A method and system for resetting SD card read errors

Abstract

This invention belongs to the field of memory card reset technology, specifically a reset method and system for SD card read errors, including S1, a multi-level adaptive reset step; and S2, a dynamic adjustment step. This SD card read error reset method employs a multi-level reset control module and leverages big data analysis, enabling the system to formulate precise operating parameters for each reset level based on multi-dimensional information such as historical SD card error data, model number, and environmental awareness data. In the first-level soft reset, based on machine learning algorithms to learn and analyze historical error data, the cause of the current error can be accurately predicted, and a targeted reset command can be sent. A dynamic monitoring frequency adjustment strategy is adopted to ensure that a response signal is obtained at the optimal time, improving the reset success rate. The second-level hard reset and the third-level deep reset also dynamically adjust key parameters such as power-off / power-on process parameters and delay time based on big data, making the reset operation more closely aligned with actual needs.

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