Abstract: A method for automatic computerized process control includes: establishing a record of at least two pieces of data to respectively serve as at least two data codes, and at least one linking relationship between the data nodes, and performing an automatic process associated with the specific event according to the data nodes and the linking relationship in the record thus established. The data nodes and the linking relationship correspond to a specific event triggered by a user via a computerized system.

Abstract: In an information processing method, an audio conversion process is performed upon an audio fragment of a source audio signal so as to obtain initial audio data. The initial audio data is subsequently processed so as to obtain reference track data that retain primary track features of the audio fragment of the source audio signal and that have background noise removed therefrom. The reference track data is associated to corresponding information content. When the reference track data is determined to be similar to inputted track data, information content corresponding to the reference track data is outputted.

Abstract: A method for automatic computerized process control includes: establishing a record of at least two pieces of data to respectively serve as at least two data codes, and at least one linking relationship between the data nodes, and performing an automatic process associated with the specific event according to the data nodes and the linking relationship in the record thus established. The data nodes and the linking relationship correspond to a specific event triggered by a user via a computerized system.

Abstract: A method for video data stream integration and compensation includes using a discrete wavelet transform technique to compress and encode key frames of a video signal, and a discrete cosine transform technique to process interframe computations of the video signal, and automatically compensating and adjusting the video signal according to different factors. Since the key frames are not likely to be distorted when processed using discrete wavelet transform, and since the use of discrete cosine transform to process interframe computation facilitates realization of high-speed computations and permits fine macroblock computations, the reception quality of the video signal can be maintained.

Abstract: A method for video data stream integration and compensation includes using a discrete wavelet transform technique to compress and encode key frames of a video signal, and a discrete cosine transform technique to process interframe computations of the video signal, and automatically compensating and adjusting the video signal according to different factors. Since the key frames are not likely to be distorted when processed using discrete wavelet transform, and since the use of discrete cosine transform to process interframe computation facilitates realization of high-speed computations and permits fine macroblock computations, the reception quality of the video signal can be maintained.

Abstract: A method for embroidering includes receiving a digitized representation of an image, determining grain structures for a plurality of locations in the digitized representation, the plurality of locations including a first location and a second location, embroidering a representation of the first location using cross stitch patterns, when a grain structure for the first location indicates a bi-directional grain structure, and embroidering a representation of the first location using uni-directional stitch patterns, when the grain structure for the first location indicates a uni-directional grain structure.