Insects can hover, fly forward, climb, and descend with ease while demonstrating amazing
stability, and they can also maneuver in impressive ways as no other organisms can. Is their …

Almost all flying creatures, from centimeter-scale insects to meter-scale birds, maneuver
through flap**-wing propulsion. Development of flap**-wing robots capable of long …

The research of this paper works out the attitude and position control of the flap** wing
micro aerial vehicle (FWMAV). Neural network control with full state and output feedback are …

Synonymous mutations do not alter the encoded protein, but they can influence gene
expression. To investigate how, we engineered a synthetic library of 154 genes that varied …

Bats have long captured the imaginations of scientists and engineers with their unrivaled
agility and maneuvering characteristics, achieved by functionally versatile dynamic wing …

Designing a hummingbird-inspired, at-scale, tail-less flap**-wing micro aerial vehicle
(FWMAV) is a challenging task in order to achieve animallike flight performance under the …

We consider the problem of autonomously flying Miniature Aerial Vehicles (MAVs) in indoor
environments such as home and office buildings. The primary long range sensor in these …

This paper presents the mathematical modeling of flap** flight inch-size micro aerial
vehicles (MAVs), namely micromechanical flying insects (MFIs). The target robotic insects …

Flying animals exhibit remarkable capabilities for both generating maneuvers and stabilizing
their course and orientation after perturbation. Here we show that flap** fliers ranging in …