If there occurs deep fading on the path from the chosen relay node to its sink nodes, it is highly likely that the selected node would fail to deliver the information.
In cases where the heterogeneity information of a phenotype is included in its adjacent nodes, it is promising to further classify the prioritized genes based on such information.
When an unknown node (non-localized) comes in contact with two known nodes (localized nodes), it is localized in its x-y plane by using the range-based algorithm.
However, without the possibility to culture mycobacteria from the IS 6110 positive lymph nodes, it is not possible to conclude with 100% certainty whether any of these pigs were infected by bacteria within the MTC.
The main purpose of the attacks is to record the amount of time when a plant/controller node stops connecting to other to which nodes it is connected.
Due to implemented time synchronization among sub-systems control nodes, it is possible to analyze the process parameters coming from different sub-systems at same time stamp.
So for improved energy balance instead of using only sensor nodes it is desirable to deploy relay nodes in addition to sensor nodes to manage such imbalance.
Because of the resource constrained nature of sensor nodes, it is important to design a secure, effective and lightweight authentication and key agreement scheme.
Since broad distributions often display high noise levels at the end of their tails, here related to the low abundance of highly connected nodes, it is convenient to consider the cumulative distribution P>(k).
Due to the limited capabilities of sensor nodes, it is usually desirable that a WSN should be deployed with high density and thus redundancy can be exploited to increase the network's lifetime.
Due to resource restricted sensor nodes, it is important to minimize the amount of data transmission so that the average sensor lifetime and the overall bandwidth utilization are improved.
