mgw

It is introduced that the treatment technology of cleaner production of monosodium glutamate wastewater ( MGW ) .

介绍了味精废水清洁生产的工艺技术，并与传统的物化-生化方法进行了比较。

In the test process , some useful data are also recorded , such as MGW 's capability data , modules ' start-up time and etc.

在测试方案实现的过程中，还记录了有价值的测试结果，比如媒体网关性能数据、各业务模块启动时间数据等。

Because of the enormous computation burden and data flow , user plane is usually the sticking point of cost and performance of an MGW .

在MGW中用户平面的处理由于计算量巨大，数据流量也巨大，常常成为性能和成本的关键。

The Soft-Switch system is the new network mode , so the mechanism of overload control is the core technique in overload control of MGW in Soft-Switch .

软交换体系作为新的网络模式，其对媒体网关的过载控制机制是过载控制技术的核心。

Through analysis of realization mechanism and comparison of various schemes , the author finally proposes the improved scheme of MGW selection optimization in MGW disaster recovery network on MSC Pool architecture .

通过分析研究已有各方案的实现机制，比较各方案的优缺点，最后提出了Pool架构下MGW容灾中MGW优选的改进方案。

So the overload control of MGW in Soft-Switch researched in this paper is a kind of feedback model for service traffic control mechanism which is composed by MGW and MGC together .

因此本文研究的软交换体系下媒体网关过载控制是一种由媒体网关和媒体网关控制器共同作用构成的反馈型业务流量控制机制。

As the exchanged messages between MSC SERVER and MGW are signaling bared on IP network , need little bandwidth , so they can be centrally located or pulled away .

由于MSCSERVER和MGW之间交换的消息只是IP上承载的信令，占用的带宽非常少，因此，两者之间可以拉远放置也可以集中放置。

Now , Server and MGW separated network architecture brings savings of machine rooms and electronics power ; centralized operation and large local network construction brings savings of transmission , TC and tandem exchanges and many other benefits .

现有Server与MGW分离式组网架构带来节省机房，节省耗电，集中运维，大本地网组网、节省传输，节省TC，节省汇接局等优势等众多好处。

Then this paper put forward the strategy of overload control of MGW , set up the overload control model that based on message feedback , elaborate the work principle of the close-loop control model according to the H.248 protocol .

248协议的过载控制包，提出了媒体网关的过载控制策略，构建了基于消息反馈的过载控制模型，阐述了该闭环控制模型的工作原理。

IMS includes several modules , such as call session control , Home Subscriber Server ( HSS ), Media Gateway Control Function ( MGCF ), Media Gateway ( MGW ), Multimedia Resource Function Controller ( MRFC ) and so on .

IMS包括呼叫会话控制、归属用户服务器（HSS）、媒体网关控制（MGCF）、媒体网关（MGW）以及媒体资源控制（MRFC）等功能模块。