@inbook {914,
	title = {A PROBABILISTIC MULTIMODAL ALGORITHM FOR TRACKING MULTIPLE AND DYNAMIC OBJECTS},
	booktitle = {ROBOTICS: TRENDS, PRINCIPLES AND APPLICATIONS},
	series = {Intelligent Automation and Soft Computing},
	volume = {15},
	year = {2004},
	month = {07/2004},
	pages = {511-516},
	publisher = {TSI Press},
	organization = {TSI Press},
	address = {Alburquerque (USA)},
	abstract = {The work presented is related to the research area of autonomous navigation for mobile robots in unstructured, heavily crowded, and highly dynamic environments. One of the main tasks involved in this research topic is the obstacle tracking module that has been successfully developed with different kind of probabilistic algorithms. The reliability that these techniques have shown estimating position with noisy measurements make them the most adequate to the mentioned problem, but their high computational cost has made them only useful with few objects. In this paper a computational simple solution based on a multimodal particle filter is proposed to track multiple and dynamic obstacles in an unstructured environment and based on the noisy position measurements taken from sonar sensors.},
	keywords = {Crowded Environments, Multi-Object Tracking, Particle Filters, Probabilistic Algorithms},
	isbn = {1-889335-21-5},
	attachments = {https://geintra-uah.org/en/system/files/isora-066.pdf},
	author = {Marta Marron and Miguel Angel Sotelo and Garcia, Juan Carlos}
}
