It is shown that CMRP-2 achieves the lowest deployment cost among all the schemes, and the CPR is the lowest as the user demand increases up to 1.0 Mbps.
We believe this is one of the main causes of the relatively low deployment of automated planning applications.
In this paper we present Lcast, a network-layer single-source multicast framework designed to merge the robustness and efficiency of IP multicast with the configurability and low deployment cost of application-layer overlays.
Wireless Mesh Networks (WMNs) have the characterisitcs of low deployment cost, easy maintenance, and reliable service coverage technologies to form robustness networks.
In this context, we choose the simple energy detection as the underlying detection scheme due to its low deployment cost and the ability of detecting any unknown signals.
This is done in order to allow satellite operators to easily adopt the proposed architecture with low deployment cost.
Even as holistic systems concerned with the provision of these services are a hot topic, there is a gap on the provision of such systems for traceability under the premises of reusability and low deployment costs.
The main reason for its popularity is its low deployment cost, as DSL reuses the twisted pairs of the existing telephone network infrastructure to connect subscribers to the Internet backbone.
Cooperative communication in wireless relay networks can potentially be of great benefit, offering several gains that may decrease required transmission power, increase the system capacity, improve the cell coverage or interference mitigation while balancing the quality of service and keeping relatively low deployment costs [1].
The highest effectiveness level for the low utilization deployment scenario is associated with a net cost savings of $15,726, while for the high utilization scenario all costs per QALY are less than $20,000 or are negative, indicating a net cost savings.
