PI CONTROLLER FOR CELLULAR BASEBAND MITIGATION

The patent application describes a communication device that can adjust its cellular modem's configuration based on certain operating characteristics to optimize performance.

The communication device has a transmitter and a receiver connected to antennas for communication with a base station.
It monitors operating characteristics like power and temperature of the cellular modem in a specific configuration.
If these characteristics exceed a threshold, the device calculates a control effort value and switches to a more efficient configuration.
This optimization helps in maintaining the modem's performance while conserving power and managing temperature.

Key Features and Innovation

Monitoring and adjusting the cellular modem's configuration based on operating characteristics.
Efficiently managing power and temperature to enhance performance.
Dynamically switching between cellular configurations to optimize operation.

Potential Applications

This technology can be applied in:

Mobile devices
IoT devices
Communication systems

Problems Solved

Power consumption optimization
Temperature management
Performance enhancement

Benefits

Improved efficiency
Extended battery life
Enhanced overall performance

Commercial Applications

Title: "Smart Cellular Modem Configuration Optimization for Enhanced Performance" This technology can be utilized in various commercial applications such as:

Smartphones
IoT devices
Industrial communication systems
Wearable technology

Prior Art

Readers can explore prior art related to cellular modem optimization techniques in the field of wireless communication technologies.

Frequently Updated Research

Stay updated on the latest research in cellular modem optimization and communication device efficiency for cutting-edge advancements in the field.

Questions about Cellular Modem Configuration Optimization

How does this technology impact battery life in mobile devices?

This technology can significantly extend battery life by optimizing power consumption in cellular modems.

What are the potential implications of this innovation in IoT devices?

This innovation can lead to improved performance and efficiency in IoT devices, enhancing their overall functionality.

Original Abstract Submitted

Communication device may include a transmitter and a receiver respectively coupled to one or more antennas to communicate (e.g., transmit or receive signals) with a base station. The communication device may receive an operating characteristic of a cellular modem within the communication device operating in a first cellular configuration and determine if the operating characteristic are greater than a threshold. The operating characteristic may include power and/or temperature. The threshold may include a power budget and/or a temperature threshold. If the operating characteristic is greater than the threshold, then the communication device may determine a control effort value based on the operating characteristic and the threshold. The communication device may map the control effort value to a second cellular configuration, which may correspond to reduced operating characteristics in comparison to the first cellular configuration. The communication device may then cause the cellular modem to operate in the second cellular configuration.

18301189. PI CONTROLLER FOR CELLULAR BASEBAND MITIGATION simplified abstract (Apple Inc.)

Contents

PI CONTROLLER FOR CELLULAR BASEBAND MITIGATION

Organization Name

Inventor(s)