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In the middle of last century, biology researchers found that weakly electric fish could sense weak electric field changes of the environment to navigate and prey, which is commonly known as active electric field location. In this paper, we built an experiment system for active electrolocation by simulating weakly electric fish. The effect on electrolocation of electrodes different in materials was...
Weakly electric fish has an ability to hunt and navigate without visual cues by sensing perturbations of a self-generated electric field, which is called electrolocation. This ability offers another idea for underwater location in dark aquatic environments, a new type artificial underwater location system-active electrolocation system. In this paper, electric field distribution was analyzed by FEM...
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