- BS/BA: Electrical Engineering
- MS: Electrical Engineering
- PhD: Electrical Engineering
- Phone: 82884339
- Fax: 82884325
- Email: abbasi@modares.ac.ir
- Resume Download
I. PERSONAL INFORMATION: Name & Surname: Bijan Abbasi Arand Date of Birth: 25 July 1974 Place of Birth: Choram -Yasuj Marital Status: Married Address: Department of Electrical and Computer Engineering Tarbiat Modares University P.O. Box: 14115-143 Tehran, Islamic Republic of Iran Tel: +98 2182884339 Fax: +98 2122554557
II. EDUCATIONAL RECORDS:
III. ACADEMIC EXPERIENCES:
Teaching of courses: Antenna I, Microwave I, Electrical Measurement, Communication I, BSc. Thesis: Design of electronic controller of speed of DC Motor. MSc. Thesis: Analysis of Power Combining and Synchronization of microwave oscillators. PhD Thesis: analysis of aperture antenna pattern above an imperfect ground using image theory. Post Doc: Design and Analysis of a typical Phased Array antenna and synthesis of a Frequency Scanning Array Antenna
IV. MEMBERSHIP OF SCIENTIFIC SOCIETIES:
- Student member of IEEE - Member of AIO system design committee - Member of C4I committee - Member of IEEE
V. RESEARCH INTEREST:
1) Electromagnetic Modeling, antenna and Propagation, Active Array Antennas, Microwave Antennas, Numerical optimization, 2) Radar systems, Radar Antennas, 3) Electronic Warfare Systems, EMC and EMI
VI. RESEARCH PUBLICATIONS:
1) Passive microwave circuit design pamphlet 2) Using the Network Analyzer systems 3) An Introduction to weapon system design 3) Design and analysis of Patch Microstrip antenna with PBG substrate 4) Test and Measurement of Active Phased Array antenna 5) Design and simulation of Frequency Scanned antenna 6) Design and Simulation of Cosecant square Reflector antenna 7) Design and simulation of Microstrip patch antenna
VII. LIST OF PAPERS PRESENTED IN CONGRESSES AND SEMINARS
Conference Papers:
1) B. Abbasi, M. Kahrizi, “Adaptive array antenna for CDMA mobile systems”, 7th conference on Iran electrical and electronic Engineering, May 1999 (in Persian). 2) B. Abbasi, M. Kahrizi, “Analysis of Coupled Oscillators”, 9th conference on Iran electrical and electronic engineering (ICEE), May 2001. 3) B. Abbasi Arand, M. Hakkak, “Comparative study of complex imaging methods for solving Sommerfeld half-space problem”, 10th ICEE, Tabriz Univ., 2002 (in Persian). 4) B. Abbasi, M. Hakkak, “Analysis of electromagnetic radiation with an electric dipole above a lossy ground using complex image theory”, ICT2002 conference, Beijing, Proc.Vol.3, June 2002. 5) B. Abbasi, M. Hakkak, “Analysis of vertical electric dipole above lossy half-space using discrete complex image method”, IEEE APS/URSI Symposium, AT&M Texas University, June 2002. 6) M. Hakkak, B. Abbasi, “Analysis of vertical wire antenna above imperfect ground using discrete complex image method”, MMET 02 conference, Ukraine, Sept. 2002. 7) M. Hakkak, B. Abbasi Arand, “Study of the effect of imperfect earth on the aperture antenna radiation pattern using discrete complex image”, 11th ICEE, Shiraz Univ., 2003. (In Persian). 8) B. Arand Abbasi, M. Hakkak, “Horizontal wire antenna above lossy half-space”, 2003 IEEE Symposium AP-S/URSI, June 22-27, 2003. 9) A. Zinodini, M. Kamarei, B. Abbasi Arand, “Design and made of variably controlled microstrip phase shifter” 2nd Conference of Aerospace Industries Organization, Sept. 2003. 10) B. Abbasi Arand, “ Analysis of the effect of the radar field test ground on the radar antenna characteristics” 2nd Conference of Aerospace Industries Organization, Sept. 2003. 11) S. Bayyat, B. Abbasi Arand, “Analysis of OTH radars” 2nd Conference of Aerospace Industries Organization, Sept. 2003. 12) A. Rashidi, B. Abbasi Arand, “Analysis of noise temperature of radar antennas” 2nd Conference of Aerospace Industries Organization, Sept. 2003. 13) B. Abbasi Arand, A. Gohari, “Test and evaluation master plan for military products” 2nd Conference of Aerospace Industries Organization, Sept. 2003. 14) S. Bayyat, B. Abbasi Arand, “Analysis of TV based passive radars” 12th ICEE, Mashad Univ., 2004. (In Persian). 15) Hossein Oughani, M. Hakkak, Bijan Abbasi Arand, “A new algorithm for tracking in the phased array radar within Jamming environment” 13th ICEE, Zanjan Univ., 2005. (In Persian). 16) Bijan Abbasi Arand, M. Hakkak, “Analysis of vertical dipole Antenna inside the lossy earth” 13th ICEE, Zanjan Univ., 2005. (In Persian).
