摘要:
An electronic alarm clock connected to one or more networks comprises: a network communications device, wherein the network device receives content from the networks; a touch screen; one or more speakers; and a local storage device, wherein a clock function is provided, wherein an alarm function is provided that plays user specified content at a user specified time on said screen and the speakers, and wherein a physical button is disposed on the clock to manage the alarm function during an alarm.
摘要:
This invention relates to methods for identifying potentially infected files downloaded to a digital display device (“DDD”) and for managing those potentially infected files. These methods may include the steps of: connecting the DDD to a device; downloading one or more files to the DDD; disconnecting the DDD from the device; verifying and repairing the boot sector of the DDD; removing the one or more downloaded files that are not supported for playback on the DDD; and scanning the one or more downloaded files that are supported for playback on the DDD.
摘要:
A method using drive test data for propagation model calibration includes: step 1, obtaining original drive test data; step 2, selecting the data from the drive test data according to predefined conditions as effective drive test data; and step 3, extracting the effective drive test data to form a data file used for propagation model calibration. An apparatus using drive test data for propagation model calibration includes: a drive test data obtaining module, configured to obtain the drive test data in the regions to be calibrated; an effective drive test data generation module, configured to generate effective drive test data from the drive test data according to predefined conditions; and a data file generation module, configured to extract the effective drive test data to form a data file used for propagation model calibration. The present invention utilizes drive test data of existing networks to largely decrease the CW test work and reduce the network building cost. It is believed that the calibrated model can relatively accurately reflect the propagation characteristics in the field. Furthermore, base stations can be optimally allocated.