Dr. Javad Javidan is an Associate Professor in the Department of Electrical and Computer Engineering at the University of Mohaghegh Ardabili. He completed all his academic degrees at Sharif University of Technology, specializing in electronic circuit design. He has also undertaken a research fellowship in electronic circuit design at the Hong Kong University of Science and Technology (HKUST). His research interests include analog circuit design, high-frequency circuits, and digital circuits.
Javad Javidan
Faculty of Engineering
Department of Electrical Engineering
Phone:
Email: javidan@uma.ac.ir
ORCID: https://orcid.org/0000-0001-5860-5756
Education
Ph.D. in Electronics, Sharif University of Technology (2010)
M.Sc. in Electronics, Sharif University of Technology (2002)
B.Sc. in Electrical Engineering – Electronics, Sharif University of Technology (2000)
Awards
Memberships
Fields of Interest
Analog Circuit Design
High-Frequency Circuit Design
Digital Electronic Circuit Design
70 - Polarization-independent tunable Multi-Band terahertz absorber based on graphene structure to desgin the ultra-high sensitive biosensors
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69 - Development of a Multi‑Band High‑Sensitivity Polarization‑Independent Absorber: A Biosensor for Simultaneous Detection of Multiple Cancer Biomarkers
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68 - Y Rafighirani, J Javidan, H Heidarzadeh,Polarization-independent tunable multi-band terahertz absorber based on graphene structure to design the ultra-high sensitive biosensors,2024
67 - A Pilehroudi, J Javidan, Y Rafighirani, H Heidarzadeh,Three-Band Graphene-Based Fully Independent Polarization Absorber for Biosensing Applications,2024
66 - Y Rafighirani, J Javidan, H Heidarzadeh, M Abdollahvand, ...,Seven-Band Complete Graphene Absorber Assisted by Metamaterial Concept for Optoelectronics and Engineering Technologies,2024
65 - Y Rafighirani, J Javidan, H Heidarzadeh,Development of a Multi-Band High-Sensitivity Polarization-Independent Absorber: A Biosensor for Simultaneous Detection of Multiple Cancer Biomarkers,2024
64 - S Nabipour, J Javidan,High-Speed Area-Efficient Hardware Architecture for the Efficient Detection of Faults in a Bit-Parallel Multiplier Utilizing the Polynomial Basis of GF (2m),2023
63 - S Nabipour, J Javidan, GZ Fatin,Efficient Fault Detection Architecture of Bit-Parallel Multiplier in Polynomial Basis of GF (2m) Using BCH Code,2022
62 - F Asghariyehlou, J Javidan,FPGA-Based Implementation of Low Complexity CORDIC-Based Scalable Complex QR Decomposition for MIMOOFDM Systems.,2022
61 - S Nabipour, J Javidan, M Khorrami, J Azimzadeh,An Efficient Digital Watermarking Algorithm Based on DCT and BCH Error Correcting Code,2021
60 - S Rajabi, S Jamali, J Javidan,An intrusion detection system in computer networks using the firefly algorithm and the fast learning network,2020
59 - S Nabipour, GZ Fatin, J Javidan,Area-Efficient VLSI Implementation of Serial-In Parallel-Out Multiplier Using Polynomial Representation in Finite Field GF (2m),2020
58 - P KhademiAstaneh, J Javidan, K Valipour, A Akbarimajd,A bidirectional high step‐up multi‐input DC‐DC converter with soft switching,2019
57 - P KhademiAstaneh, J Javidan, K Valipour, A Akbarimajd,Integrated Bidirectional Three-Port DC-DC Converter with Ripple-Free Input Current and Soft Switching,2018
56 - A Shabazi, J Javidan, R Asvadi,Joint Detection And Decoding in MIMO Systems,2018
55 - A Ahmadloo, G Zare Fatin, J Javidan,Design and FPGA implementation of a high speed and low power 64-bit adder,2018
