Dominic Ho

Professor

University of Missouri Columbia

United States

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Dominic Ho is a Professor at the University of Missouri Columbia, USA. His research focuses on advancements in localization techniques, particularly in non-line-of-sight (NLOS) environments and the application of wearable sensors for continuous health monitoring. Recent publications include work on bias reduction in semidefinite relaxation methods for 3-D localization and robust TDOA localization in challenging conditions. He continues to contribute to the field through innovative approaches to source localization and the analysis of electrophysiological data.

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2021

Collaborators (1)

Dima Dandachi

Associate Professor of Medicine.

University of Missouri Columbia

UNITED STATES

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Dominic Ho

Research Interests

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Articles (20)

Recent advances in wearable sensors and data analytics for continuous monitoring and analysis of biomarkers and symptoms related to COVID-19

Bias Reduced Semidefinite Relaxation Method for 3-D Moving Object Localization Using AOA

Robust localization under NLOS environment in the presence of isolated outliers by full-Set TDOA measurements

Mitigating Sensor Motion Effect for AOA and AOA-TOA Localizations in Underwater Environments

Source Localization by Frequency Measurements in Unknown Signal Propagation Speed Environments

Elliptic Localization of a Moving Object by Transmitter at Unknown Position and Velocity: A Semidefinite Relaxation Approach

Approaches to characterizing oscillatory burst detection algorithms for electrophysiological recordings

Robust TDOA localization based on maximum correntropy criterion with variable center

Objective Bayesian Approach for Binary Hypothesis Testing of Multivariate Gaussian Observations

An Asymptotically Optimal Estimator for Source Location and Propagation Speed by TDOA

3-D Target Localization and Motion Analysis Based on Doppler Shifted Frequencies

Computationally Attractive and Location Robust Estimator for IoT Device Positioning

Computationally attractive and statistically efficient estimator for noise resilient TOA localization

Enhanced precoder for secondary user of MIMO cognitive radio in the presence of CSIT uncertainties in the desired and interference links

Localization Through Transceivers in Unknown Constant Velocity Trajectories

Localization Using Time-Delay and Doppler Shift by Moving Monostatic Sensors

Optimal sensor placement for source tracking under synchronization offsets and sensor location errors with distance-dependent noises

Three Dimensional Source Localization Using Arrival Angles from Linear Arrays: Analytical Investigation and Optimal Solution

Accurate Semidefinite Relaxation Method for Elliptic Localization with Unknown Transmitter Position

Bias Reduced Semidefinite Relaxation Method for 3-D Rigid Body Localization Using AOA

Collaborators (1)

Dima Dandachi

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