18092545. ADAPTIVE ENERGY MANAGEMENT FOR WEB APPLICATIONS simplified abstract (SAP SE)
Contents
ADAPTIVE ENERGY MANAGEMENT FOR WEB APPLICATIONS
Organization Name
Inventor(s)
Jan-Michel Blinn of Osthofen (DE)
ADAPTIVE ENERGY MANAGEMENT FOR WEB APPLICATIONS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18092545 titled 'ADAPTIVE ENERGY MANAGEMENT FOR WEB APPLICATIONS
Simplified Explanation: Web applications can now access information about the battery level and charging state of devices they are running on, allowing them to adjust their operation accordingly.
Key Features and Innovation:
- Accessing battery level and charging state information of devices
- Adjusting application operation based on battery status
- Offering options to users based on battery level, such as charging recommendations
- Prompting users to save data when battery level is low
Potential Applications: This technology can be applied in various scenarios such as:
- Mobile applications
- IoT devices
- Wearable technology
- Energy-efficient web applications
Problems Solved: This technology addresses the following issues:
- Data loss due to power failure
- Inefficient battery usage in web applications
- Lack of user awareness about device battery status
Benefits: The benefits of this technology include:
- Improved user experience
- Enhanced battery life of devices
- Increased efficiency of web applications
- Reduced data loss risks
Commercial Applications: This technology can be utilized in commercial settings such as:
- E-commerce platforms
- Mobile gaming applications
- IoT solutions
- Energy management systems
Questions about Battery Level Monitoring: 1. How does monitoring the battery level of devices improve user experience?
- Monitoring battery level helps applications optimize their operation and offer relevant recommendations to users, enhancing their overall experience.
2. What are the potential risks associated with relying on battery level information for application adjustments?
- There may be risks of inaccurate battery level readings leading to incorrect adjustments, impacting user experience and device performance.
Original Abstract Submitted
Web applications are run on a wide variety of devices, many of which are battery powered. Using modern web standards, it is possible to gain information about the battery level and charging state. This information may be used to adjust the operation of web applications. For example, applications can access the battery level of a device to calculate if there is enough remaining energy to complete the current task. If not, the application can react by offering several options such as charging the device for a specific amount of time or changing the energy source. The user may be notified once the battery is charged sufficiently. Data may be lost if power is lost before data is saved. Accordingly, monitoring the battery level may enable an application to save data or prompt a user to save data when the battery level reaches a predetermined threshold.