54 - Y Asadi, J Javidan, G Zare Fatin, M Nooshyar,Design of a High speed and Low Complexity Divider/Squar-root Architecture on a FPGA,2017
53 - M Hazrati, J Javidan,Implementation of a Pipeline-Based BCH Decoder Architecture to Reduce the Delay and Hardware Complexity,2017
52 - R Dejagahi, J Javidan, GH Zarefatin,Design of a Power and Speed efficient 32-Bit Multiplier on FPGA,2017
51 - J JAVIDAN, S FAZEL,0.9/2.4 GHZ ACTIVE SWITCH CONCURRENT DUAL-BAND AND POWER AMPLIFIER DESIGN IN 0.18 MICRO M RF CMOS,2017
50 - S Sam Daliri, J Javidan, A Bozorgmehr,Reducing hardware complexity of wallace multiplier using high order compressors based on CNTFET,2017
49 - J Javidan,Energy management strategy of stand-alone photovoltaic system in cathodic protection pipeline,2016
48 - SS Daliri, J Javidan, MS Daliri, K Navi,Design of a New High-Speed and High-Performance Full Adder Cell Based on Carbon Nanotube Field Effect Transistors,2016
47 - ,طراحی یک دیکدر BCH بهینه جهت افزایش اطمینان در ذخیره سازی اطلاعات و تصحیح خطا در حافظه های فلش,2016
46 - K Amiri Norozmhllh, J Javidan, H Shayeghi,Design of a High Efficiency Bidirectional Converter to Battery Chargeing and Dischargeing With Voltage and Current Control and Current Limiter and SOC Measurement,2016
45 - H Ahsani, J Javidan, GR Zare Fatin,Design and Implementation a Dual-band pass filter with adjustable center frequency,2016
44 - S Nabipour, J Javidan, GZ Fatin,A Survey on Error Detection Mechanism based on Embedded High-Speed BCH Encoder & Decoder for Multi-Level Cell (MLC) NAND Flash Memory,2016
43 - S Nabipour, J Javidan, G Zare Fatin, M Nooshyar,BCH Decoder Design to Improve Memory Reliability and Error Correcting in Flash Memories,2015
42 - S Sam Daliri, J Javidan, K Navi,Design of High Speed and Low Power 32-bit Multiplier by using Compressor blocks in CNTFET Technology,2015
41 - O Khezri, J Javidan, A Akbarimajd,Design of dc-dc Bidirectional Converters with nonlinear controller for Stand-alone dc Micro grid,2015
40 - S Heyrati, J Javidan, A Akbarimajd,Design a High Voltage Gain Converter Wilh two Cascade Converters And Its Controller For Renewable Energy Sources,2015
39 - R Ghahremani, J Javidan, S Jamali,Fault tolerant routing algorithm in networks on chip using ant colony algorithm,2015
38 - M Shokri, J Javidan,A combination Technique based on Polynomial Method and look-up Table for Linearity Digital Pre-distortion in Power Amplifiers,2015
37 - M Shokri, J Javidan,A novel Technique for Linearizing Digital Pre-distortion in Power Amplifiers for OFDM Applications,2015
36 - A Mesri, J Javidan, MM Pirbazari,Analysis and design of a two-stage amplifier with enhanced performance,2015
35 - N Babapour, J Javidan,Design of a Class F Power Amplifier With 60% Efficiency at 1800 MHz Frequency,2015
34 - S Fazel, J Javidan,A highly efficient and linear class AB power amplifier for RFID application,2015
33 - B Mohamadi, E Abdi Aghdam, J Javidan,The Drivation at Expermental Pressur-Crank¬ Angle for Free Burned Residual Gas Cycles and thair Analysis,2015
32 - Design of a ZVS PWM DC–DC converter for high gain applications
31 - Intelligent Fault Tolerant Energy Management System With Layered Architecture for a Photovoltaic Power Plant
30 - M Javadi, J Javidan, M Salimi,Cathodic protection of an underground pipeline by photovoltaic power system using intelligent method,2014
29 - A Jahedi, J Javidan, H Nasiraghdam,Multi-objective modeling for fault indicators placement using of NSGA II to reduce off time and costs in distribution network,2014
28 - O Khezri, J Javidan,High-Conversion-Ratio Bidirectional DC–DC Converter with Dual Coupled Inductors,2014