17) H. Oughani, M. Hakkak, Bijan Abbasi Arand “ Multi target tracking in phased Array radar system using an optimum algorithm” 14th ICEE Amirkabir Univ., 2006. (In Persian). 18) B. Abbasi Arand, M. Hakkak, "Design and analysis of a new microstrip patch antenna with PBG substrate for using in large array antenna" 16th ICEE, Tarbiat Modares Univ. 2008.
19) B. Abbasi Arand, M. Hakkak, “Design and simulation of Slotted waveguide array antenna with capability of frequency scan and high frequency sensitivity”, 17th ICEE, Iran Univesity of Science and Technology, 2009. 20) N. Poghosian, B. Abbasi Arand, M. Hakkak, “Design and construction of a new low size and low loss coaxial radial power combiner/divider”, 17th ICEE, Iran Univesity of Science and Technology, 2009.
21) B. Abbasi Arand, R. Shamsaee and B. Yektakhah “Design and Fabrication of a Broadband Blade Monopole Antenna Operating in 30 MHz 600 MHz Frequency Band”, ICEE2013.
22) M. Askari, SH. Salemian and B. Abbasi Arand “Designing High PRF Pulsed-Doppler Radar Using Robust Chines Remainder Theorem”, ICRAMET 2014.
23) M. Ghamat, B. Abbasi Arand and SH. Salemian “Proposing Two SLC Structures Based on NLMS and RLS for Improving ECCM Capability of Array Radar”, ICRAMET 2014.
24) B. Abbasi Arand and M. Amrollazadeh “An S Band Low Cost 6-Bit PIN Diode Phase Shifter”, IST 2014.
25) B. Abbasi Arand and A. Bazrkar “Gain Enhancement of a Multiband Square-Loop Patch Antenna Using an AMC-PEC Substrate and a Radome”, IST 2014.
26) P. Shaghaghivand, A. Ebrahimzadeh and B. Abbasi Arand “Throughput optimization in OFDMA cognitive radio networks based on node selection and power allocation”, International Conference on Computer and Knowledge Engineering, 2014.
27) Bijan Abbasi Arand, Mohammad Amrollahzadeh, Salar jaafari “A wideband Planar 16:1 High Power Combiner”, ICEEM 2013.
28) بیژن عباسی آرند و مهران عطامنش "توسعه نرم افزار شبيه ساز به منظور بررسي پديده هاي انتشاري جو در رادارهاي برد بلند" اولين كنفرانس مهندسي الكترومغناطيس ايران، دی ماه 1391.
