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CS/PS Core Network Planning

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core planning engineers

available worldwide

Who Should Attend?

This course is designed for individuals responsible for planning, engineering, operating, and maintaining 2G/3G systems. Practical and theoretical knowledge is valuable for both technical professionals and engineers.

Course Scope

Core Network Planning Overview.
- Traffic planning — objectives, inputs, activities.
- Traffic modelling.
- Theoretical models.
- CS/PS real-time and non-real-time services.
- Legacy telephony solutions.
- IP networks and Internet.
- Modern telephony – VoIP and Softswitch.
Core Network Connectivity.
- CS architecture.
- Call setup.
- Interconnect to other CS CN.
- International roaming.
- SIP-ISUP interworking.
- PS architecture.
- PDP Context.
- QoS in PS service.
- Interconnect to other PS CN.
Traffic Parameters.
- Key CS domain parameters and KPIs.
- Supplementary CS domain parameters and KPIs.
- Key PS domain parameters and KPIs.
- Supplementary PS domain parameters and KPIs.
- Grade of Service (GoS).
- Erlang theory.
Traffic Modelling.
- CS/PS services.
- User profiles and requirements.
- CS traffic modelling.
- CS traffic cases.
- Gi and Gp traffic modeling perspective.
- PS traffic cases.
- Expansion planning.
Traffic Distribution and Dispersion.
- Reference network model.
- Subscriber distribution.
- Traffic dispersion.
- CS traffic.
- Nb traffic.
- PS traffic.
CS Capacity Planning.
- Network planning.
- Detailed network design.
- CS network solution - nodal perspective.
- CS network solution - features.
- MGW Traffic Model.
- MGw, MSC, HLR, SMS-SC dimensioning principles.
PS Capacity Planning.
- PS network solution.
- PS network topology design.
- PS dimensioning considerations.
Mc Signaling Planning.
- Signalling load and volume calculation.
- H248 introduction.
- H.248/MEGACO protocol.
- H.248 signalling case and calculations.
- BICC features impacting H.248 calculations.
SS7 Signalling Network.
- SS7/SIGTRAN key concepts.
- Signalling network design and planning.
- SCCP and SUA.
- Classical and broadband transport.
- M3UA, M2UA, M2PA.
- SIGTRAN protocols overhead.
- Signalling link dimensioning for TDM, ATM, and IP.
SS7 Applications Capacity Planning.
- ISUP messages, calculations.
- BICC introduction, calculations.
- TCAP message exchange.
- MAP examples.
- TCAP/MAP calculations.
- IN architecture.
- CAMEL CS examples.
- IN network nodes and link dimensioning.
- TCAP/INAP-CAP calculations.
DIAMETER Signalling.
- DIAMETER Protocol.
- PCC – features.
- PDP with policy control.
- Gx, Rx and Cx interfaces.
- PDP with flow based charging.
- Gx, Gy signalling cases, calculations.

Course Objectives

This course is designed to provide core, radio, and transport network engineers with knowledge about core network planning. An introduction to Core Network is provided to justify the need for core network planning in 2G/3G enabled networks.

Prerequisites

Participants must have basic knowledge of 2G/3G core networks. Signalling knowledge of GSM, WCDMA and IP technology is an advantage.

Training Structure

Four-day training divided into logical sessions.

Methodology

Instructor-led training.

Perfect course.

I can proudly recommend these courses for others as well.

Overwhelming knowledge and expertise. Interactive and enjoyable learning.

Very clear explanations.

Everyone gets individual attention from the trainer.

Many different people from different operators can share their problems and ideas.

Trainer understands local market experience.

Training was above expectations!

Trainer understands local market experience.

Excellent knowledge from the trainer.

Excellent exercises!

Very effective training methods.

Regardless of technology I received theoretical and practical answers.

The training exceeded my expectations.

Seminar entirely for Telecommunication operators. A lot of issues covered.

Excellent, knowledgeable trainer, open to communication.

This course will be very useful in my daily work.

The training is completely excellent.

Really practical and very fruitful training.

Good direct connection between course material and real problems.

The whole course was very valuable.

The best training ever.

Trainer was able to answer practical questions.

Professional, high-quality trainer.

Amazing, more than excellent, audience-oriented trainer.

Trainers have passion to teach & impart knowledge.

Great teacher with deep knowledge and experience.

Good logical structure of the course and explanation.

A lot of useful materials and knowledge.

The course covers all the impacted areas.

Excellent course and instructor.

The course exceeded my expectations. Hats off!

Highly professional trainer with lots of practical experience. Friendly and open.

I feel like the trainer is the best professor and mentor one can have.

Course covers all important issues and presents relevant examples.

Trainer is open for comments and discussion.

Experienced trainer. Real cases with references to recommendations.

Good class notes and great examples.

More than excellent course!

Trainer adapted to the expectations of the audience.

Deep and detailed topic analysis.

I am very impressed with the trainer's knowledge and experience.

Very well organized training programmes.

A good approach to a complex problem.

Experienced trainer. Excellent descriptions.

The trainer is capable of answering all my questions.

Training provides useful methods to analyze real protocols.

Excellent methodology of teaching. Simple and easy to understand training.

I received a lot of useful information which I use in my work every day.

A clear picture of GSM switching and signalling.

Unique training covering the most important areas of my work.