On the other hand, only single type response (acceleration, strain or displacement) is employed for moving load based damage localization, i.e., multi-type response is inefficiently utilized.
The first technique is the conventional Evolutionary Structural Optimization (ESO), which is known as hard kill, because the material is discretely removed; that is, the elements under low stress that are being inefficiently utilized have their constitutive matrix has suddenly reduced.
Studies have found that the majority of the spectrum bands, particularly the licensed bands, are inefficiently utilized.
Remember, taxpayers already pay 46% of the health care costs in this country, it is just inefficiently utilized across too many government programs.
Moreover, it considers the fixed maximum superframe size (65,535 μs) according to the IEEE 802.15.3 [1] which could be inefficiently utilized in case of low-loaded networks.
However, in case of the fixed superframe size, where the maximum size is always used, the superframe is inefficiently utilized in cases of low- and medium-loaded networks.
These reasons can be described as follows: Firstly, in addition to the bulk reservation mode, we add the dynamic superframe size, whereas [12] considers the fixed superframe size which could be inefficiently utilized in case of low-loaded networks.
One of the major challenges that mobile M2M poses is to support the myriad of devices sending small payloads, thus inefficiently utilizing PRBs, causing excessive signaling overhead, and increasing the risk of network congestion.
Here, pure RE materials can be extracted from REO slags and have irreplaceable applications, however, most REO slags are either wasted or inefficiently utilized with minimal economic value produced.
