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Renato Pagliara
Title
Cited by
Cited by
Year
Regulation of Harvester Ant Foraging as a Closed-Loop Excitable System
R Pagliara, DM Gordon, NE Leonard
PLOS Computational Biology 14 (12), 1-25, 2018
442018
Fast and slow processes underlie the selection of both step frequency and walking speed
R Pagliara, M Snaterse, JM Donelan
Journal of experimental biology 217 (16), 2939-2946, 2014
272014
Bistability and resurgent epidemics in reinfection models
R Pagliara, B Dey, NE Leonard
IEEE Control Systems Letters 2 (2), 290-295, 2018
232018
Adaptive susceptibility and heterogeneity in contagion models on networks
R Pagliara, NE Leonard
IEEE Transactions on Automatic Control 66 (2), 581-594, 2020
212020
Individual variation does not regulate foraging response to humidity in harvester ant colonies
N Nova, R Pagliara, DM Gordon
Frontiers in Ecology and Evolution 9, 756204, 2022
22022
The same two processes underlie the selection of preferred gait patterns in different walking situations
R Pagliara, M Snaterse, M Donelan
Canadian Society of Biomechanics Biennial Meeting, 2012
2012
Preferred walking speed is under precise physiological control
R Pagliara, M Snaterse, M Donelan
Canadian Society of Biomechanics Biennial Meeting, 2012
2012
RFID Smart Fridge Design Specification
D Jungic, M Joblin, R Pagliara
2011
Smart Fridge [RFID-enabled smart refrigerator]
D Jungic, M Joblin, R Pagliara, S Verner, CF Innovations
Simon Fraser University, 2011
2011
Resilience in Complex Systems
R Pagliara
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Articles 1–10