adewijaya
2011-06-17, 08:16 AM
Smartphones and a 3G Network
Reducing the impact of smartphone generated signaling traffic while increasing the battery life of the phone through the use of network optimization techniques
Table of Contents
1. Executive Summary
2. Introduction
3. Technical Background
3.1. RRC Connection States
3.2. Smartphone-generated Signaling in a 3G Network
3.3. “Keep Alive” Messages
3.4. Fast Dormancy
3.5. Tracing the Root Cause of 3G Network Congestion
4. Detailed Results
4.1. Test Methodology
4.2. Baseline Measurements
4.3. Keep Alive Messages
4.4. Chatting with a friend using Yahoo IM
4.5. Keeping Track of a Friend with the FindMe Application
4.6. Downloading Large Files
4.7. Web Browsing/Internet Surfing
4.8. Sending and Receiving Email
4.9. Using Nokia Maps to Find a Museum in Old Montreal
4.10. Watching a YouTube Video
4.11 Making a Skype Video Call
4.12. Receiving an Incoming Voice Call
5. Conclusions
Reducing the impact of smartphone generated signaling traffic while increasing the battery life of the phone through the use of network optimization techniques
Table of Contents
1. Executive Summary
2. Introduction
3. Technical Background
3.1. RRC Connection States
3.2. Smartphone-generated Signaling in a 3G Network
3.3. “Keep Alive” Messages
3.4. Fast Dormancy
3.5. Tracing the Root Cause of 3G Network Congestion
4. Detailed Results
4.1. Test Methodology
4.2. Baseline Measurements
4.3. Keep Alive Messages
4.4. Chatting with a friend using Yahoo IM
4.5. Keeping Track of a Friend with the FindMe Application
4.6. Downloading Large Files
4.7. Web Browsing/Internet Surfing
4.8. Sending and Receiving Email
4.9. Using Nokia Maps to Find a Museum in Old Montreal
4.10. Watching a YouTube Video
4.11 Making a Skype Video Call
4.12. Receiving an Incoming Voice Call
5. Conclusions