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Hardware Acceleration of Computational Holography
other
Editor(s):
Tomoyoshi Shimobaba
,
Tomoyoshi Ito
Publication date
(Print):
2023
Publisher:
Springer Nature Singapore
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Computational epistasis
Author and book information
Book
ISBN (Print):
978-981-99-1937-6
ISBN (Electronic):
978-981-99-1938-3
Publication date (Print):
2023
DOI:
10.1007/978-981-99-1938-3
SO-VID:
41de193b-08b8-496f-b613-161854d43b6d
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Book chapters
pp. 3
Light Wave, Diffraction, and Holography
pp. 25
Computer-Generated Hologram
pp. 31
Basics of Digital Holography
pp. 47
Basic Knowledge of CPU Architecture for High Performance
pp. 67
Basics of CUDA
pp. 83
Basics of OpenCL
pp. 97
Basics of Field-Programmable Gate Array
pp. 119
CPU and GPU Implementations of Diffraction Calculations
pp. 137
Acceleration of CGH Computing from Point Cloud for CPU
pp. 169
Computer-Generated Hologram Calculation Employing the Graphics Processing Unit
pp. 185
Computer-Generated Hologram: Multiview Image Approach
pp. 193
Hologram Calculation Using Layer Methods
pp. 207
Polygon-Based Hologram Calculation Methods
pp. 227
Real-Time Electroholography Based on Multi-GPU Cluster
pp. 241
GPU Acceleration of Compressive Holography
pp. 253
Sparse CGH and the Acceleration of Phase-Added Stereograms
pp. 271
Efficient and Correct Numerical Reconstructions
pp. 303
Digital Holography Techniques and Systems for Acceleration of Measurement
pp. 329
FPGA Accelerator for Computer-Generated Hologram
pp. 343
Special-Purpose Computer for Digital Holography
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