Royida A. lbrahem Alhayal

Royida A. Ibrahem Alhayali, got a bachelor's degree in computer engineering and software engineering from the College of engineering / University of Diyala, Iraq in 2007 and got a master 's degree in Computer Engineering from Bulgord State Technical University, Russia in 2014. Worked in the computer department in 2008 until 2011 and currently teaching as Assistant Lecture at the Faculty of Engineering / Diyala University from 2014 till now. Field research interests have concentrated in the (networks and digital image processing, encryption, security information, microprocessors and operating systems). It has several international certificates in the field of human development, including strategic planning Profile (SPP) and the Diploma linguistic modeling neurological (NLP) , (MBTI) and multiple intelligences.

Weekly Schedule for Digital Image Processing

Day	Subject	Stage	Time
Thursday	Digital Image Processing	Forth /morning study	10:30- 2:30
Thursday	Digital Image Processing	Forth / evening study	2:00 – 5:00
Tuesday	Computer Control Lab	Forth / evening study	4:00 – 6:00
Thursday	Programming Lab	First /morning study	8:30 – 10:30

lecture:

4th Stage		Subject
	Lecture 1	Introduction to Digital Image Processing
	Lecture 2	Digital Image Fundamentals
	Lecture 3	Intensity Transformation and spatial filters
	Lecture 4	Filtering in frequency domain
	Lecture 5	Image Restoration & Reconstruction
	Lecture 6	Color Image Processing
	Lecture 7	Wavelets and Multiresolution processing
	Lecture 8	Image Compression
	Lecture 9	Image Segmentation
	Lecture 10	Morphological Image processing

Qnuestios:

SOLUTIONS	SUBJECT
Sol- 1	Question no.1
Sol- 2	Question no.2
Sol- 3	Question no.3
Sol- 4	Question no.4

Homework:

Explain and draw filtering process in frequency domain.
Consider the following 4×4 image, apply the following filter on the shaded pixel.

a- Weighted average filter b- Min filter. c- Median filter

What's the difference between Fourier Transform and Cosine Transform? Write program or algorithm to convert image (NxN) using Cosine Transform.
Apply Histogram Equalization for 3 bit/pixel image with following histogram:

Gray-level value	0	1	2	3	4	5	6	7
No. of pixel histogram value	18	10	2	14	9	5	2	7

Useful Links:

publications:

АВТОМАТИЗАЦИЯ ДОМАШНЕГО ХОЗЯЙСТВА, материалы Международной научно-практической конференции – краснодар, 2013.

БЕСПРОВОДНОЕ УПРАВЛЕНИЕ АВТОМОБИЛЕМ, материалы Международной научно-практической конференции – краснодар, 2013.

ЭЛЕКТРОННАЯ РУЧКА – SMART PEN ЦИФРОВОЙ, материалы Международной научно-практической конференции – краснодар, 2013.

СУЩНОСТЬ, РАЗВИТИЕ И ОСОБЕННОСТИ ЭЛЕКТРОННОЙ КОММЕРЦИИ, материалы Международной научно-практической конференции – краснодар, 2013.

A Study of Some Methods for the Approximate Calculation of Definite Integrals Using Computers, Eastern European Scientific Journal, 2014 (www.auris-verlag.de)

MULTIMEDIA CRYPTOGRAPHY BASED ON LIU AND CHEN SYSTEMS , Diyala Journal of Engineering Science, December 2016

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