Two methods using peak channel impulse response measurements localize a molecular source via least-squares triangulation (near CRB) and gradient descent optimization in diffusion-based molecular communication.
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The paper applies sparse approximation to RSS-based geolocation of multiple emitters to characterize resolution and detectability as functions of noise and sensor geometry.
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Channel Impulse Response-based Source Localization in a Diffusion-based Molecular Communication System
Two methods using peak channel impulse response measurements localize a molecular source via least-squares triangulation (near CRB) and gradient descent optimization in diffusion-based molecular communication.
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Geolocation of Multiple Noncooperative Emitters Using Received Signal Strength: Sparsity, Resolution, and Detectability
The paper applies sparse approximation to RSS-based geolocation of multiple emitters to characterize resolution and detectability as functions of noise and sensor geometry.