Faculty

Institution

Unit

Venue

Michael Vasilyev

University of Texas at Arlington

Affiliations

College of Engineering

Electrical Engineering

Materials Science and Engineering

NoneMichael Vasilyev is currently serving as a College Of Engineering faculty at University of Texas At Arlington.

Honors

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Experiences

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Education

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Michael Vasilyev

University of Texas at Arlington

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photonics applied physics optoelectronics electrical engineering optical engineering materials science laser science wave optics fibers beam optics optical metrology fiber science optical communications optical wireless communication technology optical properties raman spectroscopy fiber optics fiber-optic communications lightwave technology optical networking signal processing spectroscopy electronics dispersion phase-sensitive amplification spatial modes quantum mechanics wireless communications telecommunication networks optical information processing guided-wave optic few-mode fiber power electronics quantum science quantum photonics interferometry dispersion-managed fibers noise figure elliptical gaussian pump optical parametric amplifier phase-sensitive image amplifier atomic physics biophotonics microwave technology dispersion science biomedical imaging optical amplifier brillouin scattering intermittently connected device optical imaging electronic engineering quantum technologies wave propagation high-speed networking quantum sensing optic design self-homodyne tomography phase-sensitive image amplification dispersion-managed fibre raman noise figure raman amplification three-mode fiber raman amplifiers distributed raman amplifier vlsi technology computational imaging numerical simulations scientific computing precision engineering audio signal processing sound propagation engineering noise control ofdm system fragmentation effect software-defined networking

Notable Scholarly Works

Notable Federal Grants

Collaborators

Positive ( 0 Db) Wavelength Conversion Efficiency in Temperature-Tuned Five-Segment Highly-Nonlinear Fiber Without Pump Dithering. Optical Fiber Communication Conference (OFC) 2022 (2024)

Hamed RabbaniCheng GuoMichael Vasilyev

optical engineeringhigh-performance fiberapplied physicswavelength conversion efficiencyoptoelectronicsfiber science

Devices for Quantum Communication Over Mode-Division-Multiplexing Systems. (2023)

Afshin ShamsshooliYoung B. KwonCheng GuoMichael Vasilyev

digital signal processingtechnologyquantum communicationsmode-division-multiplexing systems

Phase-Preserving Amplitude Regeneration in a Mamyshev Regenerator With Mid-Stage Optical Phase Conjugation. (2023)

Cheng GuoMichael Vasilyev

optogeneticsphase-preserving amplitude regenerationoptoelectronicsbiological engineeringmamyshev regenerator

Record Photon Information Efficiency With Optical Clock Transmission and Recovery of 12.5 Bits/Photon Over an Optical Channel With 77 Db Loss. arXiv (Cornell University) (2023)

René-Jean EssiambreCheng GuoSai Kanth DachaAlexei AshikhminAndrea Blanco-RedondoFrank R. KschischangKonrad BanaszekMatthew WeinerRose KopfIan CrawleyMohamad H. IdjadiAyed A. SayemJie ZhaoJames D. SandozNicolas FontaineNicole MenkartRoland RyfJohn CloonanMichael VasilyevThomas E. MurphyEllsworth C. Burrows

optical clock transmissionapplied physicsoptical channelphotonics

Temperature-Tuned Two-Segment Highly-Nonlinear Fiber With Increased Stimulated Brillouin Scattering Threshold. (2023)

Cheng GuoMichael VasilyevYouichi AkasakaPaparao PalacharlaShigehiro TakasakaRyuichi Sugizaki

applied physicsmaterials engineeringfiber science

Alignment of Zero-Dispersion Wavelength Along Highly-Nonlinear Fiber Length With Simultaneous Increase in the Stimulated Brillouin Scattering Threshold. Optical Fiber Communication Conference (OFC) 2022 (2022)

Cheng GuoMichael VasilyevYouichi AkasakaPaparao Palacharla

materials sciencezero-dispersion wavelengthhighly-nonlinear fiber lengthfiber opticsfiber-optic communicationsoptical communicationslaser scienceoptoelectronicsfiber sciencephotonics

Amplitude Regeneration and Phase Noise Suppression of an 8-Psk Signal by an Attenuation-Imbalanced Nolm. Conference on Lasers and Electro-Optics (2022)

Cheng GuoMichael VasilyevTaras I. Lakoba

laser scienceelectrical engineeringattenuation-imbalanced nolmamplitude regenerationphase noise suppressionphotonics

Power Consumption and Fwm Crosstalk Analysis of a Hybrid S-Band Amplifier Based on Two Parametric Wavelength Converters and an Edfa. Optical Fiber Communication Conference (OFC) 2022 (2022)

