Sentence examples for capability of implementation from inspiring English sources
The experimental results indicated the capability of implementation of the displacement sensor for the imaging of the tooth surface profile as well as a micron-size roughness estimator with a measurement error of less than 2.35%.
Exploration of on-demand nano-engineering of the regarded structures toward practical device design and fabrication was mainly guided by high-resolution transmission electron microscopy (TEM) technique combining new capabilities of implementation of atomic force (AFM) or scanning tunneling microscopy (STM) holders, and heating/cooling holders.
In addition, the capability of distributed implementation of a measurement-based method is also desired and should be a direction of future research.
We further compare different memory layouts according to their performance for both a basic driven cavity implementation and the free-surface method, pointing out the capabilities of our implementation in real-time and interactive scenarios, and shortly present visualizations of the flow, obtained in real-time.
Figure 4 illustrates the capabilities of our implementation under urban environment.
New capabilities of this implementation include the ability to calculate hazard curves which describe the distribution of the exceedance probability as a function of intensity (e.g., tephra load) on a grid of points covering the target area.
More than anything, I want to know how their big brilliant ideas evolve and understand the insights and capabilities of their implementation teams.
It indicates that it is not lack of ideas and innovations that is the rail sector's biggest problem, but the lack of implementation capability.
Programming cycles should therefore be lengthened and accept more modest initial outputs in order to ensure development, not only of implementation capability among district based staff, but of genuine financial and psychological integration into district systems.
As we show, these improvements enable simulations that are beyond the capabilities of previous implementations of these numerical procedures.
The SERVUS design methodology is tailored to the design of geospatial service-oriented architectures and environmental information systems and leverages the idea of a uniform modeling of use cases and capabilities of SensorSA implementations as resources.
