Electronics & Computer Engineering هندسة الإلكترونيات والحاسوب
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Browsing Electronics & Computer Engineering هندسة الإلكترونيات والحاسوب by Subject "Master Thesis"
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- ItemAn accelerating algorithm for the computation of electromagnetic scattering from 3D scatterers(AL-Quds University, 2018-08-04) نور ماجد محمد عبيد; Noor Majed Mohammad obead; محمد قوعلي; Ahmad Abdu; Atalla
- ItemAdaptive Filter Based Decision Fusion for Cooperative Spectrum Sensing In Cognitive Radio Networks(AL-Quds University, 2018-12-08) لمى هاني مصطفى عياش; luma hani mustafa ayyash; علي جاموس; Ahmed Abdou; Mutamed Khatib
- ItemAl-Farahidi Arabic Diacrizer System(AL-Quds University, 2015-05-10) إياد أحمد محمود أبوسمرة; Iyad Ahmad Mahmoud Abusamra; لبيب عرفه; احمد القطب; رضوان طهبوب
- ItemArabic Morphological with text to voice(AL-Quds University, 2007-04-03) أسماء حسن يوسف صبيح; ASMA HASSAN YOUSEF SBEIH; رائد الزغل; نضال الكفري; محمود ابو كتة
- ItemArabic text-to-speech including prosody ( ATTSIP) : for mobile devices(AL-Quds University, 2013-02-11) احمد اسماعيل محمد العثماني; Ahmed Ismail Mohammed ELothmany; لبيب عرفه; حنا عبد النور; رضوان طهبوب
- ItemAsymptotic Models to study the Electromagnetic Scattering from 2D Rough Surface (3D Electromagnetic Problem)(AL-Quds University, 2018-05-19) اشرف طلال أحمد ربايعه; ashraf t a rabaia; محمد كيالي; Yousef Zahaykah; sam Alawneh
- ItemAuditing Electronic Files of Quran Using Optical Character Recognition(AL-Quds University, 2017-01-09) آلاء فتح الله عبد العزيز حمدة; alaa fathala abdalazez hamda; لبيب عرفة; dr.ahmad qutob; Dr.radwan tahboub
- ItemAutomatic essays scoring(AL-Quds University, 2009-06-20) حمزه عبدالحميد مجاهد مجاهد; Hamzeh Abdelhamid Mujahed Mujahed; لبيب عرفة; امجد رطروط; عدي عناني
- ItemChannel Estimation For FBMC/OQAM Wireless System Based On Kalman Filter(AL-Quds University, 2013-08-13) محمود حسن خليل الدبابسه; mahmoud hassan khaleel aldababsa; علي جاموس; حنا عبد النور; Ghandi Manasrah
- ItemChannel Selection in 802.11 WLAN(AL-Quds University, 2017-05-10) ابراهيم أحمد عبد الله الواوي; Ibrahim Ahmad Abdallah Alwawi; مراد ابو صبيح; Dr. Rashid Jayosi; Dr. Ali Jamoos; Dr. Mutamed Khatib
- ItemChannel-Aware Decision Fusion fo Distributed Classification in MIMO Wireless Sensor Networks(AL-Quds University, 2019-05-19) رشدي نادي محمود ابو عواد; Rushdi N M AbuAwwad; علي جاموس; _; احمد عبده; اشرف الريماوي
- ItemCharacterization of Human Blood Tissue Using Bioimpedance Measurements(AL-Quds University, 2012-05-10) اناس سعدي عبد السلام قباجة; Enas Sadi Abed AL_Salam Qabaja; عمر السرخي; Ahmad A. Qutob; Samer Bali.; Jamal Ghabon
- ItemCloud infrastructure lab(AL-Quds University, 2014-06-14) يزيد خليل صادق الخطيب; YAZID KHALIL SADEQ AL-KHATIB; صلاح الدين عودة; لبيب عرفه; رشيد جيوسي
- ItemCollaborative Working Environments for Web-Based Remote Experimentation(AL-Quds University, 2009-05-10) إيمان محمد محمود عبدالغني; Eiman Mohammed Mahmoud AbdAlghani; صلاح الدين عودة; Labib Arafeh; Radwan TahboubCollaborative working environments for distance education can be considered as a more generic form of contemporary remote labs. Nowadays, the majority of existing real laboratories are not constructed to allow the involved participants to collaborate in real time. To make this revolutionary learning environment possible we must allow the different participants to communicate and to coordinate with each other in a productive manner. Production rate and efficiency gained through synchronous communication and coordination between the different partners, which mean that users can carry out an experiment simultaneously. Within this process, coordination can be accomplished by chat tools. In recent times, multi-user environments are successfully applied in many applications such as air traffic control systems, team-oriented military systems, chat-text tools, and multi-player games. Thus, understanding the ideas and