System and Method For Adaptive Thermal Management In A Portable Computing Device

The present technology described in this patents allows monitoring certain parts of the device's environment during operation without causing damage due to over-temperature conditions. This helps prevent failures caused by high heat while still maintaining proper coolant flow rates. By measuring these measurements regularly, it can help manage the devices efficiently. However, there could also happen when there were problems where specific areas had exceed their normal limits because they werenormously affected by too many other things like humidity. These issues would cause further complications even though no problem was detected until later. To address them, systems have developed dynamically adjustable parameters called DVFS algorithms which gradually decrease the speed at which data samples take place compared to previous values. Whenever the measured value deviates above its predeteriorating limit, another algorithm will perform better control actions accordingly. Overall, these technical featments improve the efficiency and reliability of electronic equipment operations.

The technical problem addressed in this patented text relates how to efficiently control the amount of power generated from these types of mobile device without compromising their functionality. Current solutions involve placing certain parts close together but doing nothing too much with them can lead to overheating and failures due to insufficient airflow around those areas where it needs to operate effectively.