Fluid treatment system and radiation source module for use therein

Abstract

A wireless local loop system manages radio data transmission capacity and network resources shared by a plurality of subscriber stations by considering the type of connections desired to be created to the subscriber stations and the radio data transmission capacity, and in some cases QoS parameters, and network resources required for those connections. The subscriber stations include data and telephony ports and can include a subscriber utilization client (SUC) to assist in the management process. The SUC in each subscriber station communicates with a network utilization manager (NUM) to request network resources from the base station. The NUM determines the requirements, in data transmission capacity and / or QoS levels, for the desired connection and considers the utilization of the network resources at the base station, or sector of the base station, in determining whether to establish the desired connection. The NUM can consider the required level and a desired level of data transmission capacity and / or QoS levels and allocate resources for the connection according to either level, or therebetween. The SUC and NUM can prioritize the establishment of connections on an appropriate basis, including the type of connection, the parties to the connection, the revenue potential of the connection and the port for the connection at the subscriber station, etc.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a system, apparatus and method of providing local loop telecommunications services, or the like, through a wireless media. More specifically, the present invention relates to providing such services for both data and voice in a manner which can provide good usage of available shared radio resources, which can include spectrum / bandwidth and transmission power levels and network resources. BACKGROUND OF THE INVENTION [0002] Much interest has been expressed recently in providing local loop services via mediums other than public switched telephone network (PSTN) copper wire local loops. Local loop services, also referred to as ‘last mile’ services, are the connection between the subscriber location and a local office or other access point to the PSTN. [0003] One alternative to conventional copper wire local loop infrastructures is wireless local loop (WLL) systems that connect subscribers to the PSTN using radio signals to e...

AI Technical Summary

Benefits of technology

"The present invention provides a wireless local loop system that manages radio bandwidth shared by multiple subscriber stations by considering the type of connections desired to be created with the subscriber stations and the radio bandwidth, as well as Quality of Service parameters, such as maximum latency, data rates, etc. The system includes a network utilization manager and a subscriber utilization client to request network resources from the base station. The system can prioritize the establishment of connections based on the type of connection, the parties to the connection, the revenue potential of the connection, and the port for the connection at the subscriber station. The technical effects of the invention include improved efficiency in utilizing network resources, better management of radio bandwidth, and improved user experience."

Problems solved by technology

The present inventors have determined however, that while WLL systems based upon mobile cellular technologies can provide reasonable voice performance, they do not provide a cost effective range of services and / or radio resource efficiencies that will be desired for WILL systems which provide voice and data services.

While the remote data terminal taught by Frankel does deal with sharing the DSL line between multiple devices / users at the subscriber end, as the DSL line is not shared with other subscribers / remote terminals, Frankel does not teach the management of data transmission and / or network resources between multiple subscriber units.

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