Sms Performance on Sdcch
EXECUTIVE SUMMARY
Short Message Services is a growing and promising alternative choice for all kind of users and for a diverse type of new business ideas, starting from third party suppliers to corporate users or a fast set of alarms only for half duplex communication requirements.
Because of fact that this service use existing resources in the network we need to provide tools for the write measurement and supervision. This implies that some areas need to be review constantly on monthly basis, such as SDCCH traffic, BHSM with BHCA, SMS traffic and SMS error distribution. Therefore we demonstrate within this paper the steps and considerations that need to be taken in order to create targets and thresholds require for a fast countermeasure and forecast.
TABLE OF CONTENTS
A INTRODUCTION 3
1. Business Challenge 3
2. Intention 3
3. Scope 3
C PRESENTATION 4
1. SMS actual architecture 4
1.2 Performance End to End 5
1.3 RF resources 8
2. Tendencies 16
A INTRODUCTION
1. Business Challenge
The short message service (SMS) permits users to send and receive text messages to/from their mobile phones. SMS was introduce in 1992 and, since then has experience a remarkable success: xxx millions of messages are sent per month.
2. Intention
In the paper, we evaluate our architecture for SMS delivery performance and management. In our present model the performance depends on different platform services functionalities and network environment, rather than a more flexible and dynamically approaches to define maximum acceptable loss of messages of a non-guaranteed SMS service class, thereby controlling the trade-off between minimal message loss and maximum throughput in the pipelines to improve this service. In Paraguay SMS usage is increasing rapidly as more and more subscribers preferred as a normal way of exchanging ideas and chatting to friends or colleagues. Apart from good volumes on normal days, SMS usage reaches
Short Message Services is a growing and promising alternative choice for all kind of users and for a diverse type of new business ideas, starting from third party suppliers to corporate users or a fast set of alarms only for half duplex communication requirements.
Because of fact that this service use existing resources in the network we need to provide tools for the write measurement and supervision. This implies that some areas need to be review constantly on monthly basis, such as SDCCH traffic, BHSM with BHCA, SMS traffic and SMS error distribution. Therefore we demonstrate within this paper the steps and considerations that need to be taken in order to create targets and thresholds require for a fast countermeasure and forecast.
TABLE OF CONTENTS
A INTRODUCTION 3
1. Business Challenge 3
2. Intention 3
3. Scope 3
C PRESENTATION 4
1. SMS actual architecture 4
1.2 Performance End to End 5
1.3 RF resources 8
2. Tendencies 16
A INTRODUCTION
1. Business Challenge
The short message service (SMS) permits users to send and receive text messages to/from their mobile phones. SMS was introduce in 1992 and, since then has experience a remarkable success: xxx millions of messages are sent per month.
2. Intention
In the paper, we evaluate our architecture for SMS delivery performance and management. In our present model the performance depends on different platform services functionalities and network environment, rather than a more flexible and dynamically approaches to define maximum acceptable loss of messages of a non-guaranteed SMS service class, thereby controlling the trade-off between minimal message loss and maximum throughput in the pipelines to improve this service. In Paraguay SMS usage is increasing rapidly as more and more subscribers preferred as a normal way of exchanging ideas and chatting to friends or colleagues. Apart from good volumes on normal days, SMS usage reaches