Technical R&D Projects  
   

 

Funded Projects


GIS based Optical Fiber Network Monitoring and Management System Design and Development
 

Principal Investigators:
Lahore University of Management Sciences (LUMS), Lahore.
www.lums.edu.pk
Palmchip (Pvt) Limited, Lahore.
www.palmchip.com
Project Directors:
Dr. Syed Aun Abbas aun@lums.edu.pk
Dr. Zartash Afzal Uzmi zartash@lums.edu.pk
Project Details:
Start Date: November, 2006 Duration: 16 months
Project Cost: PKR 36 million Project Funding: PKR 18.919 million
Project Status: Completed. Final project report submitted. Project received "Best of Research and Development" at 4th National Annual ICT Awards Ceremony for IT & ITES held by P@SHA in October 2008. For details, click here.
Detailed proposal is available here.


Executive Summary

Geographic Information System based Optical Fiber Network Monitoring and Management System would be developed as a product having the capability of integrating several different Network Management System (NMS) into one centralized GIS based Integrated NMS system. The proposed system acts as a “manager of managers”, serving as the central NMS managing several NMSs and Elementary Management Systems (EMSs) in the network that on the one hand maps specified fault and performance information on a GIS system, and on the other hand manipulates and synthesizes the information provided by the network elements in a suitable information presentation format for a given service provider to help improve network efficiency, quality and reliability. This Project proposal deals with the development of this Product.

The key benefits of this project are given below:

  • It will combine the functionalities of existing and new GIS and NMS systems as an integrated operational software infrastructure and to develop hardware that seamlessly interfaces with this infrastructure.

  • The product will provide a centralized NMS, integrating fault and performance data coming from multiple vendor-specific NMSs or EMSs. It will also help network service provider utilize the performance management data for planning future extensions and strategic upgrades in the core fiber network.

  • The product will provide other utilities (electric, gas, etc.) and construction contractors with highly accurate outside fiber plant information, needed to avoid damaging fiber infrastructure.

  • This will enable the operational support personnel to perform swift planned/unplanned maintenance repairs and upgrades of the outside optical fiber network plant, both in routine and emergencies.

  • Network faults result in interruption of service which can be prevented or minimized due to this system.

 

   
 
 

Copyrights (C) National ICT R&D Fund