Quality of Service White Papers
Asymmetric Traffic Management in UMTS FDD With Additional Downlink Spectrum
Overview Asymmetric services with higher downlink traffic load are expected to dominate the service request to be supported by the forthcoming mobile communication systems like UMTS. The assignment of additional downlink spectrum for UMTS has been identified by WARC2000 as a straightforward way to increase downlink capacity. This paper proposes a Service Selection mechanism that effectively improves the spectrum efficiency, under specific hypothesis, and a Load based Inter-Frequency Handover that can provide relevant performance enhancement in a generic service scenario.
| Publisher | Ericsson | File Format | |
|---|---|---|---|
| Date Published | August 2003 | Downloads | 24 |
| Format | White Papers | ||
| Topics | |||
-
Did you find this white paper useful?
White Paper RSSService Level Agreements - Sample Agreements, Reports, and Checklists
DownloadThe following Service Level Agreement (SLA) is between the Order Processing Department, referred to as the client and the Information Technology Department (IT). A SLA summary report will be distributed...
Optimizing Your CDMA Network With Spatial Performance Visualization (SPV)
As competition in the wireless markets escalates, customers are demanding increased quality of service at competitive prices. Wireless service providers need to find better ways to manage their increasingly complex...
NimBUS for SLA Monitoring and Reporting
The NimBUS for SLA Monitoring and Reporting solution monitors Operations and business service levels against SLA metrics and forecasts violations with warning alerts. The solution provides a graphical interface for...
A Generic Architecture for Autonomic Service and Network Management
As the Internet evolves into an all-IP communication infrastructure, a key issue to consider is that of creating and managing IP-based services with efficient resource utilization in a scalable, flexible,...
Introducing Lucent's Acuity Architecture
This paper discusses a major shift in network traffic that is driving the need for service-aware, next generation network architecture that can deliver on-demand services over a flexible converged network....
