摘要:
A scaling-up control method and a scaling-up control apparatus are used in a display device. The display device includes a scaler for converting an original image signal into an output image signal by performing a linear interpolation. Moreover, by utilizing a global locking mechanism and a local locking mechanism to perform the linear interpolation to determine the actual position of the interpolated pixel, the position error of the pixel position is largely reduced. Since the difference between the calculated pixel value and the ideal pixel value is reduced, the imaging quality of the output image signal is enhanced.
摘要:
A scaling-up control method and a scaling-up control apparatus are used in a display device. The display device includes a scaler for converting an original image signal into an output image signal by performing a linear interpolation. Moreover, by utilizing a global locking mechanism and a local locking mechanism to perform the linear interpolation to determine the actual position of the interpolated pixel, the position error of the pixel position is largely reduced. Since the difference between the calculated pixel value and the ideal pixel value is reduced, the imaging quality of the output image signal is enhanced.
摘要:
A computer-aided ultrahigh-frequency circuit model simulation method and system is proposed, which is designed for use in conjunction with a computer platform for providing a user-operated ultrahigh-frequency circuit model simulation function, which is characterized by the provision of a graphic interface that allows the user to select a desired circuit model and input a set of design parameters about the selected circuit model, and whereupon a set of operating characteristics data can be automatically determined through simulation. This feature allows the circuit design engineer unnecessary to write lengthy circuit model description files for the description of the intended circuit models, thereby making the simulation of high-speed digital circuit models more convenient and efficient.