Sentence examples for monitoring nodes and from inspiring English sources

Our work focuses on two fundamental research issues in this context – aggregation of health data transmitted by the LDPUs within the mobile monitoring nodes, and channelization of the aggregated data by dynamic selection of the cloud gateways.

The cost is calculated by counting the number of messages exchanged between monitoring nodes and the coordinator node.

Our algorithm adopts even policy to divide the overall slack ({mathcal {S}}_i) of data object (O_i) among monitoring nodes and the coordinator node.

We now analyze the time complexity of Algorithms 1 and 2. With the sliding of the monitor window, we assume that n and a represent the number of monitoring nodes and all data objects that violate local constraints, respectively.

It is worth noting that more resources will be required as the value of k increases, such as CPU, server memory, network bandwidth between monitoring nodes and the coordinator node, etc.

This is because our resolution algorithm retains additional slack at both the coordinator node and monitoring nodes and reduces vast communication cost by solving the violated constraints detected at monitoring nodes successfully.

Users can "mine" the token by managing a monitoring node and server farms pay a small amount for the privilege.

Thus, the communication cost between the monitoring node and the coordinator node can be reduced.

In the shared memory mode, psana reads events from a shared memory buffer on the monitoring node and uses MPI to launch processes on the different nodes for full 120 Hz analysis.

Decision agent collects information from monitor nodes and detects an intrusion by security policies.

Consider a simple scenario with two monitoring nodes (N_1) and (N_2) and three data objects (O_1, O_2) and (O_3), and current revision factors are zero.