For example, the new DiNG system leverages Stanford encryption tools, campus licensing for Microsoft Windows, and much more.
The system leverages smartphones, cellular based sensors, and cloud storage and computing to lower the entry barrier to impact evaluation.
Instead of using face recognition techniques, the system leverages automatically-available context, like the time and location where the photos were taken.
Our proposed system leverages bioluminescent organisms, hydrogel actuated mirrors, fiber optics, and lenses in order to evolve existing tech into a diurnal solution.
New digital tools will provide an easy-to-deploy, easy-to-manage, low-cost, cloud-based, field data gathering system, leveraging smartphone technology.
Moreover, this kind of self-organized system leverages the feedback and coordination by the central coordinator in order to achieve high efficiency.
The system leverages logic-based complex event processing for detecting critical disruptions in the supply chain and initiates rescheduling of production.
In this work, we present a data replication strategy, named the Dynamic Popularity aware Replication Strategy (DPRS), which is presented on Cloud system leveraging data access behavior.
A novel asymmetrical-bipolar electrochemical capacitor system leveraging the contributions of a Zn-CNT asymmetrical electrode and a KOH-H2SO4 dual-pH electrolyte was developed.
It opens up an extendable research avenue for researchers in deep learning based intelligent system leveraging the principles of kernel theory.
