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Research
My first research position, following my second degree, was at the AUB as a Research Assistant. Currently, I'm a Foreign Research Associate at the Center of Advanced Mathematical Sciences (CAMS) at the AUB. My research interests include:
At this site, I have included a summary of few of my research projects and a list of publications.
Synthesis of Parallel Algorithms and
their Mapping onto Reconfigurable Hardware Dr. Ali Abdallah (London South Bank University) Dr. John Hawkins (London South Bank University)
This research project comprises higher-level synthesis of massively parallel algorithms and their mapping onto hardware circuits. This project handles case-studies selected from cryptography. Formalisms and techniques used include the functional notation, function decomposition strategies, data refinement techniques, and communicating sequential processes (CSP) notation. Software packages used include Haskell Hugs compiler and Handel-C hardware compilation tool.
Performance Evaluation of Reconfigurable Computing Systems Prof. Hassan Diab (American University of Beirut) Prof. Fadi Kurdahi (University of California Irvine) Prof. Albert Zomaya (University of Sydney) Mrs. Nathalie Awad (American University of Beirut) Mr. Imad Abdennour (American University of Beirut)
This project includes studies selected from computer graphics, signal processing, digital coding, etc. Targeted hardware systems include the MorphoSys reconfigurable system from the University of California at Irvine, and various FPGA systems. Software packages used include the mULATE emulator for the MorphoSys.
An Embedded Nine-Port Microwave Vector Network Analyzer Since June 2010, With Prof. Soubhi Abou Chahine (Beirut Arab University)
Currently manufacturers are looking to build better products for communications applications such as mobile phones, pagers, cordless equipment, and radars. All of these products require radio and microwave frequency components for their circuitries. Design and fine testing of these components require a Microwave Vector Network Analyzer (MVNA). Construction of an MVNA benefits from the recent advancement in creating network analyzer using six or five-port reflectometers. The construction of an MVNA can also benefit from the emergence of powerful reconfigurable computing systems, such as field programmable gate arrays (FPGA), to implement its computational parts responsible for analyzing the measured parameters. In the research in hand, we study the feasibility of building a network analyzer that is based on five-port technology that includes a standalone system-on-chip (SoC), and to be assembled in the local market.
Reconfigurable Hardware for Cryptography Since September 2006, With Prof. Hassan Diab (American University of Beirut) Mrs. May Itani (American University of Beirut)
This project includes studies selected from cryptography. Completed studies include the Serpent, RC6, MARS, etc. Targeted hardware systems include the MorphoSys reconfigurable system from the University of California at Irvine, and various FPGA systems. Software packages used include the mULATE emulator for the MorphoSys.
The Aram Locator GPS–based Vehicle Tracking System June 2006 – December 2010, With
Mr. Adnan Yaqzan (M.Sc.
CCE Thesis Supervisor, Hariri Canadian University)
One recently implemented Vehicle Tracking System is the Aram Locator. The system has a great storage capacity, and could perform a significant recording with a considerable sampling rate. In this project, we study various enhancements on the original design. The study includes programmable realization of some critical components reaching a better design with a cohesive architecture that would save processing time, speeds up system interactions, and reduces the manufacturing cost.
Parallelizing Arabic Morphological Analysis towards Faster Natural Language Processing and Data Mining Systems Since Sep 2005 – June 2008, With Dr. Rached Zantout (Hariri Canadian University) Dr. Lama Hamandi (American University of Beirut) Dr. Ahmad Ghuessoum (University of Sharjah)
Natural Language Processing (NLP) has gained a lot of importance nowadays with many applications requiring real-time performance. In order to achieve the real-time requirements, the components of an NLP system should be made more efficient. Investigating the enhancement of NLP systems efficiency includes the study of creating efficient algorithms, parallelizing the computations, and employing modern hardware acceleration systems. Yet, we have proposed a novel natural language processing (NLP) algorithm for parallel moulds matching for Arabic language - early results found were promising. The current work is being extended for the other important parts of an NLP system like the parser, the morphological generator and the sentence generator taking into consideration the specifics of each area in order to have a complete parallel NLP package.
