Staff Portal
Mohammed Ali Hussein AlMahamdy (Lecturer)

PhD in Communication Engineering

Electrical - Engineering
mohammed.almahamdy@uoanbar.edu.iq


Biography

Born in Fallujah on 1978

Since 2006, I have been a faculty member at the department of Electrical Engineering in AlAnbar University (Iraq).

Granted Degrees:
2017: Ph.D. from Department of Electrical Engineering and Computer Science | College of Engineering | Ohio University | Athens OH, USA.
2003 M.Sc. from Department of Electronic and Communication Engineering | College of Engineering | AlNahrain University | Baghdad, Iraq.
2000 B.Sc. from Department of Electronic and Electrical Engineering | University of Technology | Baghdad, Iraq.

The research interests:
Communication Engineering; Error Correcting Codes; Turbo Codes;

Publication

Mohammed AlMahamdy; Naser Al-Falahy; “Combining serial and parallel decoding for turbo codes”; Indonesian Journal of Electrical Engineering and Computer Science; Vol. 24, No. 2, November 2021, pp. 896∼903; ISSN: 2502-4752, DOI: 10.11591/ijeecs.v24.i2.pp896-903 

Naser Al-Falahy; Mohammed AlMahamdy; Ali M Mahmood; “Performance Analysis of Millimeter Wave 5G Networks for Outdoor Environment: Propagation Perspectives”; presented at the CCIT in the University of Anbar 2019

Mohammed AlMahamdy; “New Methods to Reduce Turbo Decoding Latency and the Complexity of Bit Insertion Techniques”; PhD Dissertation; Ohio University; 2017

Mohammed AlMahamdy; Jeffrey Dill; “Half-iteration early termination of turbo decoding”; IEEE 7th Annual Computing and Communication Workshop and Conference; Las Vegas, Nevada USA; 2017

Mohammed AlMahamdy; Jeffrey Dill; “Early termination of turbo decoding by identification of undecodable blocks”; IEEE Wireless Communications and Networking Conference (WCNC); San Francisco, California USA; 2017

Mohammed AlMahamdy; H. Bryan Riley; “Performance study of different denoising methods for ECG signals”, Procedia Computer Science 37, 325-332; Halifax, Nova Scotia, Canada 2014

Mohammed AlMahamdy; “Performance study of IEEE 802.11a WLAN Physical Layer under Nakagami-Rice Fading Channel”, 1st IT Conference, University of Technology, Baghdad, Iraq. 2009

Salih M. Salih; Mohammed A. Hussein; Abdul-Salam M. Abboud; Ahmed Abdul-Lateef Abbas; “Performance Improvement of OFDM by 2-Dimensional Wavelet Transform in Flat Fading Channel”; 4th International ICST Mobile Multimedia Communications Conference; Oulu, Finland; 2008

