PhD Signal Processing (University of Nice Sophia Antipolis, France)
MSc Electronics and Telecommunications (University of Technology, Baghdad)
BSc Electrical Engineering (University of Salahaddin, Kurdistan)
Wrya M. Ali Monnet
I have a one year of postdoctoral research experience and ten years of working experience in technological companies in France; 6 years of which as an R&D Engineer in audio signal processing and home automation systems, then 4 years in real time embedded systems development for avionic navigation systems. I obtained a DEA from INP-ENSEEIHT, Toulouse, France followed by a PhD in signal processing from university of Nice Sophia Antipolis in France. Before, going to France I obtained my MSc in Electronics and Telecommunications from University of Technology in Baghdad. Then I worked as assistant lecturer in the College of Engineering, Electrical Engineering Department in the University of Salahaddin in Erbil from 1992 until 1995.
I joined the University of Kurdistan-Hewler in September 2012 to teach computer engineering related subjects.
I'm interested in applied researches in Embedded Systems used in industry, signal processing in different areas: biomedical, Audio, Telecommunications, Navigation systems and connected information systems and the fusion of their data.
Chair of Computer Sciences and Engineering department 2014-2016
Research & Development Engineer
Embedded Software Development Engineer
Lecturer in UKH (2012 - present)
Embedded System Software Development Engineer (2008-2012)
Research and development Engineer in Audio System Signal Processing (2003-2008)
Researcher on UMTS Mobile Localisation (2001-2002)
Assistant Lecturer in the university of Salahaddin (1992-1995)
Jibrail W., Ali Muhammad W. « Performance Comparison of PN-codes for the acquisition of DS spread spectrum signals », International Journal of Electronics, vol. 75, Iss :4, October 1993.
Farina D., Muhammad W., Fortunato E., Meste O., Merletti R. and Rix H., “Estimation of single motor unit conduction velocity from the surface EMG signal detected with linear electrode arrays”, Medical & Biological Eng. and Computing, 2001, Vol. 39, pp. 225-236.
W. Muhammad, O. Meste and H. Rix,” Comparison of Single and Multiple Time Delay Estimators : Application to Muscle Fiber Conduction Velocity Estimation” EURASIP Signal Processing, 2002, Vol. 82, N°6, pp. 925-940.
Wrya Muhammad , Olivier Meste, HervéRix and Dario Farina, “A Pseudo Joint Estimation of Time delay and Scale Factor for M-Wave analysis”, IEEE transactions on Biomedical Engineering,Vol 50, No. 4, April, 2003.
MESTE O., MUHAMMAD W., RIX H.« Estimation of Scale Factors in presence of Multiple Signals: Application to SEMG analysis ». Methods of Information in Medicine, Special Issue on Biosignal Interpretation III, 2000, Vol. 39, N°2, pp. 138-141.
RIX H., MESTE O., MUHAMMAD W.« Averaging Signals with Random Time Shift and Time Scale Fluctuations », Methods of Information in Medicine 2004, Vol. 43, pp.13-16.
Using Solar Thermal Collectors for Plastic Recycling in Additive Manufacturing, UKHJSE 2, (1), pp 43-47
W. Muhammad, O. Meste, F. Raybaud, H. Rix, ‘Detection of shape variation in noisy signals : application to P waves coming from HRECG records’ Proceedings of the 3rd International Workshop on Biosignal Interpretation, June 12-14, 1999, Chicago, USA.
H. Rix, W. Muhammad, F. Raybaud and O. Meste” Classification of signal shapes by two methods: application to Electrocardiography” World Congress on Medical Physics and Biomedical Engineering, Juillet 23-28 2000 à Chicago, USA.
W. Muhammad, O. Meste, H. Rix and D. Farina,” A novel approach for joint estimation of time delay and scale factor with applications to the M-wave analysis”Proc. of the 23rd Annual Intenational Conference of the IEEE Engineering in Medicine and Biology Society, Istanbul, 2001.
W. Muhammad, O. Meste, H. Rix, D. Farina,”A novel approach for joint estimation of time delay and scale factor with applications to the M-wave analysis”, Proc. of the 23rd Annual Intenational Conference of the IEEE Engineering in Medicine and Biology Society, Istanbul, 2001.
MESTE O., MUHAMMAD W., RIX H., FARINA D.« On the Estimation of Muscle Fiber Conduction Velocity using a Co-Linear Electrodes Array ». 23rd Annual International Conference IEE EMBS, Istanbul, Turkey, 2001, CD-ROM.
H. Rix, O. Meste, W. Muhammad, ”AVERAGING SIGNALS WITH RANDOM TIME SHIFT AND TIME SCALE FLUCTUATIONS”, submitted to World Congress on Medical Physics and Biomedical Engineering, 2002, Italy.
W. Muhammad, E. Grosicki, K. Abed-Meraim, J. P. Delmas, F. Debouvries, “Uplink Versus Downlink Wireless Mobile Positioning in UMTS Cellular Radio Systems”, soumis à EUSIPCO 2002, Septembre, Toulouse, France.
W. Muhammad, O. Meste, H. Rix et A. Liebert, « Modélisation du test d’occlusion en Doppler-Laser » communication in the 10th forum des jeunes chercheurs, Tours 13-14 Juin 2000.
M. Wrya, E. Mandridake, «Compression du signal ECG par quantification vectorielle des coefficients d’ondelette » Colloque de Recherche Doctoral AGIS’97 Décembre 1997 à Angers.
W. Muhammad, O. Meste, H. Rix, « Estimation of conduction velocity from surface EMG signals with and without constraints» communication in the 3rd workshop of SENIAM, Vals, Pays-Bas.
W. Muhammad, H. Rix, D. Farina and E. Fortunato,”Estimation of Conduction Velocity Distribution Using SEMG Array With Selected MUAPS According to Shape Scale Criterion” proceedings of the project SENIAM, N° 7, Roessingh Research and Development, 1999.
Research report on the project MOBILOC “Localisation des mobiles dans un système celullaire : cas du systèmes UMTS”, ENST Paris Mars 2002.
Sazan Ali Kamal, “Relay Based Method for System Identification and Speed Control of DC Motor” 2016
Hangaw Qader Omar, “Smart Patient Management, Monitoring and Tracking System Using Radio-Frequency Identification (RFID) Technology” 2016
Hazha Saeed Yahia, “Performance Analysis of Real-Time Wireless Body Sensor Networks Using 802.15.4 and ZigBee Standards Under Maximum Payload Conditions” 2016
BSc final year Projects:
Many dissertations in the fields of Embedded Systems, IoT, 3D printing and Electromagnetics.
IoT, Wireless Sensor Networks, Robotics and 3D printers, Embedded Systems, Real Time Embedded Systems.
Electromagnetic wave propagation
Electronic circuit analog and digital
Digital Signal Processing
Advanced Computer Architecture
Real Time Embedded Systems
Industrial Computer Applications (PLC)