High-Speed Hardware Systems for Computationally Intensive Applications Since Sep 2004, With Dr. Ramzi Haraty (Lebanese American University) Mrs. Safaa Kasbah (M.Sc. CS Thesis Co-supervisor, Lebanese American University) Miss Amina Maarouf (Lebanese American University) Mr. Omerfraz Khan (B.Sc. CCE Bachelor Project Supervisor, Dhofar University) Mr. Wael Ghazawi (B.Sc. CCE Bachelor Project Supervisor, Hariri Canadian University)
The aim of this research is to develop high-speed cores for some specific computationally intensive applications. Some of the already developed chips include very high-speed version of tiny ciphers (TEA, XTEA, etc.). Complex mathematical solvers (Multigrid, Jacobi, SOR, etc.) were also studied offering fast and highly-accurate solutions. Another route was started by addressing parallel layout and placement design strategies. In this project, we did use Handel-C automated compilations for the mathematical solvers, Verilog, and VHDL to implement our other optimized low-level designs. We did also introduce the use of Altera's Quartus II hardware design package for some of our cores.
Performance Testing of Refrigerators using Fuzzy Inference Methodology Under
LABView Prof. Hassan Diab (American University of Beirut)
Prof. Jean Saade (American University of Beirut) This project employed fuzzy inference methodology in order to pave the way for the emergence of an intelligent, automated and efficient procedure for the refrigerant charging of refrigerators. Interfacing and control are done using National Instruments hardware systems. The graphical language G under LABView is used for programming. This project was the first prize winner in the Fourth Exhibition on Industrial Research Achievements in Lebanon 2000. The theory behind this project was published in the 7th IEEE International Conference on Electronics, Circuits and Systems Beirut, Lebanon 2000.
Building Management Systems Building management systems (BMS) is a rich and inspiring area for computer engineers. Projects implemented have included a variety of BMS hardware interfacing components and software packages. Currently, the project is being further developed with focus on the three E's concept, namely, ecology, environment, and energy. Since 1998, more than six different prototypes have been exhibited in national and international exhibitions by my undergraduate students. |
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A. Book Chapters
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I. Damaj,
Graphics Algorithms under High Performance Reconfigurable Systems,
Pathway Modeling and Algorithm Research,
Nikos E. Mastorakis (Editor), Nova
Science Publishers,
January 2011. P 63 – 90. Cross-publication in
The International Journal of Computer Research,
Nova Science Publishers, 2008, I 2/3, V 16, P 241 – 281.
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Bib Entry | |||
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S. Kasbah, I. Damaj,
“Accelerating Iterative Solvers with Reconfigurable Hardware,” in
Handbook of Optimization Theory: Decision Analysis and Application,
Juan Varela and Sergio Acuna (Editors), Nova Science Publishers, New
York, January 2010. P 139 – 152. Cross-publication in
The International Journal of Computer Research,
Nova Science
Publishers, 2010, I 1, V 18, P 81 – 94.
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Bib Entry | |||
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A. Yaqzan, I. Damaj,
R. Zantout, “Reconfigurable
Hardware Implementation of a GPS-Based Vehicle Tracking System,” in
Advances in
Electrical Engineering and Computational Science, Sio-Iong Ao
and Len Gelman (Editors), Springer Netherlands, April 2009. V 39 P 289 –
299.
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Bib Entry | |||
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I. Damaj, Y. Iraqi, S. Kasbah, “Reconfigurable Hardware in Modern Security Systems,” in Computer Security: Intrusion, Detection and Prevention, Ronald D. Hopkins and Wesley P. Tokere (Editors), Nova Science Publishers, New York, April 2009. P 1 – 28.
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Bib Entry | |||
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I. Damaj, “Programmable Logic Arrays,” in Wiley Encyclopedia of Computer Science and Engineering, Benjamin Wah (Editor), Hoboken: John Wiley & Sons, Inc, New Jersey, 15 January 2008. V 4 P 2272 – 2280.
