Sentence examples for compatibility and integration from inspiring English sources

Additionally, the structures are compact and have an ultrathin thickness, appropriate for compatibility and integration with CMOS and photonic devices.

To address this, we present an approach for transforming OPC UA to UML to improve their compatibility and integration.

Ion-sensitive field-effect transistors [ISFETs] are one of the silicon-based potential metric sensors with the advantages of compatibility and integration with advanced complementary metal-oxide-semiconductor processes and cost reduction.

The CSN follows the principles of the HGVS nomenclature, with some minor amendments to ensure compatibility and integration with historical clinical data, whilst also allowing high-throughput automated output from NGS platforms.

Among the broad range of semiconductor material systems, group IV semiconductor (Si and Ge) nano/heterostructures are distinctive in that they offer material compatibility and facilitate integration with well-established Si-based technology [6 13].

Driven by tissue engineering and regenerative medicine, endothelial cells are being used in combination with biomaterials in a number of applications for the purpose of improving blood compatibility and host integration.

The use of cardiovascular biomaterials (CB) is subjected to its blood compatibility and its integration with the surrounding environment where it is implanted [ 8].

Main features of the fabricated antenna are unidirectional radiation patterns, low cost, light weight, low profile, simple constructing and compatibility and ease of integration with electronic devices.

Recent developments in power electronics increase DC bus utilization in electrical distribution systems due to its numerous advantages compared to AC distribution system in term of energy efficiency, safety, electromagnetic compatibility and renewable energy integration.

The criteria for categorizing a treatment as a replacement include: 1) its responsiveness to changes in the organism or its environment; 2) properties such as growth and self-repair; 3) independence from external energy sources or supplies; 4) independence from external control by an expert; 5) immunologic compatibility; and 6) physical integration into the patient's body [ 22].

These devices have advantages of compactness, high resolution, robustness, and compatibility with integration in various devices.