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Configuration-independent method and equipment for software communication in a cellular network

A technology for network configuration and cellular communication network, which is applied in the field of configuration-independent and equipment used for software communication in cellular networks, and can solve problems such as high time and cost.

Inactive Publication Date: 2002-10-16
LGC WIRELESS
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The fact that prior art software functional blocks have to change to accommodate modifications to the network configuration means that upgrading, or scaling up or downsizing a cellular network in response to changes in area and capacity requirements is time and costly. requires considerable overhead

Method used

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  • Configuration-independent method and equipment for software communication in a cellular network
  • Configuration-independent method and equipment for software communication in a cellular network
  • Configuration-independent method and equipment for software communication in a cellular network

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Embodiment Construction

[0044] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

[0045] image 3 A configuration-independent structure of a software function block (SFB) of a component implementing a cellular network in one aspect of the invention is shown. exist image 3 , three SFBs MSC220, BSC222 and BTS 224 are connected together by configuration-independent connection blocks (CILBs) 226 and 228. According to one aspect of the present invention and as will be discussed in detail below, CILB 226 includes an interface that is substantially invariant to MSC SFB 220 and BSCSFB 222 regardless of the configuration of the cellular network. In other words, the manner in which MSC SFB 220 and BSCSFB 222 communicate with CILB 226 remains essentially the same regardless of whether the two SFBs are executed in the same central processing unit (CPU), on the same physical rack (i.e., the same rack ) but executed on different CPUs, or placed in distant geographically dispersed racks connect...

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Abstract

A configuration-independent software architecture for implementing a cellular communication network that facilitates communication between multiple cellular handsets. This structure includes a first software function block for realizing a first set of functions and a second software function block for realizing a second set of functions. The structure also includes a configuration-independent connection block having an interface that presents a consistent interface to both the first software function block and the second software function block, regardless of whether the second software function block, the first software function block, the first software function block in the cellular communication network The relative position between software function blocks and configuration-independent connection blocks. The configuration-independent connection block facilitates communication between the first software functional block and the second software functional block by using the interface of the configuration-independent connection block. Advantageously, when the first software functional block changes its location in the cellular network relative to the second software functional block, the first software functional block, the second software functional block and the interface all remain substantially unchanged.

Description

[0001] The following co-pending P.C.T. and U.S. patent applications are hereby incorporated by reference: [0002] "Cellular Private Branch Exchange" (Attorney's Docket No. WAVEP001.P.P), an International Patent Application (hereinafter referred to as WAVEP001.P) [0003] "METHOD AND APPARATUS FOR INTELLIGENT EXCHANGE" (Attorney's Docket No. WAVEP004.P.P), an International Patent Application filed under the PCT, U.S. Receiving Office, on May 3, 1996 (hereinafter WAVEP004.P) [0004] "Hybrid Cellular Communications Apparatus and Method" (Attorney's Docket No. WAVEP003+.P), an International Patent Application filed under the PCT, U.S. Receiving Office, on May 3, 1996 (hereinafter WAVEP003+.P) [0005] U.S. Patent Application U.S.S / N 08 / 434,554 filed May 4, 1995 at the U.S. PTO for "Spread Spectrum Communications Network Signal Processor," Attorney Docket No. A-60910 (hereinafter U.S.S / N08 / 434,554 ) [0006] "CELLULAR BASE STATION EMPLOYING INTELLIGENT CALL ROUTING," U.S. Patent...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): H04W88/08H04W88/12H04W88/14H04W92/04
CPCH04W88/08H04W88/12H04W88/14H04W92/04
Inventor 普里斯西拉·玛里琳·鲁T·R·怀特
Owner LGC WIRELESS
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