Abstract: A method for enhancing data protection performance is provided. The method is applied to a personal computer that includes/is electronically connected to a memory device, and the memory device includes a Flash memory. The method includes: with regard to data to be written/programmed into the Flash memory of the memory device by the personal computer, generating at least one Error Correction Code (ECC) corresponding to the data, and storing the ECC into a file within the personal computer, wherein the file is stored in a storage of the personal computer; and when it is detected that an uncorrectable error of at least one portion of the data stored in the Flash memory occurs, performing error correction according to the ECC stored in the file, in order to correct the data stored in the Flash memory. An associated personal computer and a storage medium storing an associated driver are further provided.

Abstract: In one embodiment, a data storage device comprises a first flash memory, a second flash memory, and a controller. The first flash memory stores a first data shaping driver, wherein the first data shaping driver performs a data shaping function. The second flash memory stores user data. The controller enables the first flash memory and disables the second flash memory after the data storage device is turned on, detects whether a second data shaping driver has been installed on a host when the host is connected to the data storage device, installs the first data shaping driver to the host as the second data shaping driver if the second data shaping driver has not been installed on the host, and disables the first flash memory and enables the second flash memory after the first data shaping driver has been installed to the host.

Abstract: A silver-supporting bamboo charcoal (BC/Ag) comprising silver in different weight ratio of 26% (BC/Ag-1), 29% (BC/Ag-2), 34% (BC/Ag-3), 48% (BC/Ag-4), 57% (BC/Ag-5), or 75% (BC/Ag-6). The BC powders (particle size<10 ?m, Taiwan Paiho) are activated with surfactant sodium alginate under stirred for 1 h. The as-prepared BC powders (2 g) are immersed into 100 mL of biamminesilver nitrate ([Ag(NH3)2]NO3) solutions, which are formed by adding 28 wt. % aqueous ammonia into AgNO3 solution at room temperature. After stirring for 1 h, dilute aqueous solutions of hydrazine monohydrate are separately prepared and introduced to the BC-AgNO3 solutions in appropriate quantities (molar ratio 1:1 with respect to silver nitrate) by a syringe. Stirring is continued under inert atmosphere at room temperature for another 4 h. The BC/Ag particles are separated and washed with deionized water and ethanol, then dried in vacuum at 60° C. for overnight.

Abstract: The BC powders (particle size<10 ?m, Taiwan Paiho) are activated with surfactant sodium alginate under stirred for 1 h. The as-prepared BC powders (2 g) are immersed into 100 mL of biamminesilver nitrate ([Ag(NH3)2]NO3) solutions, which are formed by adding 28 wt. % aqueous ammonia into AgNO3 solution at room temperature. After stirring for 1 h, dilute aqueous solutions of hydrazine monohydrate are separately prepared and introduced to the BC-AgNO3 solutions in appropriate quantities (molar ratio 1:1 with respect to silver nitrate) by a syringe. Stirring is continued under inert atmosphere at room temperature for another 4 h. The BC/Ag particles are separated and washed with deionized water and ethanol, then dried in vacuum at 60° C. for overnight.

Abstract: The BC powders (particle size<10 ?m, Taiwan Paiho) are activated with surfactant sodium alginate under stirred for 1 h. The as-prepared BC powders (2 g) are immersed into 100 mL of biamminesilver nitrate ([Ag(NH3)2]NO3) solutions, which are formed by adding 25 wt. % aqueous ammonia into AgNO3 solution at room temperature. After stirring for 1 h, dilute aqueous solutions of hydrazine monohydrate are separately prepared and introduced to the BC-AgNO3 solutions in appropriate quantities (molar ratio 1:1 with respect to silver nitrate) by a syringe. Stirring is continued under inert atmosphere at room temperature for another 4 h. The BC/Ag particles are separated and washed with deionized water and ethanol, then dried in vacuum at 60° C. for overnight.

Abstract: This present invention discloses a system and a method for presenting a real handwriting trace. The design of this invention can keep the real handwriting traces of the users and transmit the real handwriting traces to application software. Moreover, the prior trace identifying process is not necessary in this invention. Thus, the design of this invention does not have to spend time on the trace identifying process, and the mistakes during the trace identifying process can be avoided. Hence, this present invention can provide a system and a method for directly inputting traces into a file of application software by handwriting or hand-drawing. Preferably, according to this invention, the real traces of the users can be presented on the file of application software.