Furthermore, proof-of-concept testing is conducted to show the potential advantages of functionally graded adhesives.
Furthermore, proof-of-principle evidence from in-vitro studies shows that genetic polymorphisms can confer resistance to establishment of infection.
Furthermore, proof-of-concept experiments were successfully undertaken using e-puck mobile robots, which demonstrate that the proposed model works well with physical constraints of real robots.
Furthermore, as proof-of-principle, we use the HEM for in-situ cutaneous transfer of p2CMVmIL-12 to successfully treat B16F10 subcutaneous tumors in a mouse model.
Furthermore, a proof-of-concept example of the self-alignment and self-assembly of sequentially dispensed multiple droplets is demonstrated as one of the potential applications.
Furthermore, a proof-of-concept implementation of this CACC controller structure has been developed within the Connect&Drive [17, 18] project and shows promising results.
Furthermore, the proof-of-concept applications including real-time characterization of fluorescein quenching and β-glucuronidase-catalyzed hydrolysis of 4-methyl-umbelliferyl-β-D-glucuronide were successfully accomplished in the in situ mixing platform.
Furthermore, a proof-of-concept prototype of the virtual control plane was implemented using a variety of technologies and tools, such as: Jersey, Grizzly Web server, JAXB, PostgreSQL, Vyatta virtual router, and the Xen Cloud Platform (XCP).
Furthermore, a proof-of-concept prototype implementation realized using various technologies/tools (e.g. Jersey, JAXB, PostgreSQL, and Xen cloud platform) is presented along with a detailed performance analysis of the system.
