The complexity in design of components used in advanced aerospace and automotive applications is continuously increasing.
During the last decade, graphene family nanomaterials (GFNs) have proven unique physicochemical properties, with several applications being continuously explored.
This software, including IoT services and mobile applications, is continuously exposed to malicious attacks by hackers, because it exchanges data in the open Internet environment.
Fluorescent proteins (FPs) are powerful, specific marker tools for cellular imaging, and their range of applications is continuously expanding [1].
Clay minerals are mainly used around traditional cosmetics and industrial products, but currently their target application is continuously expanding into pharmaceutical industry and tissue engineering.
Composite materials are used in different engineering applications and are continuously displacing conventional materials due to their excellent properties.
Under such situation, CPU usage falls and the system becomes almost unresponsive, since the application processes are continuously waiting for memory pages to continue their execution.
In the full memory copy phase, transfer all the VM memory pages from source to destination server are transferred without interrupting the running applications even pages are continuously modified.
New applications of localization are continuously emerging, which motivates further exploration and attracts many researchers from different research areas, such as geophysics, signal processing, aerospace engineering, and computer science.
Medical applications of OCT are continuously evolving and OCT has revolutionized the technology of superficial and epithelial tissue imaging.