29) بیژن عباسی آرند و مهدیه قادری "طراحي آنتن موج نشتي با شيار منحني بر روي موجبر مجتمع شده بر روي زير لايه" دومين كنفرانس الكترومغناطيس مهندسي (كام) ايران، دی ماه 1392. 30) عاطفه شیخیان و بیژن عباسی آرند "طراحي آنتن حلزوني چهار بازويي پهن باند براي كاربردهاي جهت يابي" دومين كنفرانس سامانه هاي مراقبتي پسيو، شیراز، اسفند 1392. 31) محمد حسین قامت و بیژن عباسی آرند "بررسي و شبيه سازي اثر زمين بر خطاي زاويه سنجي در تكنيك مونوپالس در مد ردگيري" دومين كنفرانس سامانه هاي مراقبتي پسيو، شیراز، اسفند 1392. 32) H. Balegh and B. Abbasi Arand “Analysis of a Microwave Hybrid Graphene-Metal Branch Line Coupler”, ICEEM 2015.
33) محمد حسین قامت، بیژن عباسی آرند، محمد سلیم احسان و حسن بولوردی "بررسي اثر وزن دهي و عدم كاليبراسيون بر روي خطاي زاويه سنجي مونوپالس"، سومين كنفرانس الكترومغناطيس مهندسي (كام) ايران، آذر ماه 1393. 34) سید مجتبی موسوی و بیژن عباسی آرند "افزایش پهنای باند آنتن پچ با استفاده از تئوری مدهای مشخصه"، سومين كنفرانس الكترومغناطيس مهندسي (كام) ايران، آذر ماه 1393. 35) امیر زاهدی و بیژن عباسی آرند "تصحيح خطاي فاز ناشي از خطاهاي مكانيكي در آنتن هاي آرايه فازي اكتيو با استفاده از الگوريتم اجتماع ذرات"، سومين كنفرانس الكترومغناطيس مهندسي (كام) ايران، آذر ماه 1393. 36) نیلوفر سلیمانی رودی و بیژن عباسی آرند " مدل سازي انتشار امواج راديويي در سيستم مالتي لتريشن"، سومين كنفرانس الكترومغناطيس مهندسي (كام) ايران، آذر ماه 1393. 37) سید محمد رضا موسوی و بیژن عباسی آرند " آنتن مونوپل پهن باند با ساختار جديد براي عملكرد در باند فركانسي V/UHF"، سومين كنفرانس الكترومغناطيس مهندسي (كام) ايران، آذر ماه 1393. 38) بیژن عباسی آرند و محسن عسکری "استفاده از مدولاسيون LFM بين پالسي و تئوري باقيمانده چيني مقاوم جهت رفع ابهام همزمان برد و داپلر در رادارهاي MPRF"، سومين كنفرانس الكترومغناطيس مهندسي (كام) ايران، آذر ماه 1393. 39) محمد رضا عنایتی، عطا اله ابراهیم زاده و بیژن عباسی آرند "مدلسازي انتشار امواج الكترومغناطيس در كانالهاي بيسيم داخل ساختمان با استفاده از روش عددي تفاضل محدود حوزه زمان"، سومين كنفرانس ملي ايده هاي نو در مهندسي برق، اصفهان، 1393. 40) نیلوفر سلیمانی رودی و بیژن عباسی آرند " بهينه سازي موقعيت گيرنده هاي سيستم مالتي لتريشن"، دومین کنفرانس ملی اویونیک، اصفهان، 1393. 41) نیلوفر سلیمانی رودی و بیژن عباسی آرند "مدل سازي نمايه تاخير توان در سيستم مالتي لتريشن"، دومين همايش ملي پژوهش هاي كاربردي در برق مكانيك و مكاترونيك، تهران، بهمن ماه 1393. 42) سید محمد رضا موسوی و بیژن عباسی آرند "آنتن پهن باند V/UHF با ساختار جديد جهت كاربرد در پلتفرم هاي هوايي"، بيست و سومين كنفرانس مهندسي برق ايران، دانشگاه صنعتی شریف، اردیبهشت 1394. 43) علی آتش افزون، جواد جوکار، بیژن عباسی آرند و امیر مسعود مشکسار "جهت يابي و طبقه بندي اهداف صوتي به وسيله دو ژئوفون و يك سنسور فشار" پنجمين كنفرانس بين المللي آكوستيك و ارتعاشات، تهران، آذر ماه 1394. 44) محمد قدیان، رضا طاهری منفرد و بیژن عباسی آرند "ردگيري اهداف راداري با مدل حركت و مشاهده غيرخطي با استفاده از فيلترهاي ذره اي و مدل هاي چندگانه" سومين كنفرانس ملي و اولين كنفرانس بين المللي پژوهش هاي كاربردي در مهندسي برق، مكانيك و مكاترونيك، تهران، بهمن 1394. 