Network Performance and Quality of Service Management

  • Overview :
  • The competitive pressures of the fast-moving wireless industry has totally
    shifted the switching systems from Circuit switching to IP switching, all
    fast network are migrating to IP based.
  • All stakeholders in industry are as well working hard to enhance clear level of
    services, where the quality of service is taken into considerations.
  • Duration :
  • Instructor led training program ; Conducted on regular and fast track program. Contact us.
  • Note : Apart from Instructor led training in class, One week of field work for QoS study.
  • What you will gain:
  • Review of GSM and WCDMA (3G) , LTE technologies
  • Transmission Network for high capacity mobile networks and its performance.
  • Understanding different services offered by mobile networks
  • QoS and Network performance monitoring
  • How to optimize the network using KPI and drive test.
  • Who should attend:
  • Regulators and enforcement engineers , Network performance and QoS engineers, Technical Managers, Radio network engineers and anyone who works on QoS and network performance.
  • Pre requisite :
  • Candidate should have clear understanding on mobile networks and its components – GSM and WCDMA.
  • Course Outline:
  • · Basics in GSM , WCDMA and LTE
  • · Network Architecture
  • · Network components
  • · Layers – RRC,RLC,NAS
  • · 3G-2G iRAT
  • · Power control, Capacity
  • · R99 Services
  • · HSDPA/HSUPA
  • · Difference between GSM and R99 Services.
  • · UE Categories
  • · Transmission Network for backbone in mobile networks.
  • · Throughput measurements
  • · Introduction to QoS ,KPI groups, Statistical concepts
  • · Radio measurements, QoS measurements using drive tests
  • · Network Performance management and monitoring
  • · Commercial collection tools
  • · Equipment, UEs ,antenna etc
  • · How to compute KPIs from Drive tests
  • · Introduction to counters
  • · Benefits of counters against drive test
  • · QoS and KPI Optimization
  • · Radio interface Optimization
  • · Optimization using drive test and statistics
  • · Benchmarking own performance