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Justifications for a hybrid approach to optical computing
Sing H. Lee,
Sadik C. Esener
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Article
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peer-review
1
Scopus citations
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Mathematics
Optical Computing
100%
Hybrid Approach
76%
Justification
54%
Cell
15%
Interconnection
13%
Parallel Processing
11%
Output
9%
Architecture
9%
Electronics
8%
Figure
7%
Photodetector
7%
Computational Topology
6%
Parallel Architectures
6%
Modulator
6%
Computing
5%
Artificial Intelligence
4%
Numerics
4%
3D
4%
Justify
4%
Multiplication
3%
Tensor
3%
Logic
3%
Engineering & Materials Science
Optical data storage
85%
Optical data processing
82%
Array processing
56%
Phototransistors
17%
Optical interconnects
14%
Photodetectors
13%
Logic gates
12%
Parallel architectures
12%
Modulators
11%
Tensors
10%
Artificial intelligence
9%
Topology
7%
Data storage equipment
6%
Networks (circuits)
5%
Physics & Astronomy
cells
12%
output
7%
artificial intelligence
6%
phototransistors
5%
electronics
4%
logic
4%
photometers
3%
topology
3%
modulators
3%
tensors
3%
matrices
2%
Chemical Compounds
Application
16%