Examples of using Every node has in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Every node has an address.
A binary tree is considered full if every node has 0 or 2 children.
Every node has a value.
After a transaction is confirmed by a miner, every node has to add it to its database.
Every node has either 0 or 2 children.
Transactions are broadcast across the network, and every node has their own updated version of the transaction events.
Every node has a copy of the Blockchain.
Scalaz encodes a priority queue with a tree structure where every node has a value less than its children.
Every node has it dedicated connection to Hub.
A binary tree is a tree in which every node has at most 2 children i.e., the left child and the right child.
Every node has at most two children.
After the confirmation of the transactions by miner, every node has to add to its database and it would then become a part of the blockchain.
Every node has its own dedicated connection to the hub.
In effect, it is a way of distributing the workload so that not every node has to do every task, like it happens with Bitcoin.
So every node has its values greater than its children.
The scalability trilemma states that any decentralised system where every node has to confirm every transaction can have only two of the following three.
Every node has value greater than the value of child node. .
Any distributed computing system where every node has to validate every transaction can only have two of the following three.
Every node has a unique network address, sometimes called a Data Link Control(DLC) address or Media Access Control(MAC) address.
In a ring topology, every node has exactly two neighbors for communication….
Every node has a unique network address, sometimes called a Data Link Control(DLC) address or Media Access Control(MAC) address.
First of all, it must be ensured that every node has a unique statically assigned IP-Address for each interface used for the mesh.
Every node has a different rendition of the transactions waiting to be processed due to the fact that these nodes have different RAM storage capacities.
Consider for example a DOM subtree, where every node has a link to its parent and links to the next child and next sibling, thus forming a connected graph.
In the Obelisk“web of trust”, every node has a list of other nodes that it subscribes to, and the density of a node's network of subscribers determines its influence on the network.
Every node in cluster has the same role.
In a way,it's a possible method of distributing the workload so that not every single node has to do every task as bitcoin has too.
And because every I2P node has different tunnels built, no two I2P nodes have the same tunnel sets.
Because every I2P node has a different latency and bandwith, tunnels(which are built via those nodes) have different latency and bandwidth values.