Silicon quantum dots (QDs) have attracted a broad interest in a wide field of applications such as Si photonics, nonvolatile memory devices, logic nano-devices and also for the third-generation photovoltaic devices [1, 2].
On the other hand, developing one-dimensional (1D) DMS materials are of great interest, for the reason that the 1D nanomaterials are ideal research systems for fabricating nanoscale field effect transistors, sensors, optoelectronic devices, logic circuits, and lasers [7].
Considerable attention has been paid to achieve controllable and fast domain wall propagation in thin magnetic wires (planar and cylindrical) taking into account the possibility to use it for high-density data storage devices (magnetic random memory devices, logic devices)[1].
Common metrics are counting the LUTs, flip-flops, slices (Xilinx devices), or logic elements (Altera devices).
These include (smart) automation devices, field devices, fieldbuses, programmable logic controllers, operating devices, mobile devices, servers, workstations, web access devices and so on.
The Device Process Logic component is the heart of the application running on the embedded device.
Dynamic power represents the power consumption when a device changes logic state from on to off or vice versa.
This component will process the trigger (packet processing, acknowledging) and will then inform the Device Process Logic about the type of trigger that needs to be executed.
While the user interface runs on the mobile device, the logic can run anywhere, like in the browser of developers' computers.
