elements
-live
Search elements, keywords, and sectors
🔎
Elements
Subjects
Papers
Communities
Institutions
beta
Research Intelligence
Lab
API & MCP
Pricing
Log in
Sign up
Home
/
Subjects
/
Optical time-domain reflectometer
← Back to subjects
Current data, viewed at
Yearly
resolution.
Personal members see monthly resolution →
Keyword
keyword
Optical time-domain reflectometer
RIS
0.000
(Research Intensity Score)
Papers
66
Top papers
300 km ultralong fiber optic DAS system based on optimally designed bidirectional EDFA relays
2023 · 53 citations
Recent Advances in Brillouin Optical Time Domain Reflectometry
2019 · 157 citations
Cost-effective Φ-OTDR with laser phase noise mitigation using self-mixing interferometry
2025 · 13 citations
190km Φ-OTDR with bidirectional Raman and relay erbium-doped fiber hybrid amplification
2023 · 24 citations
A High Sensitivity Optical Fiber Sensor for GIS Partial Discharge Detection
2019 · 96 citations
Newest papers
Analysis of Optical Fiber Attenuation as a Function of Wavelength
2026 · 2 citations
Debris Flow Detection System Based on Tree-Topology Optical Fiber Network
2026
188.5 km ultra-long-distance DAS based on bidirectional Raman and relay EDFA hybrid amplification
2026
Rising-Edge-Assisted Decoding for Brillouin Optical Time-Domain Reflectometer
2026
Efficient Distributed Fiber Intruder Detection and Localization-Based Upon Receiver Bandwidth Compression Model
2026
A sample from the 66 top papers behind Optical time-domain reflectometer.
Create a free account to browse them all →
Optical time-domain reflectometer's history
Research intensity over time
Explore Optical time-domain reflectometer's full history
Hover any year for its value and switch resolutions with a free account. Personal adds monthly detail and the historical-intensity (HRI) line.
Create a free account
Already have an account?
Log in
to explore the data.
Close ✕
Optical time-domain reflectometer's papers
Ordered by current research-activity contribution.
Loading…
Close ✕
Read full text ↗
Share
Share on X
Share on Facebook
Share on LinkedIn
Copy link