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Abstract | Bib Entry | ||
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I. Damaj, “High-level Synthesis,” in Wiley Encyclopedia of Computer Science and Engineering, Benjamin Wah (Editor), Hoboken: John Wiley & Sons, Inc, New Jersey, 15 January 2008. V 3 P 1495 – 1504.
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Abstract | Bib Entry | ||
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I. Damaj, “Logic Design,” in Wiley Encyclopedia of Computer Science and Engineering, Benjamin Wah (Editor), Hoboken: John Wiley & Sons, Inc, New Jersey, 15 January 2008. V 3 P 1753 – 1762.
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Abstract | Bib Entry | ||
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I. Damaj, “High Performance Reconfigurable Computing Systems,” in Supercomputing Research Advances, Yongge Huáng (Editor), Nova Science Publishers, New York, 2008. P 113 – 164.
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Bib Entry | |||
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S. Kasbah, R. Haraty, I. Damaj, “SOR in Reconfigurable Hardware,” in Advances in Industrial Engineering and Operations Research, Sio-Iong Ao and Alan H. S. Chan (Editors), Lecture Notes in Electrical Engineering, Springer, Massachusetts, V 5, 2008. P 453 – 466.
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Abstract | Bib Entry | ||
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I. Damaj, S. Majzoub, H. Diab, 2D and 3D Computer Graphics Algorithms under MorphoSys, in Field-Programmable Logic and Applications: Reconfigurable Computing is Going Mainstream, 12th International Conference on Field Programmable Logic and Applications, Springer Berlin/Heidelberg, 2002, 2438/2002, 493 – 512.
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Bib Entry | |||
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B.
Journal Papers
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A. Yaqzan, I. Damaj, R. Zantout, GPS-based Vehicle Tracking System-on-Chip, The International Journal of Electrical and Computer Sciences, IJENS, 2010, I 4, V 10, P 7 – 12.
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Bib Entry | |||
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S. Kasbah, I. Damaj, Parallel Iterative Solvers using Programmable Devices, International Journal of Computer Research, Nova Science Publishers, 2010, I 1, V 18.
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Bib Entry | |||
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I. Damaj, “Graphics Algorithms under High Performance Reconfigurable Systems,” International Journal of Computer Research, Nova Science Publishers, Vol. 16, No. 2/3, 2008.
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Bib Entry | |||
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S. Kasbah, I. Damaj, R. Haraty, “Multigrid Solvers in Reconfigurable Hardware,” Journal of Computational and Applied Mathematics, Elsevier, 2008. I 1 V 213 P 79 – 94.
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Abstract | Bib Entry | ||
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I. Damaj, “Parallel Algorithms Development for Programmable Devices with Application from Cryptography,” International Journal of Parallel Programming, Elsevier, 2007, I 6 V 35 P 529 – 572.
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Abstract | Bib Entry | ||
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I. Damaj, “Higher-Level Hardware Synthesis of the KASUMI Cryptographic Algorithm,” Journal of Computer Science and Technology, Springer, 2007. I 1 V 22 P 60 – 70.
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I. Damaj, “Parallel Algorithms Development for Programmable Logic Devices,” Advances in Engineering Software, Elsevier Science, 2006. I 9 V 37/9 P 561 – 582.
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I. Damaj, H. Diab, “Performance Evaluation of Linear Algebraic Functions Using Reconfigurable Computing,” The International Journal of Super Computing, Kluwer, 2003. I 1 V 24 P 91 – 107.
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H. Diab, I. Damaj, “Cyclic Coding Algorithms Under MorphoSys Reconfigurable Computing System,” Advances in Engineering Software, Elsevier Science 2003. I 2 V 34 P 61 – 72.
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H. Diab, I. Damaj, F. Kurdahi, “Optimizing FIR Filter Mapping on MorphoSys,” The International Journal of Parallel and Distributed Systems, ACTA press, 2002. I 3 V 5 P 108 – 115.
