Cluster dual-platform architecture implementation for the ultrafast complex analytical processing of large amounts of sensory data with the possibility of parallel processing on a set of the GPU video card with the CUDA technology support is proposed to support data mining and knowledge discovery procedures at the software and hardware level.
This paper presents a new implementation of boundary conditions for the complex geometry found in simulations of drops on superhydrophobic surfaces, which extends an existing model that has been shown to eliminate spurious currents.
Plans for wider implementation of the intervention in health care settings would need to address clinician-related barriers to implementation and acknowledge the complex drivers for consultation (focusing on enabling safe and appropriate judgements about when to consult).
The atomic information system architecture's role and applied the patterns are of crucial importance for the implementation phase of the complex business transformation projects; where these patterns can be adapted in a just-in-time manner, using atomic building blocks1,2,26.
One of the top issues to be tackled by the Legislature this year is preparing for the complex implementation of federal health care reforms in California by 2014, which will require a host of new state laws and regulations.
Using the TLISMNI method, which does not require numerical differentiation of the forces and allows for an efficient sparse matrix implementation, for solving complex and stiff structure problems leads to significant computational cost saving as demonstrated in this paper.
The results show that it is reasonable to use our algorithm especially on very large images where the speedup of the GPU implementation can be up to 5× for the complex data and 2-3× for the real data.
In this section, two software optimization methods, frame-level processing and SIMD implementation, for three most complex functions at the function-level are presented.
While the modulator part requires simple logic circuits for its implementation, the more complex demodulator utilizes Running Fourier transform based on CORDIC (Co-Ordinate Rotation DIgital Computer) processor, for demodulation as well as synchronization.
The presented results show the perspectives for the implementation of more complex experiments benefiting from the strengths of these hybrid systems like locking the QD emission to an atomic clock transition or storing a photon from the quantum dot into the alkali vapour.
