Hardware acceleration of computational holography
Author(s)
Bibliographic Information
Hardware acceleration of computational holography
Springer, c2023
Available at / 1 libraries
-
No Libraries matched.
- Remove all filters.
Note
Includes bibliographical references and index
Description and Table of Contents
Description
This book explains the hardware implementation of computational holography and hardware acceleration techniques, along with a number ofconcrete example source codes that enable fast computation. Computational holography includes computer-based holographictechnologies such as computer-generated hologram and digital holography, for which acceleration of wave-optics computation is highly desirable.This book describes hardware implementations on CPUs (Central Processing Units), GPUs (Graphics Processing Units) and FPGAs (Field ProgrammableGate Arrays).
This book is intended for readers involved in holography as well as anyone interested in hardware acceleration.
Table of Contents
1. Basics of holography1.1 Light wave, holography and diffraction calculations (20 pages, authored by Prof. Kakue)1.2 Computer-generated hologram (10 pages, authored by Dr. Ichihashi)1.3 Digital holography (10 pages, authored by Prof. Kakue)2. Basics of hardware2.1 Basics of CPU (10 pages, authored by Prof. Sugie)2.2 Basic of GPU2.2.1 CUDA (10 pages, authored by Prof. Oikawa)2.2.2 OpenCL(10 pages, authored by Prof. Nishitsuji)2.3 Basics of FPGA (20 pages, authored by Prof. Ito, Mr. Yamamoto, Prof. Shimobaba)3. Acceleration of holography using CPU and GPU3.1 Acceleration of digital holography (10 pages, authored by Prof. Shimobaba)3.2 Computer-generated hologram: Point cloud) approach3.2.1 Implementation of hologram calculation into CPU (10 pages, authored by Prof. Sugie)3.2.2 Implementation of hologram calculation into (GPU 10 pages, authored by Prof. Nishitsuji)3.3 Computer-generated hologram: Multi-view image approach(10 pages, authored by Prof. Ichihashi)3.4 Computer-generated hologram: Layer approach (10 pages, authored by Prof. Shimobaba)3.5 CPU/GPU cluster (10 pages, authored by Prof. Takada)3.6 CPU acceleration for compressive holography (10 pages, authored by Prof. Endo)4. Acceleration of holography using FPGA4.1 FPGA accelerator for computer-generated hologram(10 pages, authored by Prof. Ito and Mr. yamamoto)4.2 FPGA accelerator for digital holography(10 pages, authored by Prof.Masuda)
by "Nielsen BookData"