45) هومن بهمن سلطانی، حبیب اله عبیری و بیژن عباسی آرند "تحليل و طراحي لامپ موج رونده با حفره هاي تزويج شده توسط كد يك بعدي سيگنال بزرگ كولاژ باريكه-مدار و مقايسه با نتايج عملي" چهارمين كنفرانس الكترومغناطيس مهندسي ايران، نوشهر، فروردین 1395. 46) سعید کمال زاده و بیژن عباسی آرند "آنتن آرايه اي پچ ميكرواستريپي با تغذيه محفظه پشتي SIW"، چهارمين كنفرانس الكترومغناطيس مهندسي ايران، نوشهر، فروردین 1395. 47) حسین منتظری، بیژن عباسی آرند و زهرا اطلس باف "آنتن تك قطبي كوچك فراپهن باند داراي قابليت كنترل باند حذف با استفاده از بارگذاري تشديدگر حلقه خازني(CLLR )" بيست و چهارمين كنفرانس مهندسي برق ايران، اردیبهشت 1395. 48) Hamid Reza Hashempour, Mohmmad Ali Masnadi-Shirazi and Bijan Abbasi “Compressive Sensing ISAR imaging with LFM signal” May 2017, Iranian Conference on Electrical Engineering (ICEE). 49) K. Heydari, P. Azmi, B. Abbasi and A. Heydari “Interference alignment in the multi input multi output cellular network systems with incomplete measurement of channel information” May 2017, Iranian Conference on Electrical Engineering (ICEE).
Seminar Papers:
1) B. Abbasi, "Radar systems and technologies used in Iraq War" Aerospace Industries Organization Seminar, 2006. 2) B. Abbasi " Electronic Warfare Techniques and Radar fire control systems" First Electronic Warfare Seminar, Sharif University, 2004.
3) B. Abbasi, S. Bayat "Electronic Warfare and Passive radar Systems" First Electronic Warfare Seminar, Sharif University, 2004. 4) S. Bayat, B. Abbasi, " Studying the role of technology and electronic warfare in the recent 100 years war" Research Institute of Defense seminar, 2005.
5) B. Abbasi Arand , “ Analysis and Simulation of a PBG Patch Antenna used in large Phased Array Antenna”, Postdoc Research Project, Electronic Industries,2008.
6) B. Abbasi Arand “Analysis of Frequency Scan Antenna with high frequency sensitivity”, Electronic Industries, Postdoc Research Project, 2009.
Journal Papers 1) B. Abbasi Arand, M. Hakkak, K. Forooraghi, J. Rashed Mohassel, “ Analysis of vertical wire antenna above lossy ground using discrete complex image method”, Accepted in Int. Journal of Electronics and Communications (AEU), Germany, 2003.
2) B. Abbasi Arand, M. Hakkak, K. Forooraghi, J. Rashed Mohassel, “Analysis of aperture antennas above lossy half-space”, Accepted in Journal of Electromagnetic Waves and Applications (JEMWA), USA, 2003.
3) B. Abbasi Arand, M. Hakkak, K. Forooraghi, J. Rashed Mohassel, “ Study of arbitrary wire antenna radiation above lossy earth using DCIM”, Scientific Journal of Amir Kabir University, 2003. 4) B. Abbasi Arand, M. Hakkak, "Design and simulation of Phased Array Antenna with low mutual coupling between elements" Scientific Journal of Amir Kabir University, 2004.
