Übersetzung für "Edge node" in Deutsch

The IO-Link protocol can form the basis of a powerful and low-cost Edge Tier node (Figure 2).

It is particularly expedient when the webs are so cut-away at the upper edge between two node points that their length is substantially equal to half the length of the diagonal of the expanded metal mesh extending parallel to the upper edge.

Additionally, a superstabilizing algorithm will recover rapidly from a single change in the network topology (adding or removing one edge or node in the network).

An evaluation board is available to help designers get started designing an edge node based around IO-Link and the MAX14827A.

In the Industrial Internet Reference Architecture this collection of smart connected elements is called the Edge Tier, and a typical Edge Tier node is located on or close to the machine it serves.

Here, other nodes can be reached either directly, by virtue of the fact that the respective other node is directly connected, via an edge, to a node which is accessed first, or indirectly by virtue of the fact that the node to be reached with the node accessed first can be reached via other nodes lying between the two nodes.

There is thus a “smooth transition” between node, edge, and triangle displacement in the method described here.

Accordingly, each fault cause node contains a directed weighted edge to a node or a plurality of nodes of the at least one overall graph that corresponds to a physical installation component.

Based on this topology graph G 3, the respective source switching node of the subnetwork A activates a Dijkstra best route calculation and receives a node-edge-node sequence, starting in the example at the source switching node (Munich) and ending at the prescribed destination switching node (Stuttgart).

If the connection set-up message arrives at a switching node, the uppermost node of the information element being a HL node (HP port node), the receiving switching node must calculate a route section (in which exclusively LL nodes occur) by means of the subnetwork which has been reached at that time, receive the corresponding node-edge sequence into the routing information element and correspondingly carry on with the connection set-up.

The edges and/or nodes of the graph are weighted with weight values which describe an approximately required computing outlay for the calculation of electrical descriptive parameters for the electrical circuit element that is respectively represented by the edge and/or node.

The respective adjacency matrix represents the associated graph by virtue of the fact that a node is assigned to each column or respectively to each row and by virtue of the fact that the individual elements of the matrix respectively correspond to a directed edge from the node represented in the assigned row to a node represented by the assigned column.

An entry in the second column of the first row corresponds to the weighting of an edge from the node corresponding to the first process parameter of the process parameter vector to the node corresponding to the second process parameter of the process parameter vector.

Please note that this ordering uses the edge of the node on the older side as a reference, i.e. the bottom edge of the node when the graph is shown with oldest node at the bottom.

To accelerate the memory management, LEDA has an efficient memory manager, which is used for all node, edge, and item types.

The attributes of a certain node/edge can be read and changed with pairs of get -set methods.

Applications can be found in industrial IoT and cloud servers with big data analytics, carrier-grade edge node servers as well as connected Industry 4.0 automation servers that host multiple virtual machines or media servers with multiple stream real-time video transcoding.

It brings together high-performance computing, power efficiency, enhanced system reliability and embedded security, which is needed to drive the growth of fast-growing edge node computing, streaming multimedia, and machine learning applications.