Cisco Systems OL-3351-01 manual Identifying Call Types

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Chapter 5 Configuring BAMS for BAF Output

Identifying Call Types

Note The prefix of the files polled by the POL task is the input prefix for FMT, the initial processing task. Changing the parameter file-prefix1 or file-prefix2 in the Poll table automatically changes the input prefix of the FMT task. This change takes effect on the next startup of the system.

2.BAMS correlates the CDBs into a merged call structure. This is performed by the Correlation (COR) task.

3.Each call type is categorized. This is performed by the Augmentation (AUG) task. The AUG task is involved in the output of BAF records, as well as the BAF-to-CDR conversion task (CTB).

4.The ASCII Conversion (ASC) task outputs Cisco MGC End of Call 1110 ASCII files.

Identifying Call Types

Identification of call-type information is key to generating BAF records. The call type determines the structure code and the call-type tables of the BAF record. Because the Cisco MGC generates partial information in the CDBs, additional data within the CDBs is required for the unique identification of each call scenario. BAMS provides the logic that determines the call type.

Note the following:

•Each Cisco MGC serves a set of home NPA-NXXs.

•Each output BAF record needs to be put into a call category (for example, Flat rate, Message rate, IntraLATA, InterLATA, Toll-Free, and so forth). The call category is important because it dictates the BAF structure code and call-type fields.

Perform the following steps to identify call-type categories:

Step 1 Use the ZONE-INFO tag ID to define zone IDs. (For details, see the “Updating the Zone Information Table” section on page 4-29.)

Step 2 Use the NPANXX tag ID to assign a zone ID and a LATA to each NPA-NXX. The zone narrowly defines an area within the LATA as a call category. LATAs are centrally managed, and the system assumes that you are using the correct source for the population of the LATA (for example, using Bellcore LERG tables). Note that the LERG tables are not part of BAMS. (For details, see the “Updating the NPANXX Table” section on page 4-13.)

Step 3 Use the RATING-TYPE tag ID to establish the calling relationships between zones. This tag ID determines the call category (for example, flat rate, message rate, and so on). (For details, see the “Updating the Rating Type Table” section on page 4-16.)

Step 4 Use the RATE-EXC tag ID to override certain call-category relationships defined with the NPANXX tag ID. (For details, see the “Updating the Rating Exception Table” section on page 4-16.)

Step 5 Use the TRUNKGRP tag ID to determine if a call is originating or terminating. (For details, see the “Updating the Trunk Group Table” section on page 4-26.)

Step 6 Use the MAPTYPE tag ID to specify which structure code to generate and which call type to assign each call category. (For details, see the “Updating the Map Type Table” section on page 4-4.)

Cisco Billing and Measurements Server User’s Guide

 

OL-3351-01

 

 

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Contents Overview Configuring Bams for BAF OutputInterworking of Bams Configuration Tables Generating BAF RecordsPrerequisites for BAF Records Identifying Call Types Call Category Call Type Default BAF Structure Codes and Call TypesOverriding Call Types Exception and Special ProcessingProcessing Transit/Tandem Calls BAF Output Provisioning ExampleBulk Provisioning Cisco Billing and Measurements Server User’s Guide Designing a Billing Plan Call Area Provisioning ExampleAssumptions Used in This Example River City Zone MembershipFree Calling Between Zones Banded Message Rates Configuring Trunk Groups for InterLATA CallsConfiguring Adjacent Area Codes Configuring IntraLATA CallsBams Provisioning Worksheets Configuring Toll-Free CallsConfiguring a Metropolitan Calling Plan Configuring for a Rating ExceptionBAF Configuration Parameters Updating BAF Structure CodesAdding a New Zone ID Adding a New Npanxx Zone Membership

OL-3351-01 specifications

Cisco Systems OL-3351-01 is a robust, integrated software solution tailored to meet the demands of modern enterprise networking. This software aligns with Cisco's philosophy of delivering reliable, high-performing networking infrastructure that supports a multitude of services and applications.

At its core, the OL-3351-01 focuses on enhancing network performance through intelligent automation and centralized management. This software enables organizations to efficiently oversee their network resources and configurations while minimizing operational costs and reducing the chances of human error. With a user-friendly interface, network administrators can easily navigate and configure their systems, enhance visibility over network performance, and respond promptly to incidents.

One of the standout features of OL-3351-01 is its support for advanced analytics. The software leverages data-driven insights to provide organizations with a better understanding of their network traffic and performance trends. Utilizing this analytics capability, IT teams can proactively address potential issues before they escalate, ensuring high availability and superior service delivery to end-users.

Additionally, Cisco has integrated several key technologies into the OL-3351-01 environment to optimize performance and security. This includes support for Software-Defined Networking (SDN) and network virtualization, which allows for greater flexibility and resource efficiency. The established Security features integrated into OL-3351-01 further shield the network from a wide array of threats, employing strategies such as threat intelligence and adaptive security policies.

Scalability is another hallmark characteristic of Cisco Systems OL-3351-01. Whether an organization is small or large, the software can be effectively scaled to meet evolving business needs. This ensures that as network demands grow, the software can adapt without necessitating significant reconfiguration or additional investments.

Support for multi-cloud environments is also a crucial aspect of OL-3351-01. Organizations can seamlessly integrate their on-premises networks with public and private cloud services, enabling businesses to leverage hybrid cloud architectures that enhance flexibility and resource management.

In conclusion, Cisco Systems OL-3351-01 stands out as a comprehensive solution for network management that combines automation, advanced analytics, robust security, scalability, and cloud integration. These features make it an ideal choice for organizations looking to streamline their network operations and improve overall IT efficiency.
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