Method and system for determining deformation in a cable

CPC - классификация

GG0G01G01DG01D5G01D5/G01D5/3G01D5/35G01D5/353G01D5/3535G01D5/35358G01D5/3536G01D5/35364G01LG01L1G01L1/G01L1/2G01L1/24G01L1/242G01MG01M1G01M11G01M11/G01M11/3G01M11/31G01M11/319G01M11/39

IPC - классификация

GG0G01G01DG01D5G01D5/G01D5/3G01D5/35G01D5/353G01KG01K1G01K11G01K11/G01K11/3G01K11/32G01K11/322G01LG01L1G01L1/G01L1/2G01L1/24G01L1/246G01L5G01L5/G01L5/1G01L5/16G01L5/166G01MG01M1G01M11G01M11/G01M11/0G01M11/00

Цитирование НПИ

250/552
356/301
356/73.1
356/73.1
356/73.1
356/73.1
356/73.1
359/334
359/341.1
372/29.011
372/50.11
372/94
374/161
385/101
398/115
International Search Report dated Sep. 2, 2020.
Zeni Luigi et al: “High-Pass Filtering for Accurate Reconstruction of the Brillouin Frequency Shift Profile From Brillouin Optical Frequency Domain Analysis Data” IEEE Sensors Journal, IEEE Service Center, New York, NY, US; Jan. 1, 2018.