Sentence examples for routing flow from inspiring English sources

Accurate estimation of flow resistance is crucial for flood routing, flow discharge and velocity estimation, and engineering design.

The topics to be covered include packet-switch and multi-access networks, routing, flow control, congestion control, Internet protocols (IP, TCP, BGP), the client-server model, naming and DNS, wireless access networks (WIFI), mobile communications.

That work clearly demonstrates that a new method that incorporates sub-grid scale variability in flow directions is required for routing flow between large-scale model sub-grids.

One set of decisions involves finding a feasible k-tree path network through segment linkages (routing flow) at a minimum variable cost, while another attends to the schedule of an even wood flow to the landing location(s) (transporting flow), within the scope of operational planning horizon.

In contrast to these approaches, our work adapts routing flow rates without modifying the topology.

In regard to the flow transmission, we model an opportunistic routing flow on any node n i as a tuple (mathcal {F} ={n_{s}, n_{t}, {FCS}_{i rightarrow t} | n_{s}, n_{t} in mathcal {N}}), where n s and n t represent both source and target, respectively, and F C S i→t represents the forward candidate set [25, 26] of the node n i for the target n t, obtained from any chosen routing metric.

Many transportation systems for routing flows between several origin-destination pairs of demand nodes have been widely designed as hub-and-spoke networks.

The networks with spatially concentrated nodes emerge through link survival and path reinforcement on routing flows in a wireless environment with a constant transmission range of a node.

Huang (1978) used a finite difference solution of kinematic wave equation for routing flows in channels.

Both metrics are focused on creating single path for routing flows and ignore the advantage of redundant mesh infrastructure.

In our implementation of the multipath routing in NS-2, every node forwards data packets across different links with the probability proportional to the routing flows calculated by our programming.