Cheng GuoMichael VasilyevYouichi AkasakaPaparao Palacharla

parametric wavelength convertershybrid s-band amplifierfwm crosstalk analysispower electronicselectrical engineeringoptical wireless communicationoptoelectronics

S-Band Amplifier Using Highly Nonlinear Fibers. 2022 27th OptoElectronics and Communications Conference (OECC) and 2022 International Conference on Photonics in Switching and Computing (PSC) (2022)

Youichi AkasakaShigehiro TakasakaRyuichi SugizakiCheng GuoMichael Vasilyev

optical switchings-band amplifierelectrical engineeringoptoelectronicsnonlinear fibersphotonics

Emerging Applications of Wavelength Conversion. 2022 IEEE Photonics Conference (IPC) (2021)

Afshin ShamsshooliCheng GuoMichael VasilyevFrancesca ParmigianiXiaoying LiYouichi AkasakaPaparao Palacharla

applied physicswavelength conversionphotonics

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Michael Vasilyev

University of Texas at Arlington

Affiliations

College of Engineering

Electrical Engineering

Materials Science and Engineering

NoneMichael Vasilyev is currently serving as a College Of Engineering faculty at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Vasilyev

University of Texas at Arlington

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Positive ( 0 Db) Wavelength Conversion Efficiency in Temperature-Tuned Five-Segment Highly-Nonlinear Fiber Without Pump Dithering. Optical Fiber Communication Conference (OFC) 2022 (2024)

Hamed RabbaniCheng GuoMichael Vasilyev

optical engineeringhigh-performance fiberapplied physicswavelength conversion efficiencyoptoelectronicsfiber science

Devices for Quantum Communication Over Mode-Division-Multiplexing Systems. (2023)

Afshin ShamsshooliYoung B. KwonCheng GuoMichael Vasilyev

digital signal processingtechnologyquantum communicationsmode-division-multiplexing systems

Phase-Preserving Amplitude Regeneration in a Mamyshev Regenerator With Mid-Stage Optical Phase Conjugation. (2023)

Cheng GuoMichael Vasilyev

optogeneticsphase-preserving amplitude regenerationoptoelectronicsbiological engineeringmamyshev regenerator

Record Photon Information Efficiency With Optical Clock Transmission and Recovery of 12.5 Bits/Photon Over an Optical Channel With 77 Db Loss. arXiv (Cornell University) (2023)

optical clock transmissionapplied physicsoptical channelphotonics

Temperature-Tuned Two-Segment Highly-Nonlinear Fiber With Increased Stimulated Brillouin Scattering Threshold. (2023)

Cheng GuoMichael VasilyevYouichi AkasakaPaparao PalacharlaShigehiro TakasakaRyuichi Sugizaki

applied physicsmaterials engineeringfiber science

Cheng GuoMichael VasilyevYouichi AkasakaPaparao Palacharla

materials sciencezero-dispersion wavelengthhighly-nonlinear fiber lengthfiber opticsfiber-optic communicationsoptical communicationslaser scienceoptoelectronicsfiber sciencephotonics

Amplitude Regeneration and Phase Noise Suppression of an 8-Psk Signal by an Attenuation-Imbalanced Nolm. Conference on Lasers and Electro-Optics (2022)

Cheng GuoMichael VasilyevTaras I. Lakoba

laser scienceelectrical engineeringattenuation-imbalanced nolmamplitude regenerationphase noise suppressionphotonics

Power Consumption and Fwm Crosstalk Analysis of a Hybrid S-Band Amplifier Based on Two Parametric Wavelength Converters and an Edfa. Optical Fiber Communication Conference (OFC) 2022 (2022)

Cheng GuoMichael VasilyevYouichi AkasakaPaparao Palacharla

parametric wavelength convertershybrid s-band amplifierfwm crosstalk analysispower electronicselectrical engineeringoptical wireless communicationoptoelectronics

S-Band Amplifier Using Highly Nonlinear Fibers. 2022 27th OptoElectronics and Communications Conference (OECC) and 2022 International Conference on Photonics in Switching and Computing (PSC) (2022)

Youichi AkasakaShigehiro TakasakaRyuichi SugizakiCheng GuoMichael Vasilyev

optical switchings-band amplifierelectrical engineeringoptoelectronicsnonlinear fibersphotonics

Emerging Applications of Wavelength Conversion. 2022 IEEE Photonics Conference (IPC) (2021)

Afshin ShamsshooliCheng GuoMichael VasilyevFrancesca ParmigianiXiaoying LiYouichi AkasakaPaparao Palacharla

applied physicswavelength conversionphotonics

1
2
3
4
5
18
10 / page

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