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كشف ورم الدماغ عن طريق التصوير بالموجات الدقيقة باستخدام التعلم العميق == Brain Tumor Detection by Microwave Imaging Using Deep Learning

Author name: حيدر صالح محمود
Supervisor name: يونس محمود عبوش | ضياء محمد علي
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

تصميم المحاثات الفعالة المتكاملة نوع (CMOS) وتطبيقها في الترددات الراديوية == A fully integrated CMOS realization of active inductor for RF applications

Author name: جوليانا عوني اوراها
Supervisor name: احمد ذنون يونس
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

تصميم مرشح تمرير الحزمة للموجات الدقيقة لتطبيقات الجيل الخامس (5G) == Microwave Band Pass Filter Design for 5G Applications

Author name: ثائر احمد سلطان
Supervisor name: احمد محمد احمد سلامة السبعاوي
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

تصميم ومحاكاة الخلايا الشمسية ذات النقطة الكمومية عالية الكفاءة على مبدا تقنية البلورات النانوية == Design and Simulation of High Efficiency Quantum-Dot Solar Cells Based on Nano-crystal Technology

Author name: ايمان محسن احمد
Supervisor name: قيس ذنون الجواري | عمر ابراهيم السيف
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

تحسين الدقة في تخمين زاوية الوصول للموجات باستخدام طريقة جذور المتجهات الذاتية == Resolution Enhancement for Angle of Arrival Estimation of Waves Using Root-Eigenvector Method

Author name: اية سعود عبود الشاكر
Supervisor name: مجاهد فهمي ابراهيم العزو
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

تصميم شبكة لورا - وان (LoRa WAN) لخدمات الانترنت العامة للاشياء في مدينة الموصل == Designing LoRa WAN Network for Public Services in Mosul City

Author name: امنة عبد المنعم الراوي
Supervisor name: علي عثمان الجنابي
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

دراسة السطوع المنتقية للترددات الكهرومغناطيسية (FSS) ذات خصائص امتصاص == Investigation of Frequency Selective Surfaces (FSS) with Absorbing Properties

Author name: امنه جمال شيد
Supervisor name: خليل حسن سيد مرعي
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

تصميم مصفوفة الهوائيات المستوية الضخمة باستخدام تراكيب عنقودية == Designing Large Planar Antenna Arrays Using Clustered Configurations

Author name: نازك حسين ابراهيم
Supervisor name: جعفر رمضان محمد | احمد جميل عبد القادر
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

تصميم وتحليل مرشحات قابلة لتغيير التردد == Design and Analysis of Frequency Reconfigurable Filters

Author name: ارقم محمد شريف سعيد
Supervisor name: خليل حسن سيد مرعي
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

استقصاء ومحاكاة الاداء القائم على الوصول المتعدد غير المتعامد (NOMA) عبر قنوات الموجات الملميترية == Investigation and Simulation of Non-Orthogonal Multiple Access over mmWave Channels

Author name: احمد عطا الله صالح
Supervisor name: محمد عبد الرحمن احمد الحبار
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

تصميم وتحقيق الاداء للراديو المعرفي القائم على الوصول المتعدد غير المتعامد (NOMA) للجيل القادم من الاتصالات اللاسلكية == Design and Performance Investigation of Cognitive Radio (CR) Based Non-Orthogonal Multiple Access (NOMA) for the Next Generation of Wireless Communications

Author name: احمد عبد سعيد سلطان
Supervisor name: محمد عبد الرحمن احمد الحبار
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

التحليل المقارن لاجهزة القدرة المصنوعة من السليكون وكربيد السيليكون في تطبيقات محولات الـ (DC_DC) من النوع الخافض للجهد == Comparative Analysis of Silicon and Silicon Carbide Power Devices in DC-DC Buck Converter Applications

Author name: احمد خليل حجي
Supervisor name: ابراهيم خلف محمد
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

تصميم ومحاكاة المكثف الفائق ذي الكثافة العالية للقدرة == Design and Simulation of High Power-Density Supercapacitors

Author name: محمد ياسر عادل
Supervisor name: احمد ذنون يونس | عمر بدر محمد
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

تحسن نظام ادارة الطاقة لشبكات الاستشعار اللاسلكية == Enhanced Energy Management System for Wireless Sensor Networks

Author name: شيرين بشار غانم
Supervisor name: اوس زهير يونس
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

محاكاة وتحسين دوائر مضخة الشحن == Simulation and Optimization of Charge Pump Circuits

Author name: عمر سعد دريعي
Supervisor name: احمد ذنون يونس
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

دراسة السطوح الانتقائية التردد القابلة لاعادة التشكيل == Investigation of Reconfigurable Frequency Selective Surfaces (FSS)

Author name: مريم باسم ايوب النجار
Supervisor name: خليل حسن سيد مرعي
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

تقدير القناة لانظمة الاتصال (MIMO-OFDM) باستخدام التعلم العميق == Channel Estimation for MIMO-OFDM Communication Systems Using Deep Learning

Author name: ايناس عبد الكريم محمد
Supervisor name: ضياء محمد علي | يونس محمد عبوش
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Mosul