5) B. Abbasi Arand, M. Hakkak, "Design and Simulation of Frequency Scanning antenna" Scientific Journal of Amir Kabir University, 2004.
6) R. Bayderkhani, K. Forooraghi, B. Abbasi Arand, “Gain Enhanced SIW Cavity backed Slot Antenna with Arbitrary Levels of Inclined Polarization”, IEEE Antennas and Wireless Propagation Letters, 2014.
7) R. Bayderkhani, K. Forooraghi, B. Abbasi Arand, “Gain Intensified Slot Antennas Backed by SIW Cavity Using High Order Cavity Resonance”, International Journal of Microwave and Wireless Technologies, 2014.
8) M. Taheri, J. Mili Monfared and B. Abbasi Arand “High step-up DC–DC converter with ripple free input current and soft switching”, IET POWER ELECTRONICS, 2014.
9) A. Dastranj, B. Abbasi Arand, “Design of a Dual-Polarized Omnidirectional Antenna for Broadband Applications”, International Journal of RF & Microwave Computer-Aided Engineering, 2015.
10) B. Abbasi Arand, A. Bazrkar, “Gain Enhancement of a Tetra-band Square-Loop Patch Antenna Using an AMC-PEC Substrate and a Superstrate”, Wireless Personal Communications-Springer, 2015.
11) N. Soleimani and B. Abbasi Arand “Power delay profile modeling for Multilateration system”, CUMHURIYET UNIVERSITESI FEN EDEBIYAT FAKULTESI FEN BILIMLERI DERGISI, 2015.
12) M. Taheri, J. Mili Monfared and B. Abbasi Arand “High step-up current-fed ZVS dual half-bridge DC–DC converter for high-voltage applications”, IET POWER ELECTRONICS, 2015.
13) R. Bayderkhani, K. Forooraghi and B. Abbasi Arand “Analysis of an integrated lens antenna fed by SIW slot array using a hybrid MoM–PO method”, Analysis of an integrated lens antenna fed by SIW slot array using a hybrid MoM–PO method, 2015.
14) A. Dastranj and B. Abbasi Arand “Investigation of a Low-Profile Planar Monolayer UWB Antenna with an Open Slot for Bandwidth Enhancement”, Progress In Electromagnetics Research C, 2015.
15) A. Dastranj and B. Abbasi Arand “High-Performance 45 deg Slant-Polarized Omnidirectional Antenna for 2–66-GHz UWB Applications”, IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION, 2016.
16) S. Kamalzadeh and B. Abbasi Arand “Patch array antenna with cavity-backed SIW feed for X-Band applications”, MICROWAVE AND OPTICAL TECHNOLOGY LETTERS, 2016.
17) R. Bayderkhani, K. Forooraghi and B. Abbasi Arand “Hybrid MoM–PO analysis of multilayered SIW slot antenna with a dielectric slab radome”, INTERNATIONAL JOURNAL OF MICROWAVE AND WIRELESS TECHNOLOGIES, 2015.
18) K. Heydari, P. Azmi, B. Abbasi and A. Heydari “DETERMINING THE PARAMETERS OF CHIRP SIGNALS USING CYCLOSTATIONARY METHOD IN PRESENCE OF THE INTERFERENCE”, Journal of Fundamental and Applied Sciences, 2016.
19) B. Abbasi, S. Kamalzadeh and M. Amrollahzadeh“A Wide-Band Gysel Power Divider/Combiner Based on a Modified Marchand Balun” Microwave and Optical Letters, 2017. 20) B. Abbasi, A. Bazrkar and A. Zahedi “Design of a Phased Array in Triangular Grid With an Efficient Matching Network and Reduced Mutual Coupling for Wide-Angle Scanning” Transactions on Antenna and Propagation, April 2017.
