Optical ranging system based on multiple pulse train interference using soliton microcomb

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

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Keyphrases

100
Dead Zone Keyphrases
100
Multi-pulse Keyphrases
100
Pulse Train Keyphrases
100
Ranging System Keyphrases
100
Systems-based Keyphrases
100
Soliton Microcomb Keyphrases
100
Optical Ranging Keyphrases
66
Optical Path Keyphrases
33
Distance Measure Keyphrases
33
Interferometer Keyphrases
33
Measurement Accurac... Keyphrases
33
He-Ne Keyphrases
33
On chip Keyphrases
33
Measurement Capabil... Keyphrases
33
Chip-based Keyphrases
33
On-chip Integration Keyphrases
33
Fitting Algorithm Keyphrases
33
Cross-correlation I... Keyphrases
33
Interference Fringe Keyphrases
33
Precision Measureme... Keyphrases
33
Absolute Length Mea... Keyphrases
33
Peak Fitting Keyphrases

INIS

100
pulses INIS
100
interference INIS
100
precision INIS
100
trains INIS
100
solitons INIS
75
zones INIS
50
accuracy INIS
25
algorithms INIS
25
peaks INIS
25
length INIS
25
correlations INIS
25
solutions INIS
25
distance INIS
25
interferometers INIS

Physics

100
Solitary Wave Physics
100
Pulse Physics
100
Interference Physics
100
Rangefinding Physics
75
Region Physics
50
Optical Path Physics
25
Distance Physics
25
Interferometer Physics
25
Cross Correlation Physics
25
Algorithm Physics

Engineering

100
Pulse Train Engineering
100
Measurement Engineering
100
Solitary Wave Engineering
25
High Precision Engineering
25
Optical Path Engineering
12
Integration Engineering
12
Interferometer Engineering
12
High Accuracy Engineering
12
Accuracy Engineering
12
Algorithm Engineering
12
Crosscorrelation Engineering
Research OutputsResearch Output authored by Optical ranging system based on multiple pulse train interference using soliton microcomb is tagged with the concept