Systems for distributing data over a computer network and methods for arranging nodes for distribution of data over a computer network
Various embodiments of the present invention relate to a super-node formed from a plurality of nodes in a binary tree topology network. The super-node includes a multitasking computing system having a memory, and nodes running the computing system. Each of the nodes are adapted to be docked downtree of and with another node, and are adapted to be docked uptree of and with two other nodes. A first node in the plurality of nodes is docked downtree of and with a parent node running on a first separate computing system. Each node of the plurality of nodes except the first node is docked downtree of and with another one of the plurality of nodes. In this manner, a super-node is formed having more than two sockets available for connection with nodes not running on the multitasking computing system.
1. A super-node formed from a plurality of nodes in a binary tree topology network, the super-node comprising:
a multitasking computing system having a memory;
at least three nodes running the computing system, each of the at least three nodes being adapted to be docked downtree of and with another node, and being adapted to be docked uptree of and with two other nodes, the at least three nodes including a first node;
the first node being docked downtree of and with a parent node running on a first separate computing system;
each node of the at least three nodes except the first node being docked downtree of and with another one of the at least three nodes;
thereby forming a super-node having more than three sockets available for connection with nodes not running on the multitasking computing system, wherein a total number of sockets available for connection with nodes not running on the multitasking computing system is at least one more than a total number of nodes in said at least three nodes.
2. The super-node claimed in claim 1 , wherein each of the at least three nodes running the computing system are separate instances of the same software.
3. A method of forming a virtual tree in a binary tree topology network, the method comprising the steps of:
instantiating a first node on a first computer, the first node being adapted to dock downtree of and with one node, and adapted to dock uptree of and with two nodes;
docking the first node downtree of and with a parent node running on a first separate computer system;
instantiating a second node on the first computer, the second node being adapted to dock downtree of and with one node, and adapted to dock uptree of and with two nodes; and
docking the second node downtree of and with the first node, thereby forming a virtual tree capable of docking uptree of and with at least four nodes in a binary tree topology network, which four nodes are not running on the first computer;
whereby a super-node is created on the first computer system, the super-node having a total number of sockets available for connection with nodes not running on the first computer that is at least one more than a total number of nodes in said at least three nodes.
4. The method of claim 3 , further comprising the steps of:
instantiating a third node on the first computer, the third node being adapted to dock downtree of and with one node, and adapted to dock uptree of and with two nodes; and
docking the third node downtree of and with the first node, thereby forming a virtual tree capable of docking uptree of and with at least four nodes in a binary tree topology network, which four nodes are not running on the first computer.
5. The method of claim 4 , further comprising the steps of:
instantiating a fourth node on the first computer, the fourth node being adapted to dock downtree of and with one node, and adapted to dock uptree of and with two nodes; and
docking the fourth node downtree of and with the second node,
instantiating a fifth node on the first computer, the fifth node being adapted to dock downtree of and with one node, and adapted to dock uptree of and with two nodes; and
docking the fifth node downtree of and with the third node, thereby forming a virtual tree capable of docking uptree of and with a plurality of nodes not running on the first computer.
6. A super-node formed from a plurality of nodes in a binary tree topology network, the super-node comprising:
a multitasking computing system having a memory;
a plurality of nodes running the computing system, each of the plurality of nodes being adapted to be docked downtree of and with another node, and being adapted to be docked uptree of and with two other nodes, the plurality of nodes including a first node;
the first node being docked downtree of and with a parent node running on a first separate computing system;
each node of the plurality of nodes except the first node being docked downtree of and with another one of the plurality of nodes;
thereby forming a super-node having more than two sockets available for connection with nodes not running on the multitasking computing system;
wherein a total number of sockets available for connection with nodes not running on the multitasking computing system is at least one more than a total number of nodes in said plurality of nodes.