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Aberration Correction for Free Space Optical Communications Using Rectangular Zernike Modal Wavefront Sensing

Type: Journal Paper

Author : Feng Feng; White, Ian H.; Wilkinson, Timothy D.

Publisher: IEEE

Year: 2014

Using parallel approach in pre-processing to improve frequent pattern growth algorithm

Type: Conference Paper

Author : Rathi, S.; Dhote, C.A.

Publisher: IEEE

Year: 2014

A new method for the allocation of propagation model based on the cell environment

Type: Conference Paper

Author : Chang Nie; Guoli Chen; Jingyu Wang; Meng Bi

Publisher: IEEE

Year: 2014

Comparison of auto-tuning methods of PID controllers based on models and closed-loop data

Type: Conference Paper

Author : Zhang Wei , Yang Maying

Publisher: IEEE

Year: 2014

Welcome

Type: Conference Paper

Author : Grzybowski, Richard , Lentine, Tony

Publisher: IEEE

Year: 2014

Camera Processing With Chromatic Aberration

Type: Journal Paper

Author : Korneliussen, Jan Tore; Hirakawa, Keisuke

Publisher: IEEE

Year: 2014

Axial Ultrasound B-Scans of the Entire Eye With a 20-MHz Linear Array: Correction of Crystalline Lens Phase Aberration by Applying Fermat's Principle

Type: Journal Paper

Author : Mateo, Tony; Chang, Andrea; Mofid, Y.; Pisella, Pierre-Jean; Ossant, F.

Publisher: IEEE

Year: 2014

Behaviour comparison of the cumulative phase difference and the correlative integral module in application to the problems of the reference estimation of parameters of radioholographic objects

Type: Conference Paper

Author : Gvozdaryev, A.S.; Artyomova, T.K.

Publisher: IEEE

Year: 2014

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Aberration Correction for Free Space Optical Communications Using Rectangular Zernike Modal Wavefront Sensing

Using parallel approach in pre-processing to improve frequent pattern growth algorithm

A new method for the allocation of propagation model based on the cell environment

Comparison of auto-tuning methods of PID controllers based on models and closed-loop data

Welcome

Camera Processing With Chromatic Aberration

Axial Ultrasound B-Scans of the Entire Eye With a 20-MHz Linear Array: Correction of Crystalline Lens Phase Aberration by Applying Fermat's Principle

Behaviour comparison of the cumulative phase difference and the correlative integral module in application to the problems of the reference estimation of parameters of radioholographic objects

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Aberration Correction for Free Space Optical Communications Using Rectangular Zernike Modal Wavefront Sensing

Using parallel approach in pre-processing to improve frequent pattern growth algorithm

A new method for the allocation of propagation model based on the cell environment

Comparison of auto-tuning methods of PID controllers based on models and closed-loop data

Welcome

Camera Processing With Chromatic Aberration

Axial Ultrasound B-Scans of the Entire Eye With a 20-MHz Linear Array: Correction of Crystalline Lens Phase Aberration by Applying Fermat's Principle

Behaviour comparison of the cumulative phase difference and the correlative integral module in application to the problems of the reference estimation of parameters of radioholographic objects