Industrial Technology Research Institute

Jin-Chin Chung

Chung-Ping Chung

Shaw-Hwa Hwang

Chuan-Lin Wu

A system for converting a hyper text markup language (HTML) document to speech includes an HTML parser, an HTML to speech (HTS) control parser, a tag converter, a text normalizer and a TTS converter. The HTML parser receives data of an HTML formatted document and parses out content text, HTML text tags that structure the content text and control rules used only for translating the received data into sound. The HTS control parser parses control rules for converting the received data into sound. The HTS control parser modifies entries in one or more of a tag mapping table, an audio data table, a parameter set table, an enunciation modification table and a terminology translation table depending on each of the parsed control rules. The text normalizer modifies enunciation of each text string of the content text of the HTML document for which the enunciation modification table has an entry, according to an enunciation modification indicated in the respective enunciation table entry. The text normalizer also translates each text string of the content text of the HTML document for which the terminology translation table has an entry, according to a translation indicated in the respective terminology translation table entry. The tag converter modifies an intonation and a speed of audio generated from the content text of the HTML document encapsulated by each text tag for which the tag mapping table has an entry, as specified in corresponding entries of the parameter set table pointed to by pointers in the tag mapping table. The tag converter also inserts audio for each text tag for which the tag mapping table has an entry, as specified in corresponding entries of the audio data table pointed to by entries of the tag mapping table. The TTS converter converts the content text of the HTML document, as modified, translated and appended by the text normalizer and the tag converter, to speech audio.

Hyper text mark up language document to speech converter

A static interleaving technique solves the problem of resource contention in a very long instruction word multi-threaded microprocessor architecture. In the static interleaving technique, each function unit in the processor is allocated for the execution of an instruction from a particular thread in a fixed predetermined time slot in a repeating pattern of predetermined time slots. The fixed predetermined pattern of time slots represents the resource constraints imposed on the hardware to resolve the contention for computing resources among the instruction threads. The strategy of resource allocation is exposed to a parallel compiler which organizes a sequence of instructions into the horizontal instruction words which form each thread so as to maintain the data dependencies among the instructions and to take into account the fixed predetermined allocation of hardware resources.

Growing community of inventors

Hsinchu, Taiwan

Jin-Chin Chung