COMMUNICATION SYSTEM FOR SUPPORTING COMMUNICATION BETWEEN DISTRIBUTED MODULES IN DISTRIBUTED COMMUNICATION NETWORK AND COMMUNICATION METHOD USING THE SAME

• US 20110145374A1
• Filed: 11/04/2010
• Published: 06/16/2011
• Est. Priority Date: 12/10/2009
• Status: Abandoned Application

• Current Assignee: Samsung Electronics Co. Ltd.
• Original Assignee: Samsung Electronics Co. Ltd.
• Inventors: LEE, Keun-Jae
• Application Number:
  US12/939,786
• Publication Number:
  US 20110145374A1
• Time in Patent Office: Days
• US Class Current: 709/220
• CPC Class Codes: H04L 47/2416 Real-time traffic

Abstract

A software system capable of enabling efficient communication between an application and an operating environment in a heterogeneous network is provided. A distributed processing system adopting the software system may obtain optimized latency during a network communication between distributed software modules.

Claims

1. A communication system for supporting communication between distributed modules in a distributed computing communication network, the communication system comprising:

a sending module configured to generate and send a message;

a receiving module configured to receive the message sent from the sending module; and

one or more distributed processing modules communicatively connected between the sending module and the receiving module, the distributed processing modules being configured to;

create a transmission path; and

relay a message through the transmission path.

2. The communication system of claim 1, further comprising a module connection unit comprising location information of the distributed processing modules, the module connection unit being configured to provide the sending module or the receiving module with one of the distributed processing modules producing a smallest difference in location information from the sending module or the receiving module, in which the difference in location information is identified by performing location information matching on each of the distributed processing modules, with respect to each of:

the sending module and the receiving module.

3. The communication system of claim 2, wherein the module connection unit:

further comprises internet protocol (IP) addresses of the distributed processing modules; and

is further configured to provide the sending module or the receiving module with one of the distributed processing modules producing a smallest difference in location value from the sending module or the receiving module, in which the difference in location value is identified by performing internet protocol (IP) longest prefix matching on each of the distributed processing modules with respect to each of the sending module and the receiving module.

4. The communication system of claim 2, wherein the module connection unit:

further comprises one of;

a topic list configured to record identification information about a message to be sent from the sending module;

or

a topic list which records identification information about a message desired by the receiving module; and

is further configured to provide a distributed processing module connected to the receiving module with another distribution module, which comprises location information similar to location information of the distributed processing module connected to the receiving module while retaining a topic list recording identification information about a message needed by the receiving module, in which the location information is identified by performing location information matching on distributed processing modules.

5. The communication system of claim 1, wherein, in response to the distributed processing module connected to the receiving module not comprising a topic list recording identification information about a message needed by the receiving module, the distributed processing module is further configured to:

distribute a topic query for the message needed by the receiving module; and

connect with a distributed processing module producing a smallest difference in time between the sending of the topic query and a receiving of a reply to the topic query.

6. The communication system of claim 5, wherein:

in response to the communication network being a single communication network, the topic query is broadcasted in the single communication network; and

in response to the communication network being formed by multiple communication networks coupled to each other, the topic query is sent to distributed processing modules of the multiple communication networks.

7. A communication method for a communication system, including a sending module, a receiving module, a distributed processing module, and a module connection unit, and supporting communication between distributed modules in a distributed computing communication network, the communication method comprising:

in response to a distributed processing module connected to the receiving module not comprising a topic list recording a message desired by the receiving module, at the distributed processing module connected to the receiving module, distributing a topic query for the message needed by the receiving module in the communication network;

at the distributed processing module connected to the receiving module, receiving replies in response to the request message from distributed processing modules in the communication network; and

connecting the distribution process connected to the receiving module to a distributed processing module which produces a smallest difference in time between the sending of the topic query and the receiving of the reply.

8. The communication method of claim 7, further comprising:

at the sending module, requesting the module connection unit to provide the sending module with a distributed processing module to deliver a message generated by the sending module; and

at the module connection unit, selecting and providing a distributed processing module having an internet protocol (IP) frequency band closer to an IP frequency band of the sending module.

9. The communication method of claim 7, further comprising:

at the receiving module, requesting the module connection unit to provide a distributed processing module to relay a message needed by the receiving module; and

at the module connection unit, selecting and providing a distributed processing module which produces a smallest difference in IP address from IP address of the receiving module.

10. The communication method of claim 7, wherein, in the distributing of the topic query:

in response to the communication network being a single communication network, the topic query is broadcasted in the single network; and

in response to the communication network being formed by multiple communication networks coupled to each other, the topic query is sent to distributed processing modules of the multiple communication networks, the distribution processing module having the topic list.

11. The communication method of claim 7, wherein the connecting of the distributed processing modules comprises:

recording topic query sending time at which the topic query is sent;

recording reply receiving time at which the reply to the topic query is received; and

obtaining a distributed processing module, which has sent a reply producing a smallest difference in time between the sending of the topic query and the receiving of the reply, by use of the recorded topic query sending time and the replay receiving time.

12. A computer-readable information storage medium for storing a program to cause one or more computers to implement a communication method for a communication system, including a sending module, a receiving module, a distributed processing module, and a module connection unit, and supporting communication between distributed modules in a distributed computing communication network, comprising:

in response to a distributed processing module connected to the receiving module not comprising a topic list recording a message desired by the receiving module, at the distributed processing module connected to the receiving module, distributing a topic query for the message needed by the receiving module in the communication network;

at the distributed processing module connected to the receiving module, receiving replies in response to the request message from distributed processing modules in the communication network; and

connecting the distribution process connected to the receiving module to a distributed processing module which produces a smallest difference in time between the sending of the topic query and the receiving of the reply.

13. The computer-readable information storage medium of claim 12, further comprising:

at the sending module, requesting the module connection unit to provide the sending module with a distributed processing module to deliver a message generated by the sending module; and

at the module connection unit, selecting and providing a distributed processing module having an internet protocol (IP) frequency band closer to an IP frequency band of the sending module.

14. The computer-readable information storage medium of claim 12, further comprising:

at the receiving module, requesting the module connection unit to provide a distributed processing module to relay a message needed by the receiving module; and

at the module connection unit, selecting and providing a distributed processing module which produces a smallest difference in IP address from IP address of the receiving module.

15. The computer-readable information storage medium of claim 12, wherein, in the distributing of the topic query:

in response to the communication network being a single communication network, the topic query is broadcasted in the single network; and

in response to the communication network being formed by multiple communication networks coupled to each other, the topic query is sent to distributed processing modules of the multiple communication networks, the distribution processing module having the topic list.

16. The computer-readable information storage medium of claim 12, wherein the connecting of the distributed processing modules comprises:

recording topic query sending time at which the topic query is sent;

recording reply receiving time at which the reply to the topic query is received; and

obtaining a distributed processing module, which has sent a reply producing a smallest difference in time between the sending of the topic query and the receiving of the reply, by use of the recorded topic query sending time and the replay receiving time.