Practice Free 300-445 Exam Online Questions
Question #21
How do scripting agents contribute to network automation?
- A . Analyzing security logs
- B . Optimizing server configurations
- C . Monitoring hardware health
- D . Automating repetitive tasks
Correct Answer: D
D
Explanation:
Scripting agents automate repetitive tasks to facilitate network automation and improve operational efficiency.
D
Explanation:
Scripting agents automate repetitive tasks to facilitate network automation and improve operational efficiency.
Question #22
What is the primary function of setting a metric baseline in network assurance?
- A . Monitoring network traffic
- B . Identifying network vulnerabilities
- C . Establishing performance benchmarks
- D . Configuring security protocols
Correct Answer: C
C
Explanation:
The primary function of setting a metric baseline is to establish performance benchmarks for various network metrics, enabling the detection of deviations and abnormalities in network performance over time.
C
Explanation:
The primary function of setting a metric baseline is to establish performance benchmarks for various network metrics, enabling the detection of deviations and abnormalities in network performance over time.
Question #23
What aspects should be validated when validating alert configuration and functionality in network assurance?
- A . Integration with ITSM tools
- B . Compliance with industry standards
- C . Notification channels
- D . False positive rates
- E . Alert escalation procedures
- F . Alert triggering conditions
Correct Answer: C,D,F
C,D,F
Explanation:
When validating alert configuration and functionality in network assurance, aspects such as alert triggering conditions, notification channels, and false positive rates should be validated to ensure accurate and efficient alerting.
C,D,F
Explanation:
When validating alert configuration and functionality in network assurance, aspects such as alert triggering conditions, notification channels, and false positive rates should be validated to ensure accurate and efficient alerting.
Question #24
When designing a high-density wireless network for a large auditorium in an enterprise environment, which of the following strategies is most effective in managing co-channel interference (CCI)?
- A . Deploying omnidirectional antennas at maximum power settings
- B . Utilizing a high-density deployment with microcell architecture
- C . Spreading the access points evenly across the available spectrum without considering user density
- D . Increasing the minimum data rate for the wireless LAN
Correct Answer: B
B
Explanation:
In a high-density environment such as a large auditorium, managing co-channel interference (CCI) is crucial for maintaining optimal wireless performance. Utilizing a high-density deployment with microcell architecture involves deploying a larger number of access points with lower transmit powers and smaller coverage areas. This approach allows for a more granular control of the RF environment, reducing the overlap between coverage cells and thereby minimizing CCI. It contrasts with deploying omnidirectional antennas at maximum power settings, which can exacerbate CCI by extending the range of each access point’s signal and increasing the likelihood of overlap. Increasing the minimum data rate does not directly address CCI, although it can improve overall network efficiency. Lastly, simply spreading access points evenly without considering user density fails to account for the variable demand within the auditorium, potentially leading to areas of high CCI and poor performance.
B
Explanation:
In a high-density environment such as a large auditorium, managing co-channel interference (CCI) is crucial for maintaining optimal wireless performance. Utilizing a high-density deployment with microcell architecture involves deploying a larger number of access points with lower transmit powers and smaller coverage areas. This approach allows for a more granular control of the RF environment, reducing the overlap between coverage cells and thereby minimizing CCI. It contrasts with deploying omnidirectional antennas at maximum power settings, which can exacerbate CCI by extending the range of each access point’s signal and increasing the likelihood of overlap. Increasing the minimum data rate does not directly address CCI, although it can improve overall network efficiency. Lastly, simply spreading access points evenly without considering user density fails to account for the variable demand within the auditorium, potentially leading to areas of high CCI and poor performance.
Question #25
When configuring alert rules based on network conditions, what factor should be considered for effective alerting?
- A . Integration with ITSM tools
- B . Compliance with industry standards
- C . Notification frequency
- D . Alert severity levels
Correct Answer: D
D
Explanation:
When configuring alert rules, alert severity levels should be considered for effective alerting, prioritizing critical network conditions in network assurance.
D
Explanation:
When configuring alert rules, alert severity levels should be considered for effective alerting, prioritizing critical network conditions in network assurance.
Question #26
What type of alert rule configuration is used to monitor CPU utilization on end-user devices?
- A . Historical data analysis
- B . Threshold-based alerts
- C . Anomaly detection
- D . Real-time traffic analysis
Correct Answer: B
B
Explanation:
Threshold-based alerts are used to monitor CPU utilization on end-user devices by triggering alert notifications when CPU usage exceeds predefined threshold values, indicating potential performance issues.
B
Explanation:
Threshold-based alerts are used to monitor CPU utilization on end-user devices by triggering alert notifications when CPU usage exceeds predefined threshold values, indicating potential performance issues.
Question #27
Which deliverable is commonly recommended for IT operations teams to monitor network performance?
- A . Dashboards
- B . Reports
- C . Performance metrics
- D . Alerts
Correct Answer: A
A
Explanation:
Dashboards are commonly recommended for IT operations teams to monitor network performance as they provide real-time visualizations of key performance indicators (KPIs), network status, and operational metrics, enabling proactive monitoring and rapid response to performance issues.
A
Explanation:
Dashboards are commonly recommended for IT operations teams to monitor network performance as they provide real-time visualizations of key performance indicators (KPIs), network status, and operational metrics, enabling proactive monitoring and rapid response to performance issues.
Question #28
In network analysis, what is the primary purpose of diagnosing end-device network issues?
- A . Assessing network security vulnerabilities
- B . Analyzing server performance metrics
- C . Identifying and resolving connectivity problems
- D . Monitoring network traffic patterns
Correct Answer: C
C
Explanation:
The primary purpose of diagnosing end-device network issues is to identify and resolve connectivity problems affecting individual devices (e.g., computers, smartphones) within the network, ensuring seamless access to network resources and services.
C
Explanation:
The primary purpose of diagnosing end-device network issues is to identify and resolve connectivity problems affecting individual devices (e.g., computers, smartphones) within the network, ensuring seamless access to network resources and services.
Question #29
What is the first step in establishing a metric baseline for network performance analysis?
- A . Collect historical data
- B . Analyze network traffic patterns
- C . Define key performance indicators (KPIs)
- D . Establish alert thresholds
Correct Answer: C
C
Explanation:
Defining key performance indicators (KPIs) is the initial step in setting a metric baseline for network performance analysis.
C
Explanation:
Defining key performance indicators (KPIs) is the initial step in setting a metric baseline for network performance analysis.
Question #30
Which Cisco technology provides insights into WAN performance and helps identify network issues affecting application delivery?
- A . Thousand Eyes WAN Insights
- B . vManage
- C . Meraki Insights
- D . Cisco Catalyst Manager
Correct Answer: A
A
Explanation:
Thousand Eyes WAN Insights provides insights into WAN performance and helps identify network issues affecting application delivery by monitoring end-to-end network paths, measuring latency, packet loss, and jitter, and providing real-time analytics and visualizations to troubleshoot performance problems.
A
Explanation:
Thousand Eyes WAN Insights provides insights into WAN performance and helps identify network issues affecting application delivery by monitoring end-to-end network paths, measuring latency, packet loss, and jitter, and providing real-time analytics and visualizations to troubleshoot performance problems.