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C. Refereed Conference Papers
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I. Damaj,
Co-designs of Parallel Rijndael, The International Symposium on
System-on-Chip, IEEE, Tampere, Finland, 1 – 2 November, 2011. P 72 –
77.
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H. Diab, M. Itani, I. Damaj, and S. Kasbah, Parallel Serpent under MorphoSys, The World Congress on Computer Science and Information Engineering, LNEE, Springer, Changchun, China, 20 – 22 September, 2011.
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A. Damaj, S. Abou
Chahine, I. Damaj,
The Design and Implementation of Electrically Small Reconfigurable Patch
Antennas, The IEEE GCC Conference and Exhibition: For Sustainable
Ubiquitous Technology, IEEE, Dubai, United Arab Emirates, 19 – 22
February, 2011. P 198 – 201.
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Bib Entry | |||
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I. Damaj,
Synthesis of Data-parallel Algorithms for Programmable Logic Devices,
The 2nd
International Conference on Computer Research and Development,
IEEE, Kuala Lumpur, Malaysia, 7 – 10 May, 2010. P 98 – 105.
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Bib Entry | |||
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H. Diab, I. Damaj,
W. Haffar-Habbal,
CGLT: An Effective Computer-based Learning Tool,
The 2nd
International Conference on Computer Research and Development,
IEEE, Kuala Lumpur, Malaysia, 7 – 10 May, 2010. P 61 – 65.
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I. Damaj,
Synthesis of Multi-level Pipelines for Programmable Logic Devices,
The 17th
International Conference on Telecommunications,
IEEE, Doha, Qatar, 4 – 7 April, 2010. P 952 – 959.
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Bib Entry | |||
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S. Abu Al-maati, I.
Damaj,
Developing a Sustainable Engineering Education in the Middle East and
North Africa Region, the International Conference on Transforming
Engineering Education, IEEE, Dublin, Ireland, 6 – 9 April, 2010. P 1
– 11.
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Bib Entry | |||
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I. Damaj, R.
Abaji, A. Zeid, A
Web-based Hardware/Software Interface for Building Management Systems,
the International Conference on e-Technology, Kuwait, March 30 –
31, 2010.
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Bib Entry | |||
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I. Damaj, R.
Abaji, Z. Othman,
Computer Interfacing Electronic Boards for Building Management Systems,
IASTED International Conference on Advances in Computer Science and
Technology, Sharm El Sheikh, Egypt, 15 – 17 March, 2010. P 129 –
136.
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I. Damaj, “Parallel AES Development For Programmable Devices,” The Fourth IASTED International Conference on Parallel and Distributed Computing and Networks, Innsbruck, Austria, 16 – 18 February 2009.
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Abstract | Bib Entry | ||
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A. Yaqzan, I. Damaj, R. Zantout, “GPS-based Vehicle Tracking System-on-Chip,” The International Conference of Computer Science and Engineering, London, United Kingdom, 2 – 4 July, 2008.
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I. Damaj, S. Hamadeh, H. Diab, “Efficient Tiny Hardware Cipher under Verilog,” High Performance Computing and Simulation Conference, as a part of the 22nd EUROPEAN Conference on Modelling and Simulation, Nicosia, Cyprus, 3 – 5 June 2008.
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I. Damaj, “Synthesizing The F8 Cryptographic Algorithm for Programmable Devices,” The Fourth IASTED International Conference on Advances in Computer Science and Technology, Langkawi, Malaysia, 2 – 4 April 2008. P 68 – 73.
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S. Kasbah, I. Damaj, “Accurate High-Performance Multigrid Solvers in Reconfigurable Hardware,” The International Conference of Applied and Engineering Mathematics, London, United Kingdom, 2 – 4 July, 2007.
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S. Kasbah, I. Damaj, “The Jacobi Method in Reconfigurable Hardware,” The International Conference of Applied and Engineering Mathematics, London, United Kingdom, 2 – 4 July, 2007.
