Sentence examples for improving overall network from inspiring English sources

The performance study shows that CA-MAC outperforms SYN-MAC by improving overall network access delay and network connectivity.

A number of more complex broadcast methods are already proposed in the literature, such as counter-based, distance-based, location-based broadcasting[1], and multi point relaying (MPR)[12], with the goal of improving overall network efficiency.

MAC protocols proposed for WiLD networks in [3,4,6] do not address this issue, rather they focus on maximizing slot reuse among various neighboring links and thereby improving overall network performance.

Besides these, power control is another interesting aspect that should be thoroughly investigated, since assigning optimal power for controlling the topology can reduce interference and in turn help improving overall network performance.

Chen et al. [11] employ distributed interference measurements to improve overall network throughput amid limited cooperation.

Another work that attempts to improve overall network performance is done by Svärd et al. [36].

Coordinated multipoint (CoMP) [23] processing is an effective technique to increase signal-to-interference-plus-noise ratio (SINR), mitigate interference, and improve overall network throughput.

In this paper, we investigate these issues, propose novel algorithms to improve overall network performance, and describe the implementation carried out over the ASON/GMPLS CARISMA testbed.

This paper proposes a novel scalable load balancing congestion-aware Network-on-Chip (NoC) architecture that not only enhances network transmission performance while maintaining a feasible implementation cost, but also improves overall network throughput for various traffic scenarios.

To analyze the protocol's performance, we divide BTB-TDMA into two cases, BTB-TDMA considering EPDs (BTB-TDMA1) and BTB-TDMA without considering EPDs (BTB-TDMA2), to show how the use of EPDs can improve overall network performance.

Opportunistic scheduling exploits channel statistics and user traffic loads to define opportunities related to resource allocation and scheduling while improving overall throughput of the network.