sva data planning

SVA Data Planning

Application Description 1 ) BackgroundIndoor scenarios differ from outdoor ones in user characteristics, behavior patterns, and service expectations. In enterprise scenarios, users have similar behavior patterns and service requirements, and Bring Your Own Device (BYOD) is seeing tremendous popularity. The growing mobile Internet enables enterprises to provide ubiquitous access to mobile working and various differentiated services, including indoor navigation and service pushing. This means amazing opportunities for them to grow their customer bases and business profits, especially in mass market consumer sites. It allows them to make business decisions based on big data analysis for future financial gain.In line with these trends, Huawei launches its innovative Service AnchorTM solution. This solution works together with the small cell products to provide radio network controller functions for lower-powered small cells widely deployed to improve coverage and capacity performance. In this way, Service Anchor helps operators enrich the functions of their telecommunication networks and explore the indoor Blue Ocean market.Service Anchor helps operators typically in the following scenarios:l Mass-market consumer sitesTypical examples are shopping malls, supermarkets, and transport hubs like airports, railway/bus stations, sports venues, theaters, and museums.Users are mainly mass market consumers and a minute quantity of workers. The service demand includes: advertisement push and indoor navigation to improve services and raise business profitability; and statistical collection and analysis of consumer behavior to ground business decisions.l Medium and large enterprisesUsers consist of a dominant number of employees and a minute quantity of visitors. The service demand includes: − Access to radio communication networks and enterprise networks− Access to public cloud services for self-attendance, self-entrance, IP PBX, and security surveillance − Other mobile working activities over cellular phonesService Anchor is a capability-open indoor radio network controller. It links small cells to telecom public clouds (conventional core network equipment) and third-party app servers.

Figure 1-1 Position of Service Anchor in a small cell network

Service Anchor provides the following functions:l Network capability openness: It provides an API interface to third-party app servers under the operator management to fulfill the requirements of enterprises, mass-market consumer sites, and OTT developers.l Radio network control: It is integrated with function components of access controllers (ACs) and access gateways (AGs) to increase efficiency of small cell networks.Service Anchor consists of Service Anchor hardware, Service Anchor basic software, and Service Anchor function components. Figure 1-2 Logical architecture of Service Anchor

l Service Anchor hardwareDeveloped on Huawei's general hardware platform, Service Anchor hardware has two hardware products: SVA3100 hardware and SVA3200 hardware, which are applicable to different application scenarios. For details, see SVA3100 Hardware Description and SVA3200 Hardware Description. l Service Anchor basic software− Implements device management, as well as manages loading, enabling and lifecycle of the Service Anchor function components.

− Helps decouple function components from the hardware and ensure flexible deployment.l Service Anchor function componentEach Service Anchor function component is optional to the Service Anchor solution and has separate functions, features, and license files, allowing customers to select optional features based on their own needs. These function components can be separately deployed and maintained, facilitating network deployment and evolution.In this release, the Service Anchor has three function components: SVA-AE, SVA-AC, and SVA-AG. Other function components will be available in future releases.

2. Highlights 1. The parameter reference provides parameters that are in the charge of different service teams.

2. Parameter reference provides suggested initial values of parameters. The following figure shows sources of the initial values of parameters.

The following figure shows the process of determining the initial value of a parameter.

3. The parameter reference provides detailed technical descriptions of parameters. When configuring a parameter, you can refer to the MO reference to learn about the MO to which the parameter

belongs and relationships of this parameter to other parameters. You can use feature name and feature ID to identify

parameters related to this parameter and use the feature name or ID to find related FPD to learn about

implementation details of the parameter.

3. Reference Documents

Product

Version

Link

SVA3100

V100R011C30

MO and Parameter Reference

SVA3200

V100R011C30


SVA3100AC&SVA3200AC

V100R011C10


SVA3100

V100R010C10


SVA3200

V100R010C10


SVA3100AE

V100R010C10


SVA3200AC

V100R007C00


SVA3200AG V100R010C10 MO and Parameter Reference

SVA3200AG V100R011C30 MO and Parameter Reference