Abstract: An apparatus and method for customizing a web page comprising components and steps for analyzing a template of the web page to obtain block elements constituting the web page template, selecting a block element to be customized, and setting an optimization and/or differentiating policy for the selected block element, thus customizing the selected block element, and storing the customized policy correlated to a selector. The invention also provides an apparatus for optimizing and/or differentiating a web page based on customized policies, which are stored correlated to selectors and web page templates, comprising a web page object selector for comparing the visited original web page and the selectors associated with the customized policies to determine the portion in the web page matched with a selector; and a policy enforcer for enforcing a corresponding policy on said matched portion, thus displaying an optimized and differentiated web page.

Abstract: The invention provides a method and system for generating sound effects interactively. The method provides a plurality of sound effect tags to a user, wherein each of the plurality of sound effects corresponds to a specific sound effect object. The sound effect object includes a seed sound representing a predefined audio file and a sound effect action representing an operation on sound. Then the user selects at least one of the sound effect tags for a whole source sound or at least a piece of the source sound. The method edits the source sound by using the selected sound effect tags to form a sound effect expression, interprets the sound effect expression to determine the operations corresponding to respective sound effect tags in the sound effect expression and the execution order of the operations, and executes the operations in said order to output a sound with the sound effects.

Abstract: A method and an apparatus for automatic recognition of tone languages, employing the steps of converting the words of speech into an electrical signal, generating spectral features from the electrical signal, extracting pitch values from the electrical signal, combining said spectral features and the pitch values into acoustic feature vectors, comparing the acoustic feature vectors with prototypes of phonemes in an acoustic prototype database including prototypes of toned vowels to produce labels, and matching the labels to text using a decoder comprising a phonetic vocabulary and a language model database.