techniques behind these systems could be of great importance of the contribution of ideas to our e-learning environment for collaborative working. In this thesis, collaborative working environments from theoretical and practical perspectives are considered to build an effective collaborative real laboratory, which allows two students or more to conduct remote experiments at the same time as a team. In order to achieve this goal, we have proposed distributed system architecture to enable the collaborative work among students. This system is organized into subsystems and components and allows the end-users (tutor and students) to interact with the system through a web-based user-interface, enabling them to complete their tasks; however, this architecture have been built around an existing laboratory components and equipments in a general university/ engineering college. Unfortunately, there are many problems that still exist in remote experiments of engineering studies, such as not finding the proper assistance while performing an experiment, distracting students working on an experiment because of not finding a proper feedback from other students, and inequality in task division between them. Therefore, the students will lose motivation and the experiment could fail, leading to ineffective learning. The architecture applied to this system follows the simplest client-server architecture, where an application is organized as a server and a set of clients. Enabling students to obtain an automated help by either a human tutor or a rule-based e-tutor for the purpose of student support in remote experiment environments, we had to facilitate a synchronous interaction between students and tutor achieved by chat tool. Effective collaboration between students is obtained by using color coding to distinguish their contributions from each other. The software-technical implementation of the system have been realized by using the powerful Microsoft .NET, which offers a complete integrated developmental environment (IDE) with a wide collection of products and technologies. As a result of the software and hardware development process was a web-based collaborative working environment, which can be interactively used by students through a web-based user-interface. This GUI facilitates the remote control and access of various instruments and experiment setups. Groups of students are now independently able to coordinate and to implement the experiment at any time and from anywhere, including regulating the work positively.
- ItemA Colour Code Three Dimensional Euclidean Space for Static Signature Verification(AL-Quds University, 2014-05-10) مجدولين سمير محمد أبو طاقة; Majdoleen S. M. ABUTAQA; حنا عبد النور; د. لبيب عرفة; د. صلاح الدين عوده; Radwan Tahboob
- ItemContributions on Fading Channel Estimation for 5G Mobile Systems(AL-Quds University, 2018-12-18) معتز حسين صالح علي قرعوش; Moataz Hussien Saleh Ali Qaroush; علي جاموس; Ahmed Abdou; Murad abu Subaih
- ItemDesign and simulation of a stretchable and reversibly deformable MIMO monopole patch antenna for UWB applications with high isolation(AL-Quds University, 2019-08-05) وطن فايز عبد الرحيم ظافر; Watan Fayez Abd AlRaheem Zafer; محمد كوعلي; عماد الزير; عطا الله بلاليم
- ItemDesigning MMSE Receivers With Variable Step-Size Adaptive Filters For MC-DS-CDMA Mobile Communication Systems(AL-Quds University, 2007-12-01) هتاف محمدعبدالغني عبدالحميد رويشد; HITAF M.A.ALGHANI ABDULHAMEED RWAISHID; حنا عبد النور; Hussein Jaddu; Nasser Hamad
- ItemDetecting misdirection attack in link-state routing protocols(AL-Quds University, 2011-08-21) محمد عبدالمجيد محمد عوده; MOHAMMED ABD AL-MAJID MOHAMMED ODEH; رشدي حمامرة; رشيد جيوسي; رضوان قصراوي
- ItemDeveloping a Multi-Agent System for information gathering in a distributed environment Using AUML approach(AL-Quds University, 2008-04-22) عبد المحسن خليل عبد المحسن القواسمي; Abdel Muhsen Khalil Abdel Muhsen Al Qawasmi; رشدي حمامرة; Rashid Jayousi; Radwan Tahboub