Sentence examples for throughput of the first from inspiring English sources

Initially, (T PE−E) is set to be the throughput of the first hop on the route, and its value is compared with throughput of the second hop.

The optimization problem is formulated to maximize the energy efficiency defined as the ratio of the wireless information throughput of the first destination node over the power consumed by the whole IoT systems, which is subject to the required minimum energy harvested at the second destination node of the energy transfer.

Intuitively, (13) aims at jointly fulfilling and optimizing both NRT and RT users' QoS-aware degree of satisfaction, via maximizing the actual achieved throughput of the first (i.e., expressed via utility (2)) and via fulfilling the probabilistic short-term throughput prerequisites of the second (i.e., expressed via utility (5) and (6)).

However, it is probable that the tendency of flies to view "interesting" objects [23], [24], i.e. top-down regulation, also affects the throughput of the first visual synapses.

According to Figure 12, the throughput for the first two wireless nodes, both in class 1, is almost 200 Kbps; the next three wireless nodes in the second class are between 300 Kbps and 350 Kbps of throughput, and the third class is very close to 450 Kbps in terms of throughput for each wireless node.

The throughput performance of the second case is shown in Figure 11b.

Expected improvements in cost and throughput of second and third-generation sequencing technologies will enable more powerful applications of the sequenced RAD marker system, including improvements in de novo genome assembly, development of ultra-high density genetic maps and association mapping.

To compute the throughput of the two flows, first of all, the transmission opportunities for flow Bb where a successful transmission can occur are considered.

Fig. 10 Throughput efficiency versus the distance of the first hop in FD relay with m f =1.

However, in order to balance the throughput and lifetime of the transmission path, we simultaneously select two potential relays just according to the throughput improvement in the preselection process of the first relay (i.e., user j), which lead to the optimal and sub-optimal improvement for the downlink throughput of user i respectively.

The hourglass shape refers to the scope of the analysis at each stage, and to the number of papers considered in detail; in terms of the volume of titles and abstracts processed, the throughput of the review was greatest in the second stage (figure 1).