Sentence examples for simple locomotion from inspiring English sources

We first present a simple locomotion system that behaviorally resembles a bounding quadruped with flexible spine.

Other couples had variations on this simple locomotion, jumping straight up in unison or in syncopation, arms held by the body or extended to the side; two dancers were positioned one behind the other, jumping in opposite timing, their arms fluttering lightly as they travelled along, making beautiful wavelets.

The primitives used here do not need to cope with environmental changes, which can therefore be realized using simple locomotion generators that are scalable, i.e., the primitives can provide motion for robots with many modules.

The simple locomotion mechanism presented in this work is applicable not only for macroscale, but also for nanoscale, which may inspire a series of new architectures of soft robot from macroscale to nanoscale.

In this paper, we present a new design and simple locomotion strategies for a pipe inspection robot that can travel through various pipe configurations including vertical, elbow, and branch pipes.

Central pattern generators (or CPGs for short) are a type of neural network that are often used in robotics to create rhythmic motions that are especially useful for simple locomotion such as crawling or rolling over.

This work presents an innovative design of a simple crawling locomotion machine, which is a bilayer beam and crawls forward through periodically bending and unbending of the beam.

These findings indicate that the running bouts triggered by looming stimuli are not just a simple increase in locomotion but constitute directed escape responses.

By using the MTM semantics as the motion command and applying simple rules for locomotion, the upper and lower limb motions and the gesture of a DHM can be generated automatically.

For very simple scenarios of locomotion analysis, straightforward tracking approaches such as template matching can be applied [9].

Students also survey basic principles of physics and mechanical engineering, such as simple machines and locomotion, and basic principles of electrical engineering, such as circuits and sensor feedback.