A. It requires manual intervention for each call routed
B. It only allows calls to be routed within the same geographic location
C. It utilizes complex algorithms to route calls based on predefined rules
D. It restricts the ability to pick up calls from outside one's group
A. Automated user authentication for every call
B. Predefined area codes for all users
C. Consistent dialing patterns for internal and external calls
D. Directories synchronized across multiple sites
E. Fixed-length extension numbers
A. To encrypt calls using shorter keys
B. To use short codes to dial frequently called numbers
C. To bypass standard authentication procedures
D. To automatically redial the last number
A. Predictive analytics
B. Cognitive computing
C. Natural language processing
D. Machine learning algorithms
A. restart, reboot, shutdown
B. add, change, remove
C. traceSM, status station, list trace
D. save, backup, restore
A. Through manual activation by a system administrator
B. Via random selection from a set of pre-recorded messages
C. Through direct input from callers
D. By automating playback based on specific call conditions
A. Regularly deleting logs to free up storage
B. Keeping all logs indefinitely for compliance
C. Encrypting logs to protect sensitive information
D. Analyzing logs daily to detect anomalies
A. Call Transfer
B. Priority Calling
C. Abbreviated Dialing
D. Bridged Call Appearance
A. It encrypts voice data passing through the trunks.
B. It determines the maximum allowed bandwidth for each trunk.
C. It manages physical access to the communication hardware.
D. It restricts the call capabilities of a trunk based on security requirements.
A. It provides extended call forwarding options
B. It supports enhanced call reporting
C. It allows for skills-based routing and priority queuing
D. It enhances security by enabling station locking
