2003 · 46 citations · 28 references
Life SciencesBiologyZoologyAerial RoboticsOrnithologyUnmanned Aircraft SystemsBird CommunicationBird FlightFlock DynamicsFormation ControlFormation FlyingAerodynamics Of FlightDynamic Systems TheoryFlightFormation Control Of Aerial VehiclesFormation Flight ControlFormation Flying DynamicsFormation Geometry
Birds in V formations are frequently observed and two main hypotheses have emerged in the biology/ornithology literature to explain this particular geometry: (i) it offers aerodynamic advantages and (ii) it is used to improve visual communication. Both explanations require a bird to track its predecessor. Observations of flocks suggest that this task is difficult for birds in large formations. We explain this phenomenon using a simple bird model and systems theory. This result has implications for the coordinated control of unmanned aerial vehicles. In particular, predecessor-following is an inherently poor strategy for formation flight.
28
Bird Flight Performance: A Practical Calculation Manual
C. T. Nisbet, C. J. Pennycuick · Colonial Waterbirds · 1992 · 580 citations
P. B. S. Lissaman, C. A. Shollenberger · Science · 1970 · 478 citations
Life Sciences, Zoology, Aerodynamics +11
Bird flight performance: a practical calculation manual
Choice Reviews Online · 1990 · 345 citations