As our knowledge of biomechanics and neuroscience advances, as well as our capabilities to interface the two, we may be able to utilize this technology to assist us in creating more life-like prosthetics and perhaps, harnessing the mind's inborn processes and complex synapses, help others walk again.
The present method is then applied to study more complex flows, such as a drop impacting on a liquid film and the swirling liquid sheet atomization, which again, demonstrates the advantages of mass conservation and the capability to represent the interface accurately.
The last feature is the capability to use the interface for both haptic input and visual output processes.
Building Fuse required compiler expertise, deep knowledge of multiple native mobile platforms (iOS and Android), as well as the capability to design programming interfaces that are intuitive and easy to learn, yet still remain flexible.
Featured by layer-by-layer growth, atomic layer deposition (ALD) is one of the most promising techniques that possess several practical advantages including accurate thickness control, good reproducibility, excellent conformity, capability to produce sharp interfaces, and low growth temperature.
The numerical results show that the proposed IB-CLSVOF method has the capability to cope with complex interface variations accurately.
Referring to the first configuration where only one VCR has been employed for both grounded and floating resistive sensors, Orcad PSpice simulations have confirmed the interface capability to estimate the sensor resistance for about 2.7 decades variations (430 Ω; 220 kΩ), with a relative error of about ±4%.
The modified sol gel method could hold stronger capability to obtain smooth junction interface and finely control film processing.
The most important contribution of the TT-paradigm is the capability to precisely specify operational interfaces in the temporal domain and thus establish a sound basis for the composability of a design and the reuse of components in distributed real-time systems.
Existing implantable neurotechnologies for understanding the brain and treating neurological diseases have intrinsic properties that have limited their capability to achieve chronically-stable brain interfaces with single-neuron spatiotemporal resolution.
