First thoughts about the required services:
Service 1: Monitor and control air interface power
Continuously monitor the power usage of the air interface
Provide the ability to manually adjust the power usage as needed
Service 2: Analyze and report air interface power usage
Collect and analyze data on air interface power usage
Generate reports on usage patterns and trends
*Identify areas for potential power savings
Service 3: Optimize air interface power usage based on user preferences
Allow users to set preferences for power usage
Use collected data and user preferences to automatically adjust power usage for optimal efficiency
*Continuously monitor and adjust power usage to maintain user-defined preferences
Service 4: Notification of power saving events
Notify users of significant power savings or other power-related events
Provide detailed information on the event and its impact on power usage
*Allow users to view a history of power-related events for further analysis.
First thoughts about the required services: Service 1: Monitor and control air interface power Continuously monitor the power usage of the air interface Provide the ability to manually adjust the power usage as needed
Service 2: Analyze and report air interface power usage Collect and analyze data on air interface power usage Generate reports on usage patterns and trends *Identify areas for potential power savings
Service 3: Optimize air interface power usage based on user preferences Allow users to set preferences for power usage Use collected data and user preferences to automatically adjust power usage for optimal efficiency *Continuously monitor and adjust power usage to maintain user-defined preferences
Service 4: Notification of power saving events Notify users of significant power savings or other power-related events Provide detailed information on the event and its impact on power usage *Allow users to view a history of power-related events for further analysis.