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I. Damaj, “Parallel On-chip Ciphers Development for the Third Generation Mobile Telecommunication System,” The Third IASTED International Conference on Advances in Computer Science and Technology, Phuket, Thailand, 2 – 4 April 2007. P 299 – 304.
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Abstract | Bib Entry | ||
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S. Kasbah, R. Haraty, I. Damaj, “The Successive Over-Relaxation Method in Reconfigurable Hardware,” The IAENG International Workshop on Computer Science, Hong Kong, China, 21 – 23 March, 2007. P 2395 – 2400.
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I. Damaj, M. Itani, H. Diab, “Serpent Cryptography on Static and Dynamic Reconfigurable Hardware,” ACS/IEEE International Conference on Computer Systems and Applications, Dubai/ Sharjah, United Arab Emirates, March, 2006. P 161 – 165.
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A. Maarouf, I. Damaj, “High Speed Hardware Implementation of a Heuristic 2D Rectangle Placement Algorithm,” ACS/IEEE International Conference on Computer Systems and Applications, Dubai/ Sharjah, United Arab Emirates, March, 2006. P 88 – 95.
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A. Abdallah, I. Damaj, “Reconfigurable Hardware Synthesis of The IDEA Cryptographic Algorithm,” Proceedings of Communicating Process Architectures 2004, Jan F. Broenink and Gerald H. Hilderink (eds.), IOS Press, Oxford, United Kingdom. 5 – 8 September, 2004. P 387 – 416
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I. Damaj, J. Hawkins, A. Abdallah, “Mapping High-Level Algorithms onto Massively Parallel Reconfigurable Hardware,” IEEE International Conference of Computer Systems and Applications, Tunisia, July 2003. P 14 – 22.
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I. Damaj, S. Majzoub, H. Diab, “2D and 3D Computer Graphics Algorithms under MorphoSys,” 12th International Conference on Field Programmable Logic and Application, Springer–Verlag, Montpellier, France. September 2 – 4, 2002. P 1076 – 1079.
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H. Diab, I. Damaj, “New Digital Coding Algorithms under MorphoSys,” The 6th Saudi Engineering Conference. Dhahran, Saudi Arabia. December 14 – 17, 2002. P 205 – 212.
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H. Diab, I. Damaj, “Architectural Modifications for Optimizing Mappings on MorphoSys RC-System,” International Conference on Parallel and Distributed Processing Techniques and Applications, CSREA Press, Las Vegas Nevada, USA. June 24 – 27, 2002. P 1528 – 1534.
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I. Damaj, H. Diab, “Graphics Acceleration using Reconfigurable Computing,” The IEEE 13th International Conference on Microelectronics Rabat, Morocco. 29 – 31 October 2001. P 226 – 229.
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I. Damaj,
H. Diab, “Performance Analysis of Some Geometrical Transformation
Algorithms Using Reconfigurable Computing,” International Symposium
on Innovation in Information & Communication Technology ISIICT 2001
Amman, Jordan 25 – 26 Sep 2001. P 294 – 261.
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I. Damaj, H. Diab, “Performance Analysis of Extended Vector-Scalar Operations Using Reconfigurable Computing,” ACS/IEEE International Conference of Computer Systems and Applications Beirut, Lebanon 26 – 29 June 2001. P 227 – 231.
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I. Damaj,
J. Saade J., H. Diab, “Performance
Testing of Refrigerators Using Fuzzy Inference Methodology Under LabVIEW®,”
the 7th IEEE International Conference on Electronics, Circuits and Systems
Beirut, Lebanon, December 17
–
20 2000. V 2, P 693
–
696.
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L. Hamandi, I. Damaj, R. Zantout, and A, Ghassoum, “Parallelizing Arabic Morphological Analysis Towards Faster Natural Language Processing Systems,” the Third International Conference on Current Issues in Business and Information Technology, Beirut, Lebanon, May 2006.
