DSP, Digital electronic, Design and Implementation on FPGAs, space-time adaptive processing
10
Scholar Citations
2
Scholar h-index
RECENT SCHOLAR PUBLICATIONS
طراحی یک تقویت کننده ی کم نویز در باند 2/4 گیگا هرتز با استفاده از بهبود ساختار در تطبیق امپدانس ورودی علوی راد، سید حسین؛ حسنی خواه، نرجس دومین کنفرانس پژوهش های کاربردی در مهندسی برق، دانشگاه شهید چمران اهواز , 2021 2021
An Efficient and High-Speed Implementation of QRD-MGS Algorithm for STAP Application Based on Floating Point FPGAs N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri Journal of Circuits, Systems and Computers 29 (03), 2050045 , 2020 2020 Citations: 2
Comparison of practical methods for an efficient FPGA implementation of STAP N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri International Journal of Electronics 106 (8), 1113-1126 , 2019 2019 Citations: 3
Efficient implementation of space–time adaptive processing for adaptive weights calculation based on floating point FPGAs N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri The journal of Supercomputing , 2018 2018 Citations: 5
Design & Efficient Implementation of STAP with the Multi-Vector Method for the Target Detection in Airborne Radars N Hasanikhah, S Aminnejad, D Ghafar, MR Moniri Radar 6 (1), 17-26 , 2018 2018
Implementation of QRD_MGS for space-time adaptive processing based on FPGAs N Hasanikhah, S Amin-Nejad, G Darvish 1ST International Conference on Advances Research on Electrical and Computer … , 2016 2016
Design & implementation of space-time adaptive processing for target detection on FPGAs N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri 1ST International Conference on Advances Research on Electrical and Computer … , 2016 2016
Artificial Neural Network Modeling of Retention Index of Organic Sulfur Compounds in Different Temperatures F Safa, P Ebrahimi, N Hasanikhah Iranian Seminar of Analytical Chemistry 16, 39 , 2009 2009
Channel parameters prediction of CMOS Transistors Using radial basis function for TSMC 0.13um process M Hayati, N Hasanikhah, B Akhlaghi IEEE Regional Symposium on Micro and Nano Electronics (RSM2009), 420-424 , 2009 2009
MOST CITED SCHOLAR PUBLICATIONS
Efficient implementation of space–time adaptive processing for adaptive weights calculation based on floating point FPGAs N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri The journal of Supercomputing , 2018 2018 Citations: 5
Comparison of practical methods for an efficient FPGA implementation of STAP N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri International Journal of Electronics 106 (8), 1113-1126 , 2019 2019 Citations: 3
An Efficient and High-Speed Implementation of QRD-MGS Algorithm for STAP Application Based on Floating Point FPGAs N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri Journal of Circuits, Systems and Computers 29 (03), 2050045 , 2020 2020 Citations: 2
طراحی یک تقویت کننده ی کم نویز در باند 2/4 گیگا هرتز با استفاده از بهبود ساختار در تطبیق امپدانس ورودی علوی راد، سید حسین؛ حسنی خواه، نرجس دومین کنفرانس پژوهش های کاربردی در مهندسی برق، دانشگاه شهید چمران اهواز , 2021 2021
Design & Efficient Implementation of STAP with the Multi-Vector Method for the Target Detection in Airborne Radars N Hasanikhah, S Aminnejad, D Ghafar, MR Moniri Radar 6 (1), 17-26 , 2018 2018
Implementation of QRD_MGS for space-time adaptive processing based on FPGAs N Hasanikhah, S Amin-Nejad, G Darvish 1ST International Conference on Advances Research on Electrical and Computer … , 2016 2016
Design & implementation of space-time adaptive processing for target detection on FPGAs N Hasanikhah, S Amin-Nejad, G Darvish, MR Moniri 1ST International Conference on Advances Research on Electrical and Computer … , 2016 2016
Artificial Neural Network Modeling of Retention Index of Organic Sulfur Compounds in Different Temperatures F Safa, P Ebrahimi, N Hasanikhah Iranian Seminar of Analytical Chemistry 16, 39 , 2009 2009
Channel parameters prediction of CMOS Transistors Using radial basis function for TSMC 0.13um process M Hayati, N Hasanikhah, B Akhlaghi IEEE Regional Symposium on Micro and Nano Electronics (RSM2009), 420-424 , 2009 2009
