NPAT and IP/MPLSView training topics
This multi-day course is intended for network managers, network designers, network planners, and voice and data analysts charged with the task of design, planning and managing a wide area network (using the appropriate technology to be covered here). The first two days of the class covers the basics of NPAT and IP/MPLSView. The third day will be vendor/technology/model specific.
During the hands-on portion of the class, students will get the chance to utilize the tool to design, simulate, and analyze wide area networks through selected examples.
Basic topics to be covered:
- Networking terminologies which apply (ATM,Frame Relay,TDM,IP-MPLS,BGP,IGP,PNNI)
- Theory and operation
- Parameter setting
- Reporting
- Minimal cost design
- Diversity design (network resiliency)
- Failure simulation/analysis
- Path placement simulation
- Bottleneck analysis
- Traffic loading analysis
- Performance considerations
- Forecasting
- Tariff database integration
- Tariff database creating/modifying
- Transmission line pricing
- Java interface
- Graphic exporting
NPAT
Prerequisites:
Participants should have an understanding of basic voice and data communications, as well as some experience with ATM/Frame Relay/TDM technology. Some UNIX experience is a plus.
Special topics to be covered (depending on your network type and the topics you have registered):
- ATM/Frame Relay Switches models (device specific):
- Bandwidth admissions (CAC)
- Routing algorithm
- PVC utilization factor
- Oversubscription factor
- Congestion control
- Admin-Cost / Distance
- QoS
- Trunk partitions
- Priority and holding/bumping priority
- Network Data extraction
IP/MPLSView
Prerequisites:
Participants should have a basic understanding of IP-MPLS technology. Some UNIX experience is a plus.
Special topics to be covered (depending on your network type and the topics you have registered):
- Network configuration data import
- Tunnel data import
- Tunnel traffic data import
- Tunnel generation
- Network Monitoring
- Task manager
- Scheduler
- Router password management
- Network configuration data extraction (real time)
- Tunnel data extraction (real time)
- Tunnel traffic data extraction (real time)
- Network monitoring (real time)
- MPLS Model & Traffic Engineer Tunnels (device specific):
- Traffic Engineering Tunnels and its effect on Layer 3 traffic
- Multi-layer modeling
- Constraint-Based routing
- Priority and holding priority
- Explicit routes and secondary paths
- Loose routes and strict routes
- Admin-groups / Affinity and attributes
- Weighted fair queuing
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