Information communication machine room device and line resource management system

Abstract

The invention discloses an information communication machine room device and line resource management system comprising a resource management system dedicated server, a switch, a wireless router, a laptop computer, a PC, a browser, a tag printer, a regular mobile phone, an Android mobile phone and a tablet computer. The output end of the resource management system dedicated server is connected with the receiving ports of the switch and the wireless router. Emission ports of the switch and the wireless router are respectively connected with the laptop computer, the PC, the browser and the tag printer in a wireless way. Besides, the emission ports of the switch and the wireless router are connected with the regular mobile phone, the Android mobile phone and the tablet computer via a wireless local area network in the wireless way.

Description

technical field [0001] The invention relates to an information and communication machine room equipment and a line resource management system. Background technique [0002] The current communication network equipment and optical cable line resources are huge in quantity and widely distributed, and there are quite a lot of various technical parameters and business data. When planning, designing, installing, commissioning, and operating and maintaining these equipment lines and pipe network resources, a series of difficult problems are often encountered: such as what kind of equipment is this? How is it configured? How to connect? Who to connect with? What routes must be passed from the upper layer device to the terminal? When was it put into operation? Which ones need to be updated and maintained? After employees change jobs, how can the original data in their brains be completely preserved? How can new employees quickly master the system? How to find the required inf...

AI Technical Summary

Problems solved by technology

When planning, designing, installing, commissioning, and operating and maintaining these equipment lines and pipe network resources, a series of difficult problems are often encountered: such as what kind of equipment is this? How is it configured? How to connect? Who to connect with? What routes must be passed from the upper layer device to the terminal? When was it put into operation? Which ones need to be updated and maintained? After employees change jobs, how can the original data in their brains be completely preserved? How can new employees quickly master the system? How to find the required information from numerous drawings and data reports? How to quickly repair after a fault occurs to reduce downtime? Wait...however, it is currently difficult to find an effective way to manage these increasingly complex and discrete systems

This conventional implementation mode cannot adapt to the variability of management needs

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