Sentence examples for more complex motion from inspiring English sources
On the other hand, more complex motion like walking can be represented as a sequence of simple movements.
When considering classes with more complex motion characteristics, such approaches have been shown to be significantly outperformed by methods exploiting fine-grained motion representations (e.g. [33]).
Walking mechanisms are expected to be advantageous at miniature scale, but the need for more complex motion patterns increases demands on design and fabrication.
Namely, we propose an efficient framework where more complex motion models can be seamlessly integrated both maintaining computational tractability and not penalizing non translational motion.
Kubasov et al.[16] have proposed to replace block matching technique for motion estimation by mesh-based motion-compensated interpolation, in order to take into account more complex motion than simple translation.
Generally, video sequences with complex camera motion (such as Mobile and Calendar, and Bus) can be better characterized with more complex motion models, and thus, higher RD performance gains can be obtained.
The researchers are planning to expand this to more complex motions and try it on other subjects in the next round of testing.
Future work should consider more complex motions of the base, including translation, and a variety of speeds in order to simulate various real-life scenarios such as the interaction with an accelerating or turning vehicle.
From the SI quality results for the Stefan sequence (Figure 13b), it is also possible to conclude that significant BPSI gains are obtained for some parts of the sequence (regarding the MCFI solution), notably when more complex motions occur.
Numerical solutions show that, with increasing flow beyond the critical, the amplitude of motion grows until impacting with the loose support occurs; more complex motions then arise, leading to chaos for a sufficiently high flow velocity.
Neurons in area MST are also directionally selective, but are optimally driven by more complex motions such as expansion and contraction [62], and thus should not be compared directly to cells in the other areas mentioned.
