NETWORK MANAGEMENT ARCHITECTURE FOR UNIVERSAL COMMUNICATION By, Dinesh Kumar Neela Sai Kumar Narsapuram Sainadh Kaushik Nanduru

Introduction Network devices pervasiveness is the main reason behind path to universal communication. Management architecture is not given much priority in the case of mashed- up services given across the network domains. For this purpose, Tambourine framework is explained. This application is enabled by using various networking devices in users daily life.

Introduction In addition the concept of cloud computing resulted in various attractive web services. Web mashup technology is used to combine the different web services into a new services.

Existing Network The existing network management is only responsible for the intra network or the home network. Mainly network management uses the Simple Network Management Protocol(SNMP). SNMP doesn’t have rigorous authentication mechanism.

Proposed Network In this paper, we propose a network management architecture which allows the applications to control the network devices. We can also obtain the information about those network devices through a web interfaces. This paper puts forth our vision to provide global access to the internet through universal communication architecture.

Universal communication architecture that combines two paradigms such as Information Centric Networking and delay tolerant networking. This decoupling is achieved by these paradigms.

System Architecture To share large data with ease and speed we propose a system that establishes a connection between Digital Living Network Alliance (DLNA) DAS(DLNA Agent for SNS) is composed of an SNS(social Networking service) server, DLNA agent and DLNA devices. In a digital media server (DMS) content /data is shared between users. Host user selects the content list sent from DAS through SNS content control page and sends it to the guest users SNS page.

System Architecture (Contd..) The guest user's DAS rewrites the source IP address of the shared content list so that it is compatible with the guest’s home network. The guest user plays the shared content using his digital media player (DMP). The proposed system is implemented with open source DMS and SNS, and requires no modification of the DMS or DMP.

Requirements Interchangeability with current Systems. Avoiding Repetitive inquiry. Flexible to control.

Requirements(Contd..) Providing IP based services at lower pricelines Managing network Extension of managed objects

TIARA It is more difficult to find source of troubles as universal communication society consists of different underlying technologies. Often more likely that the source of the trouble exist inside users home network environments. TIARA provides NMI using augmented Reality Tools.

TIARA(Contd..) Tiara is composed of a client terminal (PC), TIARA server, and devices which are to be monitored. When the client access to the TIARA server, realtime management information is returned in a XML format. The role of TIARA server is just translate the raw network management information into description XML format.

Conclusion In this paper, we presented a scalable cross-domain networked management architecture toward universal communication environment. Two applications that exploits this architecture were introduced. DAS[6] allows users to share contents by interconnecting the home networks The VPN configuration between homes are automatically negotiated via SNS web service.

References http://dl.acm.org/citation.cfm?id=1667815&CFID=916908909&CFTOKEN=6 8105373 NETCONF, http://www.ops.ietf.org/netconf/ "RFC3584: Coexistence between Version 1, Version 2, and Version 3 of the Internet standard Network Management Framework," http://www.ietf.org/rfc/rfc3584.txt. T. Y. Song, Y. Kawahara, and T. Asami: “Using SNS as Access Control Mechanism for DLNA Content Sharing System” In Proceedings of CCNC 2009.