The modular and flexible implementation allows for straightforward integration of different databases for pathogenic and benign variants, but also enables the integration of pathogenicity prediction tools.
To overcome this problem, this study aims to develop an integrated building LCA model that enables the integration of all LCA results related to building materials used for constructing a building, the building components, and the whole building.
The Protégé system enables the integration of several editing and visualization modules.
Building such devices with silicon yields ultra-low absorption at telecom wavelengths and enables the integration of microstructures with mechanical, electrical, and other functionalities6,7.
The JS platform enables the integration of Multi-agent Systems (MAS) in Internet server and application environments (e.g., WEB browser).
CMOS technology enables the integration of image sensing and image processing, which improves the overall system performance.
The advancement of process technology enables the integration of multiple cores featuring parallel processing of several tasks in a single die.
Specifically, the recently developed Dual In/Out integration strategy enables the integration of DNA fragments directly into specific chromosomal loci (Minaeva et al., 2008).
Additionally, this methodology enables the integration of highly accurate molecular information from ab initio quantum chemistry calculations into mixture design problems.
Architecture of the platform is shown with a focus on the abstraction which enables the integration of the distributed computational resources, data sources and the software.
This paper describes a two-layer software architecture, which enables the integration of multiple real-time applications while maintaining strong spatial and temporal partitioning among application modules.
