Abstract: A continuous burn process of a storage medium, performed when the buffer is buffer under run, is disclosed. Whether the data buffer is buffer under run is firstly detected. If buffer under run is to occur to the data buffer, the currently written data block is an incomplete data block. The incomplete data block includes at least a synchronous frame and an incomplete data frame, which is the last data to be burned. The write operation is paused then. When the data in the data buffer reaches a predetermined amount, a new data is written into a superimposed data region of the incomplete data frame. The data in the data buffer is then continuously burned into the subsequent data frame adjacent to the incomplete data frame.

Abstract: A continuous burn process of a storage medium, performed when the buffer is buffer under run, is disclosed. Whether the data buffer is buffer under run is firstly detected. If buffer under run is to occur to the data buffer, the currently written data block is an incomplete data block. The incomplete data block includes at least a synchronous frame and an incomplete data frame, which is the last data to be burned. The write operation is paused then. When the data in the data buffer reaches a predetermined amount, a new data is written into a superimposed data region of the incomplete data frame. The data in the data buffer is then continuously burned into the subsequent data frame adjacent to the incomplete data frame.