Network topology and discovery are the two words that describe the different levels of abstraction that are common in the bitcoin network. These are not the terms used to describe bitcoin software, but they are the only terms that describe a single piece of information that is generated by every bitcoin node. This piece of information is used to perform discovery, which means that when it is generated, it can be used by several other nodes to initiate a transaction on a given block.
Now, how does this relate to you and your use of bitcoin? It is important to understand this so that you can develop an understanding of how you can best serve your customers can help your business. While you may not understand these terms, hopefully you have at least heard about them and you want to learn more about the meaning.
To understand network topology and discovery, you first need to understand the difference between a network and a path. A network is a collection of nodes that communicate via a shared connection. The nodes may communicate with each other via a channel. There is often a router or bridge that connects the nodes together.
A path is an architectural design which allows a group of nodes to communicate with each other. They might communicate using a channel, but they also communicate through routing (a device or process that allows all the nodes to link together). Paths are common in a physical network that is connected by physical routers.
In bitcoin networks, there are two different layers to the network topology. The network is divided into a class network that is composed of class nodes that communicate with each other. Then, there is a path, which is composed of a series of paths that links the class nodes together.
When a node receives a network traffic message, it looks at the source and destination addresses that are sent to it and then make a decision as to whether or not to send the message to any of the class nodes. If the node chooses to send the message to one of the class nodes, then it can be accepted as a valid node. If it chooses to reject the message, then it is allowed to keep the message and it will not be broadcast. However, if it chooses to accept the message, then it is added to the list of messages that are relayed.
The network topology is the set of decisions that are made during a communication session by a class node. It is used by a node to determine whether or not to accept a message from any of the other nodes that are part of the network. Every node has a unique network topology, which is what allows it to use the correct network layer that is appropriate for the particular type of message that it receives.
Discovery is the process of finding the solution to a problem. Network topology and discovery is used to allow nodes to find out which path they should take in order to route all traffic to the correct destination.