Lectures


No. Subjects Lectures Stage File Video
1 Fundamentals of Analog Communications And Noise INTRODUCTIONTO COMMUNICATION SYSTEMS Third
2 Fundamentals of Analog Communications And Noise POWER LEVELS OF SIGNALS AND DECIBELS Third
3 Fundamentals of Analog Communications And Noise SIGNALS&SPECTRA Third
4 Fundamentals of Analog Communications And Noise ANALOG MODULATION Third
5 Fundamentals of Analog Communications And Noise DSB-SC(Double Side Band –Suppressed Carrier) Third
6 Fundamentals of Analog Communications And Noise SSB (Single Side Band) Third
7 Fundamentals of Analog Communications And Noise FREQUENCYDIVISION MULTIPLEXING (FDM) Third
8 Fundamentals of Analog Communications And Noise Exam Third
9 Fundamentals of Analog Communications And Noise FREQUENCY MODULATION Third
10 Fundamentals of Analog Communications And Noise Bandwidth of an FM Signal Third
11 Fundamentals of Analog Communications And Noise Generation of WBFM Third
12 Fundamentals of Analog Communications And Noise Introduction Third
13 Fundamentals of Analog Communications And Noise AMPLIFIER NOISE Third
14 Fundamentals of Analog Communications And Noise Noise in Multi-Stage Systems Third
15 Fundamentals of Analog Communications And Noise NOISE IN FMSYSTEMS Third
16 Fundamentals of Digital Communications Fundamentals ofDigital Communications Third
17 Fundamentals of Digital Communications Reconstruction Third
18 Fundamentals of Digital Communications PULSE MODULATION Third
19 Fundamentals of Digital Communications PULSE CODE MODULATION(PCM) Third
20 Fundamentals of Digital Communications Signalto Quantization Noise Ratio First
21 Fundamentals of Digital Communications PCMQUALITY VERSUS REQUIRED RATE Third
22 Fundamentals of Digital Communications CHANNEL CAPACITY Third
23 Fundamentals of Digital Communications Exam Third
24 Fundamentals of Digital Communications BINARY DIGITAL MODULATION Third
25 Fundamentals of Digital Communications BINARY FREQUENCY SHIFT KEYING (BFSK) Third
26 Fundamentals of Digital Communications BINARY PHASE SHIFT KEYING (BPSK) Third
27 Fundamentals of Digital Communications COMPARISON OF BINARY KEYING TECHNIQUES Third
28 Fundamentals of Digital Communications MODULATION TECHNIQUES WITH INCREASED SPECTRAL EFFI Third
29 Fundamentals of Digital Communications Probability of Error in MPSK Third
30 Fundamentals of Digital Communications Hybrid Amplitude/Phase Modulation (QAM) Third
31 Probability & Statistics for Engineers & Scientists Introduction Third
32 Probability & Statistics for Engineers & Scientists Probability Third
33 Probability & Statistics for Engineers & Scientists Counting Sample Points Third
34 Probability & Statistics for Engineers & Scientists Probability of an Even Third
35 Probability & Statistics for Engineers & Scientists Conditional Probabilit Third
36 Probability & Statistics for Engineers & Scientists Concept of a Random Variable Third
37 Probability & Statistics for Engineers & Scientists Joint Probability Distributions Third
38 Probability & Statistics for Engineers & Scientists Exam Third
39 Probability & Statistics for Engineers & Scientists Mathematical Expectation Third
40 Probability & Statistics for Engineers & Scientists Examples Third
41 Probability & Statistics for Engineers & Scientists Some Discrete ProbabilityDistributions Third
42 Probability & Statistics for Engineers & Scientists Some Continuous ProbabilityDistributions Third
43 Probability & Statistics for Engineers & Scientists Random Sampling Third
44 Probability & Statistics for Engineers & Scientists Statistical Hypotheses: General Concepts Third
45 Probability & Statistics for Engineers & Scientists Single Sample: Tests Concerning a Single Mean Third
46 Engineering Numerical Methods Approximations and Round-Off Errors Third
47 Engineering Numerical Methods ERROR DEFINITIONS Third
48 Engineering Numerical Methods Bracketing Methods Third
49 Engineering Numerical Methods Open Methods Third
50 Engineering Numerical Methods THE NEWTON-RAPHSON METHOD Third
51 Engineering Numerical Methods THE SECANT METHOD Third
52 Engineering Numerical Methods Gauss Elimination Third
53 Engineering Numerical Methods Exam Third
54 Engineering Numerical Methods LU Decomposition Third
55 Engineering Numerical Methods Least-Squares Regression Third
56 Engineering Numerical Methods POLYNOMIAL REGRESSION Third
57 Engineering Numerical Methods Numerical Differentiation Third
58 Engineering Numerical Methods Interpolation Third
59 Engineering Numerical Methods Numerical Integration Third
60 Engineering Numerical Methods Runge-Kutta Methods Third
61 Digital Communications LAB VI SAMPLING (USING MATLAB) Fourth
62 Digital Communications LAB VI SAMPLING (USING MULTISIM) Fourth
63 Digital Communications LAB VI SAMPLE-AND-HOLD (USING MULTISIM) Fourth
64 Digital Communications LAB VI ANALOG TO DIGITAL CONVERTER Fourth
65 Digital Communications LAB VI Digital to Analog Converters Fourth
66 Digital Communications LAB VI ANALOG TO DIGITAL CONVERTER USING MULTISIM Fourth
67 Digital Communications LAB VI PWM MODULATION Fourth
68 Digital Communications LAB VI PWM MODULATION USING MULTISIM Fourth
69 Digital Communications LAB VI ASK Fourth
70 Digital Communications LAB VI ASK USING MULTISIM Fourth
71 Digital Communications LAB VI FSK MODULATORS Fourth
72 Digital Communications LAB VI FSK USING MULTISIM Fourth
73 Digital Communications LAB VI PSK USING MULTISIM Fourth
74 Statistic References Third
75 Numerical Analysis References Third

Other

Attended/Participated in the Conferences:

CCIT in the University of Anbar 2019

IEEE 7th Annual Computing and Communication Workshop and Conference; Las Vegas, Nevada USA; 2017

IEEE Wireless Communications and Networking Conference (WCNC); San Francisco, California USA; 2017

The 4th International Conference on Current and Future Trends of Information and Communication Technologies in Healthcare (ICTH-2014); Halifax, Nova Scotia, Canada 2014.

1st IT Conference, University of Technology, Baghdad, Iraq. 2009