Optical Sensing — Huawei OptiXsense
Construct an all-optical world for more secure, efficient production
Enterprise products, solutions & services
Construct an all-optical world for more secure, efficient production
Overview
Why Huawei OptiXsense?
Huawei OptiXsense introduces sensing algorithms to optical fiber sensing application scenarios by using the distributed optical fiber sensing technology. It also leverages big data and GIS maps to provide differentiated, multi-dimensional, and multi-purpose intelligent detection and warning.
Comprehensive detection
Enhanced optical digital signal processing (oDSP) module with the built-in super blind spot error correction algorithm and all-optical coherent noise suppression, increasing the effective signal collection rate to 99.9% and eliminating false negatives
Accurate identification
32-dimensional vibration pattern analysis algorithm, increasing accuracy to 97%; Integrity Domain Feature-Adversarial Detection (IDF-AD): extracts key intrusion features through feature reconstruction and generates alarms based on the judgment mechanism.
Fast learning
Sensing algorithm: uses its self-learning function to enable fast learning of local samples for 100 times higher learning efficiency in new scenarios; unique Field Dynamic Tuning Self-optimizing (FDTS) algorithm: adapts to environment changes and user habits, improving the model library iteration efficiency 30-fold and continuously improving the alarm accuracy.
Products
Huawei OptiXsense EF3000-A50 is a distributed optical fiber sensing system that can quickly identify and accurately locate pipeline threats, and report alarms in real time using optical fibers deployed alongside pipelines. It implements 24/7 online warning along pipelines and provides the best solution for unattended inspection on oil and gas pipelines.
Huawei OptiXsense EF3000-F50 is a distributed optical fiber sensing system designed for perimeter security protection. It can quickly identify and accurately locate intrusions, and report alarms using optical fibers routed in perimeter fences to implement online real-time monitoring and security warning. It provides unattended inspection for protecting large perimeters such as railway and airport perimeters.
Application Scenarios
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