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All-optical fiber sensing — a new sensing technology that uses optical waves as the carrier and optical fiber as the medium — is capable of sensing and transmitting external measurement signals, providing a range of sensing capabilities similar to sensory nerves in the human body.
The Huawei Sensing OptiX Optical Sensing Solution takes traditional optical fiber sensing technologies — such as distributed fiber vibration, temperature, pressure, and water quality sensing — then incorporates Artificial Intelligence (AI). This is an industry-first. With big data capabilities and Geographic Information System (GIS) maps also included, the solution provides differentiated, multi-dimensional, and multi-purpose intelligent detection and warning.
As such, Sensing OptiX has a wide range of applications, from integrated pipelines, tunnels, rails, and fences, to any industry overseeing large bodies of water, including oil and gas, electric power, transportation, government, and sanitation.
The enhanced Optical Digital Signal Processing (ODSP) module and powerful built-in blind spot correction algorithm increase the signal collection rate to as high as 99.9%.
Fault identification accuracy reaches 97% thanks to a 32-dimensional algorithm for analyzing vibration waves.
Huawei's Hi-AI open capability platform allows up to 1000 new scenario samples to be learned per day.
This distributed optical fiber sensing system quickly identifies, locates, and reports alarms for intrusion events, facilitating online, real-time monitoring and safety warning for pipelines.
The oil and gas industry is hindered by high pipeline maintenance costs and the lack of ability to locate or prevent external sabotage or faults. Huawei Sensing OptiX protects pipelines thanks to AI-powered fiber-optic sensing, providing oil and gas industries with fault identification precision up to 97%.