The Extensible Messaging and Presence Protocol Based Wireless Sensor Networks

Authors

  • P. Priya
  • R. Ramya
  • V. Kalaiarasi

DOI:

https://doi.org/10.37591/jomccmn.v4i1.920

Abstract

Abstract

Wireless device networks have important potential within the home atmosphere. Home application situations embrace observance and interaction from many remote or native devices like mobile phones, televisions or computers. During this paper, we have a tendency to propose design for a network supported IP-enabled wireless sensors. The communication system is predicated on the XMPP-protocol that is shown to be extremely appropriate for the device networks. XMPP provides a push based mostly notification practicality that is particularly applicable for the event-driven paradigm of sensors and conjointly provides the authentication and secret writing needed for knowledge protection. I have a tendency to conjointly use Atom feeds in conjunction with XMPP to change remote net service-like access to the wireless device network. Integration of this XMPP-based wireless device network with the quality UPnP media-oriented network is finished employing a XMPP to UPnP entryway. During this paper, home applications and services are 1st introduced and completely different technologies supporting them are delineated. Next, the advantages of XMPP/IP design compared to non-IP device networks and to the UPnP based mostly device network are mentioned. I have a tendency to then gift our XMPP-based wireless device network, with web-service like access, exploitation XMPP and Atom feeds, conjointly interfacing with UPnP. These solutions are enforced on net pill devices permitting a versatile, extremely purposeful and open system for integration device network with the media atmosphere.

Keywords: XMPP, UPnP, Atom, sensors, wireless

Cite this Article

Priya P, Ramya R, Kalaiarasi V. The Extensible Messaging and Presence Protocol Based Wireless Sensor Networks. Journal of Mobile Computing, Communications & Mobile Networks. 2017; 4(1): 9–12p.

Published

2017-03-21

Issue

Section

Research Articles