Meta-Device for Field-of-View Tunability via Adaptive Optical Spatial Differentiation

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Data Processing Material Science
100
Dielectric Material Material Science

Computer Science

100
Edge Detection Computer Science
25
Integrated Data Computer Science
25
Parallel Processing Computer Science
25
Spatial Information Computer Science
25
Computer Architectu... Computer Science
25
Differentiator Computer Science
25
Core Component Computer Science
25
Lower Energy Consum... Computer Science
25
Visible Spectrum Computer Science
25
Artificial Intellig... Computer Science
25
Data Processing Computer Science
25
Computer Vision Computer Science
25
Phase Contrast Micr... Computer Science

Earth and Planetary Sciences

100
Field of View Earth and Planetary Scien...
80
Edge Detection Earth and Planetary Scien...
20
Visible Spectrum Earth and Planetary Scien...
20
Energy Consumption Earth and Planetary Scien...
20
Computer Vision Earth and Planetary Scien...
20
Differentiator Earth and Planetary Scien...
20
Dielectric Material Earth and Planetary Scien...
20
Artificial Intellig... Earth and Planetary Scien...
20
Energy Utilization Earth and Planetary Scien...
20
Data Transmission Earth and Planetary Scien...

Engineering

100
Edge Detection Engineering
25
Dielectrics Engineering
25
Broad Range Engineering
25
Spatial Information Engineering
25
Angular Range Engineering
25
Differentiator Engineering
25
Object Space Engineering
25
Phase Contrast Engineering
25
Image Recognition Engineering
25
Metasurface Engineering
25
Artificial Intellig... Engineering
Research OutputsResearch Output authored by Meta-Device for Field-of-View Tunability via Adaptive Optical Spatial Differentiation is tagged with the concept