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I. Damaj, “Reconfigurable Hardware Synthesis of the Serpent Cryptographic Algorithm,” International Conference on Research Trends in Science and Technology RTST, Beirut & Byblos, Lebanon March 7 – 9, 2005.
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I. Damaj and
A. E. Abdallah, “Reconfigurable
Hardware Synthesis for Parallel Cyclic Coding Algorithms,” a
paper for PGNET 2002,
Liverpool, United Kingdom 17
–
18 June 2002. P 104.
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H. Diab,
I. Damaj,
A. Zomaya, “New
Applications on State-Of-The-Art RC Multiprocessing Systems,”
International Conference on Research Trends in Science and Technology
RTST, Beirut & Byblos, Lebanon March 4
–
6, 2002.
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P. Renno, H. Diab,
I. Damaj,
“A
Web Based Training Tool On GSM Switching Subsystems,”
International Conference On Research Trends In Science And Technology
RTST, Beirut & Byblos, Lebanon, March 4
–
6, 2002.
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D.
Abstracts in Conference Proceedings & Posters
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I. Damaj,
State-of-the-art High-level Hardware Design Methodologies, an article
appeared in the souvenir of the International Conference on Computer,
Communication, and Information Technology Applications, Coimbatore,
India, January 21 – 23, 2010. P 17 – 21.
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S. Kasbah, I. Damaj, R. Haraty, “Accurate High-Performance Multigrid Solvers in Reconfigurable Hardware,” SIAM International Conference on Computational Science and Engineering, Costa Mesa, California, USA, 19 – 23 February, 2007, P 14.
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S. Kasbah, I. Damaj, “Accurate High-Performance Multigrid Solvers in Reconfigurable Hardware,” in 17th International Conference on Domain Decomposition Methods, Strobl,, Austria, July 2006. Published in Domain Decomposition Methods in Science and Engineering XVI Series: Lecture Notes in Computational Science and Engineering (LNCSE), Vol. 55. Olof Widlund, and David Keyes (Eds.), October, 2006.
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Bib Entry | ZIP | ||
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El-Ghazzawi, R. Saraeb, I. Damaj, “Hardware Development of the Extended Tiny Encryption Algorithm,” in the ACS/IEEE International Conference on Computer Systems and Applications, Dubai/ Sharjah, United Arab Emirates, March, 2006.
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Bib Entry | JPG | ||
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I. Damaj, “Synthesis of Massively Parallel Algorithms for Field Programmable Gate Arrays, with Applications from Cryptography,” Ph.D. Thesis Overview, BCS Formal Aspects of Security, London, United Kingdom, November 2004. I 3 P 59.
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I. Damaj, A. E. Abdallah, “Synthesis of Massively Parallel Algorithms for Field Programmable Gate Arrays, with Applications from Cryptography,” Poster presentation the 25 Years of CSP Event, London, United Kingdom, 7 and 8 July 2004.
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I. Damaj, A. E. Abdallah, “Synthesis of Massively Parallel Algorithms & Their Mapping onto Reconfigurable Systems,” Poster presentation & Abstract in the proceedings of IEEE and EPSRC Conference PREP 2002 Nottingham, United kingdom 17 – 19 April 2002. P 50 – 51.
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H. Diab, W. Habbal,
I. Damaj,
“Computer
Graphics Educational Toolkit,” Information Technology in Higher Education in Arab Universities
Beirut, Lebanon,
12 and
13 March
2001.
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I. Damaj,
H. Diab, “Performance of Vectors
Operations Algorithms Using Reconfigurable Computing,” Abstract in
the proceedings of the 14th
Science Meeting, organized by the National Council for Scientific
Research and Lebanese Association for the Advancement of Science.
Beirut, Lebanon 23 – 25 November 2000. P. 62.
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I. Damaj, M. Ladan, "Internet Based Remote Control System, IB-RCS," Abstract in the proceedings of the 13th Science Meeting, organized by the National Council for Scientific Research and Lebanese Association for the Advancement of Science. Beirut, Lebanon November 1999. P. 67.
