systems Uma Mahesh Babu B, Giri Babu K, T. Krishna B| Pages 602-618 | Continue ReadingHybrid Deep Learning Framework with Meta-Learning for Real-Time Collision Prediction in Autonomous Systems Uma Mahesh Babu B, Giri Babu K, T. Krishna B| Pages 602-618 |
