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IBL-26-0301

Magnetic field-based object localization system and method using an underwater sensor network

Listed on
2026-05-12
Technology for estimating the position of moving objects using an underwater magnetic field sensor network

This technology relates to a magnetic field-based object localization system and method using an underwater sensor network. Specifically, it is a technology for estimating the position of moving objects using an underwater magnetic field sensor network.

Conventional localization technologies in underwater environments, such as ToA and fingerprinting, have limitations that require more accurate localization methods. This technology proposes a system for estimating the position of an object using an underwater magnetic field sensor network, and a configuration that includes a method for determining the object's entry into the sensor network.

Accordingly, this technology can improve the accuracy of localization in underwater environments by using the extracted induced magnetic field to determine an object's entry into the sensor network. It has practical value in the shipbuilding and marine, environmental, ecosystem, and electronic device sectors.

Key Features
  • Implements technology for estimating the position of moving objects using an underwater magnetic field sensor network
  • Estimates the entry and position of moving objects using an underwater magnetic field sensor network
  • Improves the accuracy of localization in underwater environments by using the extracted induced magnetic field to determine an object's entry into the sensor network
  • Applicable to sensing and monitoring systems in the shipbuilding, marine, environmental, and electronic device sectors

Soongsil University
Shin Yo-an | Kim Kwang-yeol
Document
Date of application:
2018-07-30
|
Patent registration number:
10-2092855
Industry
shipbuilding
environment•eco
electrical devices
Technology
Optics•Sensor
Electric & Electronics
Country
Korea
Family Patent

US11209502B2

Price
정액가
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