21) بیژن عباسی آرند، محسن عسکری "طراحي رادار پالس داپلر با استفاده از روش باقيمانده چيني مقاوم جهت رفع ابهام در برد"، مجله علمی پژوهشی رادار، 1393. 22) عبدالله دویستی، بیژن عباسی آرند "طراحي و شبيه سازي سيستم مخابراتي زيرسطحي با برد كوتاه و ارائه مدلي جديد براي كانال آكوستيكي چندمسيره كم عمق در خليج فارس"، مجله مهندسی برق مدرس، 1389. 23) بیژن عباسی آرند، وحید انصاری "روشي ساده براي كاهش گلبرگ هاي فرعي درآنتن آراية فازي خطي با وزن دهي يكنواخت و غير يكنواخت با ايده از روش SLC"، مجله مهندسی برق مدرس، 1389. 24) علی ایمانی و بیژن عباسی آرند "طراحي و ساخت سوئيچ پلارايزر موجبري با قابليت ايجاد پلاريزاسيون خطي و دايروي" فصلنامه صنایع الکترونیک، 1395.
VIII. RESEARCH PROJECT LEADER:
1) Design of electronic circuit to control the speed of DC motors.
2) Analysis of power combining and synchronization in Microwave oscillators.
3) Design and Made of “Coaxial Waveguide Slot Array Antenna”.
4) Design and Made of Microwave microstrip component (Mixer, Filter, Power Combiner, Coupler).
5) Design and made of modified Radio Fuse.
6) Design and simulation of a tactical air defense system
7) Modification and up gradation of a ground radar station
8) Design of an Emulator (Simulator) for air defense weapon systems
9) Design and manufacture of a GPS Jammer system
10) Design and manufacture of a multi static radar system
11) Simulation of Anti ARM system
12) Design and manufacture of Monopole Antenna array of OTH radar system
13) Design of LPDA as Transmitter of OTH radar system
14) Design and manufacture of microstrip patch antenna with PBG substrate
15) Design of a microstrip phased array antenna for radar systems
16) Design and manufacture of a waveguide antenna with circular polarization for transponder of Satellite system.
17) Design and manufacture of a Transponder for Satellite Application.
18) Design and simulation of a secured radio link between ground station and space.
IX. BOOKS
1) Electronic Warfare (Under Translation)
X. Honors and Awards
1) First rank of Mathematic Olympiad of province 2) 2nd rank (1st rank of engineering branch) of Kharizmi young festival 1382. 3) Excellent rank of our project at 1st festival of defense research
XI. RESEARCH STUDENTS ADVISOR and CO-SUPERVISED:
1) Alireza Zinodini (student of Tehran Univ.) MSc 2) Hosein Oughani (student of Tarbiat Modares Univ) MSc 3) Mehdi Moridvaisy (student of Malek Ashtar Univ) MSc 4) Ali Samar Hashemi (Student of Shahid Beheshti University) MSc 5) Mohamad Reza Ebrahimi (student of Malek Ashtar Univ) MSc 6) Vahid Ansari (Student of Malek Ashtar Univ) MSc 7) Abdollah Duisti (Student of Malek Ashtar Univ.) MSc 8) Abolfazl Abjadian (Student of Malek Ashtar Univ.) MSc 9) Ali Nejad Mazare (Student of Malek Ashtar Univ.) MSc 10) Ahmad Yusefeian (Student of Malek Ashtar Univ.) MSc
XII. COURSES TAUGHT and INTEREST:
Tarbiat Modares, Shahed University, Malek Ashtar Univ., Emam Ali Univ., Azad Univ. 1) Communication I., Electrical circuit I &II Undergraduate 2) Electrical Measurement, Electronic I, Electromagnetic Theory Undergraduate 3) Antenna I & II Graduate 4) Microwave I, Graduate 5) Numerical methods in electromagnetic (4 terms) Graduate 6) Introduction to Radar system Graduate 7) Introduction to Space systems Graduate 8) Satellite communications 9) Advanced Numerical Analysis (Matrix Computation)
INTEREST:
1) Antenna and propagation I, Antenna II 2) Radar systems and Electronic Warfare 3) Microwave systems 4) Advanced Electromagnetic 5) Numerical Techniques in Electromagnetics
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