Education
Mar, 2021
Lecturer

Information Technology

Duhok Polytechnic University

Feb, 2015
ASSISTANT LECTURER

Information Technology

Duhok Polytechnic University

Jul, 2013
MSC

Computer since and Engineering

University of Zakho

Apr, 2006
BSC

Computer Engineering Techniques

Northern Technical University

Title
Apr, 2022
Lecturer
Interest
football, sports, Gaming ,:

I love playing football, I also love watching World Cup matches and world championships, and I love sports in general Sometimes I like to play electronic games

Publication Journal
Jan, 2021
Nitro-Power Approach for MANET to Sustain the Strength of Signal and Energy Efficiency

Journal of Green Engineering (JGE)

Adhoc Network Environment represents it’s one of a kind difficulties to the current Transaction models which are neglect to tackle. The principle difficulties of the portable registering condition are its heterogeneous condition, low data transfer capacity and force assets. The exchange must have the option to deal with visit detachment since portable client could go to anyplace. This paper focused on a nitro-power plan for Mobile Ad-hoc Network.System geography is profoundly powerful in portable condition and no limitation is relevant to the hubs, in the event that any hub is playing out some significant exchange, it leaves the hub then execution corrupt suddenly. There is no system and work is accessible to control the presentation in this basic circumstance. Our methodology can endeavour in this circumstance, and to use most extreme proficiency and assets of proficient hub. Less work has been focused in this area.

Dec, 2020
All-Optical Networks Performance Improvement by Solving the RWA Problem Using Genetic Algorithm

University of Duhok, Vol.32, No.2

The problem of significant importance in the design of all-optical networks is the Routing and Wavelength Assignment (RWA) problem that depends on the light path route and wavelength using different algorithms. The main aim of (RWA) is to maximize the number of established connections. The significant indication by applying the RWA is to diminish the resources of the network demanded to serve the same number of requests. Consequently, the total number of requests served by the same resources will be increased. The main aim of this research is to manage the RWA algorithm by inspecting the performance of each algorithm in static (Fixed Routing Algorithm and Fixed Alternate Routing Algorithm) and dynamic routing algorithms in an optical network. With this work, the comparison between various RWA algorithms is performed using sorted shortest path algorithm and non-sorted random algorithm. Extra investigation and comparison can be achieved via the hiring Genetic algorithm (GA) as a tool to enhance optical network performance. The proposed techniques are applied to the design of some topologies depending on the number of nodes and the set of connecting links. With this work, it is assumed that all nodes are with no wavelength conversion and the identical load was utilized on the network by using three different algorithms. The comparison between the three algorithms shows that the dynamic algorithm gives good throughput and less resource usage. Besides, it has been shown that the shortest path algorithm yields results better than a random path algorithm. Finally, by using the GA tool in the optimization, the results have been obtained within the accepted rate.

Jun, 2020
Image Watermarking Using All Phase Discrete Cosine Biorthogonal Transform in Selected Pixel Blocks

Polytechnic Journal. 2020. 10(1): 68-73

In the past decade, a transform called all phase discrete cosine biorthogonal transform (APDCBT) appeared in the field of digital image processing. It is mainly used to solve the negativity found in discrete cosine transform (DCT), especially in a low bit rate. In this paper, the APDCBT is employed for watermark insertion based on selected regions of an image. The insertion is depending on the homogeneity of each part of the image. To determine the extent of homogeneity, there are two criteria: Mean and standard deviation are applied for the intensity of the image. Medium frequency bands of APDCBT in image pixel blocks are used to hold the embedded watermark. Then, the transform is inversed to obtain the resultant watermarked image. The robustness of APDCBT against watermark removal attacks is tested and the experimental results showed the superiority of the APDCBT over traditional DCT in the watermark embedding system. More specifically, when the LSB reset attack applied. For instance, when the contrast adjustment attack applied, the average of normalized cross correlation (NCC) values of extracted watermark images with the original watermark, it was 0.992 for the proposed method. This is a promised result, if it is compared with the NCC of the DCT method, which was 0.423. The proposed method can be used for copyright protection purpose.

Conference
Sep, 2020 - Current
The 3RD INTERNATIONAL CONFERENCE ON RECENT INNOVATION IN ENGINEERING (ICRIE) 2020

Iraq, Duhok, Kurdistan Region-Iraq. As Presenter

September 9th to 10th 2020 in Duhok, Kurdistan Region-Iraq. Fully virtual organized by the Research Center, College of Engineering, University of Duhok

Jun, 2019 - Current
the 5th International Engineering Conference (IEC2019)

Iraq, collaboration of Tishk International University and Erbil Polytechnic University As Presenter

Erbil, Kurdistan Region-Iraq on June 23-25, 2019 by the collaboration of Tishk International University and Erbil Polytechnic University. And scientifically sponsored by IEEE and IEEE Iraq Section