Magnetic object localization techniques have significant applications in automated
surveillance and security systems, such as aviation aircrafts or underwater vehicles. In this …

重力梯度张量曲率目前广泛用于重力数据的处理和解释中. 为了拓宽重力梯度张量曲率的应用,
本文回顾了重力梯度张量曲率的定义, 从等位面的曲率定义出发, 讨论了正确计算曲率的测量 …

We present a novel algorithm to locate multiple underwater objects in real time using gravity
field vector and gravity gradient tensor signals. This algorithm formulates the task of …

Recently, the curvature of gravity gradient tensors is widely used in processing and
interpretation of gravity data. In order to extend the application of this parameter, the local …

The use of the shaft-rate electromagnetic fields generated by moving ships for detection and
sensing purposes has several advantages, including effective target recognition and …

The traditional gravity forward modelling methods for solving partial differential equations
(PDEs) only can yield second-order accuracy. When computing the gravity field vector and …

重力探潜是一种具有发展潜力的非声学探潜技术, 目前仍处于理论探索阶段.
本文推导了垂直偶极子模型的引力和引力梯度垂向分量的解析公式, 分析了它们的空间分布特征 …

边界识别是位场数据处理解释中的重要环节, 传统边界识别方法通常不能均衡深,
浅部地质体边界. 基于尺度空间技术和归一化的Facet 模型检测算子, 本文开发了一种带通空间 …

Underwater gravity gradient detection techniques are conducive to ensuring the safety of
submersible sailing. In order to improve the accuracy of underwater obstacle detection …

Edge detection and enhancement is an important technique in interpretation of potential
field data. Many existing edge detection and enhancement methods are usually unable to …