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نام و نام خانوادگی
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مدرک تحصیلی |
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درجه علمی |
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بخش مربوطه
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ایمیل
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آدرس سایت
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| | تحصیلات/دوره های دانشگاهی (1) |
| | | | مقالات ژورنال (17) |
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| 1-Amir Fathi، Mir Majid Ghasemi، Abdollah Khoei، 2022، Design and performance analysis of an ultra‐high‐speed 5‐2 compressor، https://onlinelibrary.wiley.com/doi/abs/10.1002/cta.3247. [Citation(استناد)] | |
| 2- 2022، Low-power min/max architecture in 32nm CNTFET technology for fuzzy applications based on a novel comparator،Amir Fathi، Behbood Mashoufi، Zahra Hejabri، https://www.ijnd.ir/article_688542.html. [Citation(استناد)] | |
| 3-Amir Fathi, M Mousazadeh, A Khoei, High-speed, low power, and dead zone improved phase frequency detector,IET Circuits, Devices & Systems . | |
| 4-Amir Fathi, B Mashoufi, S Azizian, 2020, Very Fast, High-Performance 5-2 and 7-2 Compressors in CMOS Process for Rapid Parallel Accumulations,IEEE Transactions on Very Large Scale Integration (VLSI) Systems . | |
| 5-H Ghasemizadeh، A Fathi، A Ahmadi، S Moharami، 2012، Programmable High Accuracy Fuzzifier Circuit for Analog Neuro-Fuzzy System،International Review on Computers and Software. | |
| 6-H Ghasemizadeh، A Fathi، A Ghasemizadeh، 2012، High Speed 16× 16-bit Low-Latency Pipelined Booth Multiplier،Scientific & Academic Publishing (SAP). | |
| 7-A Fathi، S Azizian، K Hadidi، A Khoei، 2012، A novel and very fast 4-2 compressor for high speed arithmetic operations،IEICE transactions on electronics. | |
| 8-A Fathi، S Azizian، K Hadidi، A Khoei، 2012، Ultra High Speed Modified Booth Encoding Architecture for High Speed Parallel Accumulations،IEICE transactions on electronics. | |
| 9-A Fathi، P Mobadersany، R Fathi، 2012، A Simple Method to Solve Quartic Equations،Australian Journal of Basic & Applied Sciences. | |
| 10-A Fathi، S Azizian، R Fathi، HG Tamar، 2012، Low latency، glitch-free booth encoder-decoder for high speed multipliers،IEICE Electronics Express. | |
| 11-H Ghasemizadeh، A Fathi، A Ahmadi، S Moharami، 2013، Programmable High Accuracy Fuzzifier Circuit for Analog Neuro Fuzzy System،International Review on Computers and Software. | |
| 12-A Fathi، N Sharifan، 2013، A Classic New Method to Solve Quartic Equations،Applied and Computational Mathematics. | |
| 13-A Fathi، A Khoei، K Hadidi، 2015، High speed min/max architecture based on a novel comparator in 0.18-μm CMOS process،Journal of Circuits، Systems and Computers. | |
| 14-A Fathi، MT Ahmadi، R Ismail، 2016، Carrier velocity effect on carbon nanotube Schottky contact،Semiconductors. | |
| 15-YV Yaghmourali، A Fathi، M Hassanzadazar، A Khoei، K Hadidi، 2018، A low-power، fully programmable membership function generator using both transconductance and current modes
،Fuzzy Sets and Systems. | |
| 16-A Fathi، A Khoei، M Mousazadeh، 2018، Generalized method of analog circuit characteristic function analysis،IEEE Transactions on Circuits and Systems II. | |
| 17-A Fathi، M Mousazadeh، A Khoei، 2019، High Speed، Low Power and Dead Zone Improved Phase Frequency Detector،IET Circuits، Devices & Systems. |
| | | مقالات و خلاصه مقالات ارائه شده در همايش ها (5) |
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| 1-Sarkis Azizian, Amir Fathi , Behbud Mashoufi, Fardin Derogarian, Implementation of a programmable neuron in 0.35μm CMOS process for multi-layer ANN applications,EUROCON. | |
| 2-Habib Ghasemizadeh, Amir Fathi, Aghil Ahmadi, Programmable Fuzzifier Circuits with High Precision for Analog Neuro-Fuzzy System,ICEE. | |
| 3-R Navidi, A Fathi, K Mohammadi, M Mousazadeh, A Mousazadeh, Improved Gain Folded Cascode OpAmp Employing a Novel Positive Feedback Structure,ICEE. | |
| 4-Amir Fathi , Sarkis Azizian , Khayrollah Hadidi , Abdollah Khoei, and Amin Chegeni, CMOS Implementation of a Fast 4-2 Compressor for Parallel Accumulations,ISCAS. | |
| 5-YV Yaghmurali, A Fathi, A Khoei, K Hadidi, Implementation of a low-power multi shaped CMOS fuzzifier circuit,ICEE. |
| | | کتاب های چاپ شده (2) |
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| 1-A Fathi, S Azizian, N Sharifan, Sensors and Amplifiers: Sensor Output Signal Amplification Systems “Handbook of Research on Nanoelectronic Sensor Modeling and Applications”
. | |
| 2-A Fathi, M Hassanzadazar, CNT as a Sensor Platform, “Handbook of Research on Nanoelectronic Sensor Modeling and Applications,
,Book Chapter. |
| | | اختراع ها و امتیازهای معنوی (1) |
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| 1-A Fathi, N Sharifan, 2011, ‘Design a Booth encoder-decoder Circuit For Very High Speed Digital Multiplier’ Iran Patent Application 490090299,Filed November 29, 2011,Iran. |