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E. Exhibitions Participations
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H. Samadi, M. Al-Mashani,
A. Al-Mashani, H. Al-Rawaas, I. Damaj,
Remote Control of Home Appliances, a Project for the Fourth
Engineering Gathering, Muscat, Oman, 8 April, 2010, also presented
at the Engineering Exhibition during the Annual Open Days at Dhofar
University, Salalah, Oman, 24 – 28 April, 2010.
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H. Rawas, A. Al Qhadi, A. Al Haddad, H. Samadi, I. Damaj, “PC-based Telephone Switching System,” a Project for The Second Applied Sciences Gathering, Salalah, Oman, 26 – 30 April, 2009, also presented at the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 25 April, 2009.
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O. Khan, I. Damaj, “The Present Tiny Cipher On-a-chip,” a Project for The Second Applied Sciences Gathering, Salalah, Oman, 26 – 30 April, 2009, also presented at the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 25 April, 2009.
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M. Al Mashani, I. Damaj, “Network-enabled building management system,” a Project for The Second Applied Sciences Gathering, Salalah, Oman, 26 – 30 April, 2009, also presented at the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 25 April, 2009.
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A. Al Mashani, H. Tabouk, I. Damaj, “PC-controlled Elevator,” a Project for The Second Applied Sciences Gathering, Salalah, Oman, 26 – 30 April, 2009, also presented at the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 25 April, 2009.
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H. Samadi, I. Damaj, “Wireless Computer-based Control System for Vehicles,” a Project for the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 26 – 29 April, 2008.
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O. Khan, I. Damaj, “Efficient Tiny Hardware Ciphers,” a Project for the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 26 – 29 April, 2008.
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A. Al-Dahab, A. Al-Barami, M. Al-Muallem, R. Awadh, S. Al-Shehemy, H. Samadi, I. Damaj, “Traffic Analysis Control System,” a Project for the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 26 – 29 April, 2008.
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A. Hussien, A. Al-Mashikhi, H. Tabouk, H. Al-Rawas, O. Khan, I. Damaj, “A Central Computer-based Traffic Control System,” a Project for the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 26 – 29 April, 2008.
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H. Samadi, I. Damaj, “Wireless Computer-based Control System for Vehicles,” a Technical Paper for The Third Engineering Students Gathering, Sultan Qabous University, Muscat, Oman, 14 – 16 April, 2008. |
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O. Khan, I. Damaj, “Efficient Tiny Hardware Ciphers,” a Technical Paper for The Third Engineering Students Gathering, Sultan Qabous University, Muscat, Oman, 14 – 16 April, 2008.
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H. Al-Rawas, K. Rabbia, M. Al-Amri, R. Hussien, E. Al-Marhoon, K. Adam, I. Damaj, “Object Oriented Design and Implementation of Interactive Historic Battles,” a Project for the Engineering Exhibition during the Annual Open Days at Dhofar University, Salalah, Oman, 28 April – 4 May, 2007.
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Poster | |||
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I. Damaj,
“Gas Charging Test with Fuzzy Control, GCT-FC,” a project for the
Fourth
Exhibition on Industrial Research chievements in Lebanon 2000,
18 –
23 July 2000. Organized by: The National Council for Scientific
Research, and The Association of Lebanese Industrialists
(First Prize Winner), P 27.
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I.
Damaj, R. Obaji, Z. Othman, “Computer Interfacing in Building
Management Systems,” a project for: the Second Exhibition on Industrial
Research Achievements in Lebanon 1998 (LIRA). Organized by: The National
Council for Scientific Research and The Association of Lebanese
Industrialists.
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I. Damaj, R. Obaji, Z. Othman, "Computer Interfacing System," a project for Project Section of the Engineering Day organized by Faculty of Engineering in B.A.U. (May 15, 1998), Beirut, Lebanon (First Prize Winner).
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