التاثيرات المادية والبنيوية للطبقات المدفونة على مواصفات ترانزستور تاثير المجال للاكاسيد المعدنية لاشباه الموصلات (MOSFET) == Material and Structural Effects of Buried Layers on MOSFET Dynamics

Author name: ايمن قيس عبد القادر
Supervisor name: قيس ذنون الجواري
Specific topic: Electronic Engineering
Degree: Master
Language: English
University location: Mosul

مصنف الاشارة == Signal Classifier

Author name: ابراهيم عبد السلام محمد
Supervisor name: B. K. Al-Sulaifanie
Specific topic: Electrical Engineering
Degree: Master
Language: English
University location: Mosul

Design and Implementation of a TCP/IP Protocol in Real Time Environment

Author name: Hydar Abdulilah Dewachi
Supervisor name: Serkout N. Abdullah | Munqith A. Al-Baker
Degree: Master
University: University of Baghdad
Language: English
University location: Baghdad

Multilevel Equipment oriented Communication System for Distributed Control Environment

Author name: Saad hazim Al-Tak
Supervisor name: Serkout N. Abdullah | Munqith A. Al-Baker
Degree: Master
University: University of Baghdad
Language: English
University location: Baghdad

Design of a Database for a Dispatch Center

Author name: Aliaa Muhoan Munaty Al-Aubadi
Supervisor name: Bakir Al-Hashemy | Munqith Al-Baker
Specific topic: Electrical Engineering
Degree: Master
University: University of Baghdad
Language: English
University location: Baghdad

دراسة و تحليل لمحللات الطيـفـي الانـــي == Study and Analysis of Real Time Spectral Analyzers

Author name: فراس شوكت حامد
Supervisor name: ميسر عبد الله احمد
Degree: Master
Language: English
University location: Mosul
Key words:
  • IPFM Integral Pulse Frequency Modulation
  • FFT Fast Fourier Transform
  • CZT Chirp
  • Z
  • Transform
  • c.c.d charge
  • coupled device
  • ZCSA Zero
  • Crossing spectrum analyzer
  • MEM Maximum Entropy Method
Abstract: The spectral analysis is an important technique in the signal processing; it shows signal characteristics in frequency domain. The aim of the project is to review the state of art of the real-time spectral analyzers and their applications. Throughout this work, a suggested techniques for the implementation of spectral analyzer has been introduced. Also, an experimental system has been designed using the multiple techniques. The spectral analyzer system, which is used in this study, is implemented by three techniques: the first one is Fast Fourier Transform technique (FFT). The second one is Integral Pulse Frequency Modulation (IPFM) and the third is zero-crossing techniques. A sort of comparison has been made, showing that these techniques are considerably efficient techniques for small time scale (Real-Time). The characteristics of signal has been measured for the three techniques and the values of error are discussed. The real time spectral analysis is achieved by using the three methods mentioned before, they are implemented using a high speed hardware also using a computer of a high speed performance. This system has been operated, and experimented in a wide range of applications. In this respect, DSP and Turbo C programming package are the principle of the simulation tool performance.
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دراسة تاثير الاهتزاز والحرارة على نظام الاتصالات للطائرة بدون طيار == STUDY THE EFFECT OF VIBRATION AND HEAT ON THE COMMUNICATION SYSTEM FOR DRONE

Author name: احمد حسين عباس
Supervisor name: احمد طه عبد السادة | حسنين غني حميد
Specific topic: Communications Engineering
Degree: Master
Language: English
University location: Najaf
Key words:
  • drone
  • heat
  • vibration
Abstract: Drone technology has evolved to become crucial in various fields. Vibrations and heat from external sources, as well as mechanical defects in design, can significantly impact the effectiveness of a drone's communication systems, thereby reducing their performance. This research uses the convolution neural network (CNN) technique and experiments and in a drone laboratory and simulation of theoretical model to look at how temperature and vibration affect two frequencies: the 2.4 GHz radio frequency and the 5.8 GHz radio frequency. The first step simulation of theoretical model and experiments were conducted in the drone laboratory, generating data that later served as input for artificial intelligence. The second step utilized a convolutional neural network (CNN) to regression the symbol error rate (SER), signal-to-noise ratio (SNR), and received signal strength indicator (RSSI). After creating the dataset in the first step, it was reprocessed and split into 70% training and 30% testing. Then, a graphical user interface (GUI) was created using MATLAB App Designer for user-friendly operation. The results showed that the drone communication system's performance declined as the vibration frequency, frequency carriers, and modulation order for M-QAM increased, primarily due to the influence of a vibrating antenna. Furthermore, the drone communication system's effectiveness decreased as the temperature increased.This research provides a valuable method for evaluating the efficiency of communication systems on unmanned aerial vehicle (UAV), which is particularly important for drone wireless system planning.
Summary:
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The Optimum Size and Location of a Dynamic Brake Used for Transient Stability Augmention of a Mul Timachine Power System

Author name: Nidham M. A. Al-Wafi
Supervisor name: F. J. Al-Azzawi
Degree: Master
Language: English
University location: Baghdad
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