CCVP

获得CCVP认证必备条件

CCVP考试

CCVP重新认证

CCVP培训课程

1.Identify the components of the Cisco Unity system, describe their standard and optional features, and explain and how they integrate into a unified messaging system
2.explain the need to implement Quality of Service (QoS) and explain methods for implementing and managing QoS
3.identify and describe different models used for ensuring QoS in a network and explain key IP QoS mechanisms used to implement the models
4.explain the use of MQC and AutoQoS to implement QoS on the network
5.use Cisco QoS queuing mechanisms to manage network congestion
6.use Cisco QoS congestion avoidance mechanisms to reduce the effects of congestion on the network
7.use Cisco QoS traffic policing and traffic shaping mechanisms to effectively limit the rate of network traffic
8.successfully use Cisco link efficiency mechanisms to improve the bandwidth efficiency of the link
9.correctly select the most appropriate QoS mechanisms for providing QoS using Cisco best practices

1.Identify the components, processes, and features of traditional telephony networks that provide end-to-end call functionality
2.Describe two methods of call control used on voice and data networks and provide one example of a protocol for each
3.List at least five components or capabilities that are required to provide integrated voice and data services in campus LAN, enterprise, and service provider environments
4.Select the appropriate analog voice connection to a Cisco device given the types of analog connections and their susceptibility to line quality problems
5.Choose a voice compression scheme that best suits your needs given the fundamentals of digital voice encoding
6.Describe the appropriate signaling method to deploy in a telephony system given the type of signaling: between PBXs; between PBXs and central offices; or specialized, such as ISDN
7.Implement an effective method of transporting fax and modem traffic over a Voice over IP network given the standard implementations of fax and the methods used to transport modem traffic

1.Traditional Voice Telephony
2.Requirements of Voice on an IP Network
3.VoIP Benefits and Services

1. Applying Troubleshooting Methods
2. Troubleshooting CallManager, Network, Signaling, and Dial Plans
3. Troubleshooting AVVID Components
4. Troubleshooting Network Infrastructure
5. Applying Quality of Service in VoIP Networks
6. Troubleshooting Unity Voice Mail Systems
7. Escalating Trouble Tickets to TAC

1.Deploy a Cisco CallManager server in a cluster by using a supported IP telephony deployment model.
2.Configure Cisco CallManager and the Catalyst switch to enable on-cluster calls and add users and phones to the Cisco CallManager database using manual configuration and the Bulk Administration Tool.
3.Configure Cisco gateways and intercluster trunks and create a route plan in Cisco CallManager to enable calling to remote clusters so that the WAN is not oversubscribed, calls are preserved if the WAN fails, and user calling restrictions are in place.
4.Configure Cisco CallManager to enable features and services to include conferencing, music on hold, speed dials, Call Park, Call Pickup, Cisco Call Back, Barge, Privacy, Cisco IP Phone Services, voice mail, Cisco Extension Mobility and Cisco Attendant Console, you will also be able to use these features on Cisco IP Phones.
5.Configure Cisco CallManager and the client PC to enable the Cisco Attendant Console and Cisco IP Manager Assistant application.

1.Configure Cisco IP Telephony authentication and encryption; implement procedures to harden the Cisco CallManager operating system and phones, and to reduce toll fraud; and describe fundamental cryptographic components, threats, and attacks as they relate to a voice network.
2.Make IP video telephony calls with VT Advantage and describe the basic components and characteristics of video calls and Cisco CallManager configuration parameters that enable video.
3.Generate call detail records and monitor and manage the Cisco 4.CallManager system, calls, and IP telephony devices using Cisco CallManager

1.Given a customer CallManager based IPC network, students will be able to implement H.323, SIP and MGCP controlled gateways including SRST and RSVP support.
2.Given a customer IPC solution requiring integration with the PSTN and PBXs, students will implement the appropriate interconnections. Given a customer multi-site IPC network including H.323 / SIP controlled gateways, SRST gateways and CallManager Express, students will implement a dial plan.
3.Given a customer CallManager deployment, students will implement media resources, call applications and fax on gateways.
4.Given a customer IPC network, students will implement basic and advanced gatekeeper functionality and gatekeeper redundancy on IOS routers.
5.Given an existing voice ready customer network, the student will identify and describe the different IP-IP Gateway deployment models and explain the features supported for enterprise customers.