10.1371/journal.pone.0126292.g001
Vsevolod Afanasyev
Vsevolod
Afanasyev
Sergey V. Buldyrev
Sergey
V. Buldyrev
Michael J. Dunn
Michael J.
Dunn
Jeremy Robst
Jeremy
Robst
Mark Preston
Mark
Preston
Steve F. Bremner
Steve
F. Bremner
Dirk R. Briggs
Dirk
R. Briggs
Ruth Brown
Ruth
Brown
Stacey Adlard
Stacey
Adlard
Helen J. Peat
Helen
J. Peat
Vertical component of the velocity of the centre of gravity of the penguin.
Public Library of Science
2015
operator requirements
Passive radio frequency tags
penguin crossings
operation costs
design specification
Travel Direction
rfid
Reliable discrimination
weighbridge
weather conditions
Macaroni penguins
Radio Frequency Identification System
system description
penguin weight
researcher
processing options
Eudyptes chrysolophus
24 hours
South Georgia
New Design
Radio Frequency Identification
data
trip direction
Low unit
Bird Island
2015-04-20 03:19:56
Figure
https://plos.figshare.com/articles/figure/_Vertical_component_of_the_velocity_of_the_centre_of_gravity_of_the_penguin_/1385898
<p>The figure shows the vertical component of the velocity of the centre of gravity of the penguin <i>v</i>(<i>t</i>), calculated using the first approximation (6). Any velocity trend (slope) indicates the weight estimate is in error. The slope of the linear regression (also shown) gives the relative error of the first approximation (8). Thus we calculate the second approximation of the penguin weight (10).</p>