27 - S Nabipour, J Javidan, F Zare Gholamreza,Error Detection Mechanism Based on Bch Decoder and Root Finding of Polynomial Over Finite Fields,2014
26 - M Javadi, J Javidan, M Salimi,Design an intelligent solar photovoltaic power for cathodic protection system to protect under ground gas pipeline,2014
25 - MS Jonban, J Javidan, A Akbarimajd,Designing A Multi-Agent Mechanism For Energy Management In A Photovoltaic System,2014
24 - MMM Mousavi, J Javidan, A Menshsari, HA Bagal,Optimal Placement of Distributed Generation Resources from the perspective of the private sector by DAPSO Algorithm,2013
23 - M Lotfollahzade, A Akbarimajd, J Javidan,Design LQR and PID Controller for Optimal Load Sharing of an Electrical Microgrid,2013
22 - L Morad, J Javidan, GZ Fatin, E Morad,Transistor Sizing in Order to Hardening CMOS circuit against Soft Error,2013
21 - J Javidan, A Ghasemi,A novel fuzzy RPID controller for multiarea AGC with IABC optimization,2013
20 - J Javidan, SM Atarodi, HC Luong,Circuit and system design for an 860–960 MHz RFID reader front‐ends with Tx leakage suppression in 0.18− µm CMOS technology,2012
19 - D Tavakolifar, J Javidan,Design of compact transformer-type power combiner for watt-level PA in CMOS technology,2012
18 - J Javidan, A Ghasemi,Environmental/economic power dispatch using multi-objective honey bee mating optimization,2012
17 - J Javidan, SM Atarodi,Implementation of a fully integrated 30-dBm RF CMOS linear power amplifier with power combiner,2011
16 - J Javidan, M Atarodi, HC Luong,High power amplifier based on a transformer-type power combiner in CMOS technology,2010
15 - J Javidan, M Atarodi, P Torkzadeh,A different size transformers and its analysis for power combiner blocks in CMOS technology,2009
14 - J Javidan, SM Atarodi, HC Luong,A fully integrated 900 MHz power amplifier with new transformer network in CMOS technology,2009
13 - P Torkzadeh, M Atarodi, J Javidan,A low power, low phase noise, square wave LC quadrature VCO for ISM band,2009
12 - P Torkzadeh, J Javidan, M Atarodi, N Anabtawi,An elaborate design and implementation of a 3rd order sigma-delta modulator ADC for wideband signals,2008
11 - J Javidan, P Torkzadeh, M Atarodi,A novel transformer network and its analysis for power combiner blocks in CMOS technology,2008
10 - P Torkzadeh, J Javidan, M Atarodi,A 640MHz CMOS switched-capacitor sigma-delta ADC with 12 bits of resolution by using double sampling technique,2008
9 - J Javidan, P Torkzadeh, M Atarodi,A 1W, 900MHz class-F RF power amplifier with 56% PAE in 0.18-um CMOS technology,2008
8 - Enhancing Data Storage Reliability and Error Correction in Multilevel NOR and NAND Flash Memories through Optimal Design of BCH Codes
7 - Trends and challenges in design of embedded BCH error correction codes in multi-levels NAND flash memory devices
6 - FPGA-Based Implementation of Low Complexity CORDICBased Scalable Complex QR Decomposition for MIMOOFDM Systems
5 - High gain multi-input DC-DC converter with combined phase-shift/PWM modulation for stand-alone applications
4 - A bidirectional high step-up multi-input DC-DC converter with soft switching
3 - Integrated Bidirectional Three-Port DC–DC Converter with Ripple-Free Input Current and Soft Switching
2 - MK Jalloul, MA Al‐Alaoui, SL Jang, YT Chang, CW Hsue, MH Juang, ...,Circuit Theory & Applications
1 - S Fazel, J Javidan,CMOS power amplifier design with efficiency of 28% for the 2.4 GHz frequency band
Vice Chancellor for Educational and Student Affairs in Faculty of Technical and Engineering
برنامه هفتگی استاد در ترم جاری
| نام درس | مقطع | زمان و مکان ارائه |
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PhD
Master
Master
