Examples of using Every node in English and their translations into Bulgarian
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Every node acts as a server as well as a client.
If some route exists from every node to every other, the graph is connected.
Every node(machine) is having the same copy of the ledger.
Transactions are broadcast and every node creates its own independently version.
Each and every time you end up saving edits, add or delete notes,a modification is made by every node on the network as well.
In this diagram, every node is a neuron, and every line is a connection.
Better scalability with consensus not required from every node on the network e.g. Hyperledger.
Every node has a volunteer that runs it, so the more volunteers a network has, the more secure and efficient the system is.
Transactions are broadcast, and every node is creating their own updated version of events.
They use one often met property of the nodes in the binary trees- unique identification key in every node.
For example, would a smart contract be valid if every node of the platform existed outside of the state?
As long as every node can continue to communicate with at least one other node, you still have a fully functioning network.
Each time you save edits, add ordelete notes, every node on the network makes the change.
In a ring topology, every node in the network is connected to two other nodes and the first and last nodes are connected to each other.
Each time we add or delete notes andsave edits, every node on the network should make the change.
To satisfy the condition that every node has only one parent we have defined private field hasParent, which determines whether this node has parent or not.
Regarding Blockchain, every node in the network meets the same ending; any independent update of the records along with the most favorite record, effectively, turns into its official record, instead of its original version.
Transactions are broadcast across the network, and every node has their own updated version of the transaction events.
In the case of a blockchain, every node in the network is coming to the same result, each updating the record individually, with the most popular record becoming the de-facto official record in lieu of there being a master copy.
Information that exists on the blockchain is shared andpublic, therefore, every node connected to the network, possesses a copy of the blockchain.
When it comes to a blockchain, every node in the system transfers the same result, each one updating the record individually, with the most popular record turning into the de facto official record rather than having a master copy.
If the above procedure is applied to nodes along this path, starting from the leaf, then every node in the tree will again have a balance factor of- 1, 0, or 1.
On a blockchain, every node in the network arrives at the same conclusion, updating the record independently; however, the most popular record becomes the de-facto official record, rather than there being an official“master copy.”.
Transactions are broadcasted and every node in the blockchain creates its own updated version of events.
In regards to a blockchain, every node in the network is coming to the same conclusion, each updating the record on their own, with the most popular record transforming into the de-facto official record in lieu of there being a master copy.
By recursive traversal in depth(DFS) for every node of the tree calculate the depths of its left and right sub-trees.
By definition we know that the left sub-tree of every node consists only of elements, which are smaller than itself, while in the right sub-tree there are only bigger elements.
This is because A* uses an"optimistic" estimate of the cost of a path through every node that it considers- optimistic in that the true cost of a path through that node to the goal will be at least as great as the estimate.
Ordered Binary Tree(binary search tree)is a binary tree, in which every node has a unique key, every two of the keys are comparable and the tree is organized in a way that for every node the following is satisfied.