| | | دروس تدریس شده (10) |
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نام و نام خانوادگی
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امیر فتحی
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مدرک تحصیلی
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دکترای تخصصی برق الکترونیک
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بخش مربوطه
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گروه مهندسی برق الکترونیک
رزومه آموزشی و پژوهشی
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| | تحصیلات/دوره های دانشگاهی (1) |
| | | | مقالات ژورنال (17) |
| |
| 1-Amir Fathi، Mir Majid Ghasemi، Abdollah Khoei، 2022، Design and performance analysis of an ultra‐high‐speed 5‐2 compressor، https://onlinelibrary.wiley.com/doi/abs/10.1002/cta.3247. | |
| 2- 2022، Low-power min/max architecture in 32nm CNTFET technology for fuzzy applications based on a novel comparator،Amir Fathi، Behbood Mashoufi، Zahra Hejabri، https://www.ijnd.ir/article_688542.html. | |
| 3-Amir Fathi, M Mousazadeh, A Khoei, High-speed, low power, and dead zone improved phase frequency detector,IET Circuits, Devices & Systems . | |
| 4-Amir Fathi, B Mashoufi, S Azizian, 2020, Very Fast, High-Performance 5-2 and 7-2 Compressors in CMOS Process for Rapid Parallel Accumulations,IEEE Transactions on Very Large Scale Integration (VLSI) Systems . | |
| 5-H Ghasemizadeh، A Fathi، A Ahmadi، S Moharami، 2012، Programmable High Accuracy Fuzzifier Circuit for Analog Neuro-Fuzzy System،International Review on Computers and Software. | |
| 6-H Ghasemizadeh، A Fathi، A Ghasemizadeh، 2012، High Speed 16× 16-bit Low-Latency Pipelined Booth Multiplier،Scientific & Academic Publishing (SAP). | |
| 7-A Fathi، S Azizian، K Hadidi، A Khoei، 2012، A novel and very fast 4-2 compressor for high speed arithmetic operations،IEICE transactions on electronics. | |
| 8-A Fathi، S Azizian، K Hadidi، A Khoei، 2012، Ultra High Speed Modified Booth Encoding Architecture for High Speed Parallel Accumulations،IEICE transactions on electronics. | |
| 9-A Fathi، P Mobadersany، R Fathi، 2012، A Simple Method to Solve Quartic Equations،Australian Journal of Basic & Applied Sciences. | |
| 10-A Fathi، S Azizian، R Fathi، HG Tamar، 2012، Low latency، glitch-free booth encoder-decoder for high speed multipliers،IEICE Electronics Express. | |
| 11-H Ghasemizadeh، A Fathi، A Ahmadi، S Moharami، 2013، Programmable High Accuracy Fuzzifier Circuit for Analog Neuro Fuzzy System،International Review on Computers and Software. | |
| 12-A Fathi، N Sharifan، 2013، A Classic New Method to Solve Quartic Equations،Applied and Computational Mathematics. | |
| 13-A Fathi، A Khoei، K Hadidi، 2015، High speed min/max architecture based on a novel comparator in 0.18-μm CMOS process،Journal of Circuits، Systems and Computers. | |
| 14-A Fathi، MT Ahmadi، R Ismail، 2016، Carrier velocity effect on carbon nanotube Schottky contact،Semiconductors. | |
| 15-YV Yaghmourali، A Fathi، M Hassanzadazar، A Khoei، K Hadidi، 2018، A low-power، fully programmable membership function generator using both transconductance and current modes
،Fuzzy Sets and Systems. | |
| 16-A Fathi، A Khoei، M Mousazadeh، 2018، Generalized method of analog circuit characteristic function analysis،IEEE Transactions on Circuits and Systems II. | |
| 17-A Fathi، M Mousazadeh، A Khoei، 2019، High Speed، Low Power and Dead Zone Improved Phase Frequency Detector،IET Circuits، Devices & Systems. |
| | | مقالات و خلاصه مقالات ارائه شده در همايش ها (5) |
| |
| 1-Sarkis Azizian, Amir Fathi , Behbud Mashoufi, Fardin Derogarian, Implementation of a programmable neuron in 0.35μm CMOS process for multi-layer ANN applications,EUROCON. | |
| 2-Habib Ghasemizadeh, Amir Fathi, Aghil Ahmadi, Programmable Fuzzifier Circuits with High Precision for Analog Neuro-Fuzzy System,ICEE. | |
| 3-R Navidi, A Fathi, K Mohammadi, M Mousazadeh, A Mousazadeh, Improved Gain Folded Cascode OpAmp Employing a Novel Positive Feedback Structure,ICEE. | |
| 4-Amir Fathi , Sarkis Azizian , Khayrollah Hadidi , Abdollah Khoei, and Amin Chegeni, CMOS Implementation of a Fast 4-2 Compressor for Parallel Accumulations,ISCAS. | |
| 5-YV Yaghmurali, A Fathi, A Khoei, K Hadidi, Implementation of a low-power multi shaped CMOS fuzzifier circuit,ICEE. |
| | | کتاب های چاپ شده (2) |
| |
| 1-A Fathi, S Azizian, N Sharifan, Sensors and Amplifiers: Sensor Output Signal Amplification Systems “Handbook of Research on Nanoelectronic Sensor Modeling and Applications”
. | |
| 2-A Fathi, M Hassanzadazar, CNT as a Sensor Platform, “Handbook of Research on Nanoelectronic Sensor Modeling and Applications,
,Book Chapter. |
| | | اختراع ها و امتیازهای معنوی (1) |
| |
| 1-A Fathi, N Sharifan, 2011, ‘Design a Booth encoder-decoder Circuit For Very High Speed Digital Multiplier’ Iran Patent Application 490090299,Filed November 29, 2011,Iran. |
| | | دروس تدریس شده (10) |
| |
|