Abstract: Disclosed is a communication network system in a bus network structure and a data transmitting/receiving method, the system including: a broker processing a message routing; a connector; and a plurality of services connected to the broker via the connector, wherein: the service is a communicable terminal node and a network address identifying each service is allocated to the each service, the connector is a module for mediating a connection between the service and the broker, and the broker is a module for setting up a routing path or a connection with the connector to process the message routing, all brokers connected to each other in a full mesh topology.

Abstract: Disclosed is a communication network system in a bus network structure, the system including: a broker processing a message routing; a connector; and a plurality of services connected to the broker via the connector, wherein: the service is a communicable terminal node and each of the plurality of services is connected to the broker via one connector, the connector is a module for mediating a connection between the service and the broker, each connector connected to only one broker, and the broker is a module for setting up a routing path or the connection with the connector, and to process the message routing, all brokers connected to each other in a full mesh topology.

Abstract: A method for processing a message routing in a communication network system having a bus network structure includes connecting a plurality of brokers in a mesh topology; connecting each of the service terminal nodes to one of the brokers via a connector; allocating a network address to each of the connected service terminal nodes; maintaining at least some of the allocated network addresses and socket addresses of the connected brokers in a routing table; and routing a message between the service terminal nodes by using information contained in the routing table. A network communication system having a bus network structure includes service terminal nodes; at least one connector connected to at least one of the service terminal nodes; and a plurality of brokers, each of the brokers having a routing table.

Abstract: A method for adjusting a load among subsystems in a communication network system having a bus network structure, wherein: the communication network system includes a broker processing a message routing, a connector, and a plurality of services which is a communicable terminal node connected to the broker via the connector, and the method includes the steps of: connecting all brokers of the communication network system to each other in a full mesh topology, the broker being a module setting up a routing path or a connection with the connector, to process the message routing; maintaining a broker list recording a network address of each broker in the connector; the connector receiving a service registration message from the service, randomly selecting one broker from the broker list, and transmitting a connection request message.

Abstract: Disclosed is a communication network system in a bus network structure, the system including: a broker processing a message routing; a connector, and a plurality of services connected to the broker via the connector, wherein: the service is a communicable terminal node and each of the plurality of services is connected to the broker via one connector, the connector is a module for mediating a connection between the service and the broker, each connector connected to only one broker, and the broker is a module for setting up a routing path or the connection with the connector, and to process the message routing, all brokers connected to each other in a full mesh topology.

Abstract: Disclosed is a method for processing a message routing in a communication network system having a bus network structure, wherein: the communication network system includes a broker processing a message routing, a connector, and a plurality of services which is a communicable terminal node connected to the broker via the connector, and the method includes the steps of: connecting all brokers of the communication network system to each other in a full mesh topology, each broker maintaining a predetermined routing table; connecting the connector to the broker and setting up a connection between the service and the broker via the connector; allocating a network address to the each connected service, and maintaining the network address and a socket ID of a broker connected to the each service in the routing table; and processing a message routing between the each service by using the network address and the socket ID maintained in the routing table.

Abstract: Disclosed is a communication network system in a bus network structure and a data transmitting/receiving method, the system including: a broker processing a message routing; a connector; and a plurality of services connected to the broker via the connector, wherein: the service is a communicable terminal node and a network address identifying each service is allocated to the each service, the connector is a module for mediating a connection between the service and the broker, and the broker is a module for setting up a routing path or a connection with the connector to process the message routing, all brokers connected to each other in a full mesh topology.

Abstract: A method for adjusting a load among subsystems in a communication network system having a bus network structure, wherein: the communication network system includes a broker processing a message routing, a connector, and a plurality of services which is a communicable terminal node connected to the broker via the connector, and the method includes the steps of: connecting all brokers of the communication network system to each other in a full mesh topology, the broker being a module setting up a routing path or a connection with the connector, to process the message routing; maintaining a broker list recording a network address of each broker in the connector; the connector receiving a service registration message from the service, randomly selecting one broker from the broker list, and transmitting a connection request message; and