FOR WORD PROCESSING

Brand Owner (click to sort) Address Description
ART MASTER STAR SOFTWARE TECHNOLOGY CO., LTD 002#, C Block, 3rd Floor
Tower 1, 3rd Street, Shangdi Information Industry Base, Haidian District
Beijing
China 		Computer peripheral devices, handwriting boards, products ...
CYBERCAFEPRO CyberCafePro, Inc. 510-3336 Portage Avenue
CA
Winnipeg, Manitoba R3K2H9
Canada 		Providing temporary use of non-downloadable computer ...
FT FIITOTECH FIITOTECH COMPANY LIMITED 6 F., No. 1-2, Sec. 1, Wuchang St.
Zhongzheng Taipei City 100
Taiwan 		Computer service, acting as an application ...
GEELY DELSON GROUP INC 1218 BUBB ROAD
CUPERTINO CA 95014 		Scientific and technological services and research ...
PLIABLE COMPUTING CYBERJAZ CORP. 2276 Todd Road
Aliquippa PA 15001 		BUSINESS AND TECHNOLOGY CONSULTING, CONSULTING SERVICES ...
PREDICTIVEIT PredictiveIT Solutions, LLC Suite 200
600 N. Willow Ave
Tampa FL 33606 		Computer monitoring service which tracks application ...
SIX3 SYSTEMS Six3 Systems Suite 525
1430 Spring Hill Road
McLean VA 22102 		Accreditation services, developing, evaluating, and testing ...
SMARTDOCS ThirtySix Software, LLC 5225 Exploration Drive
Indianapolis IN 46241 		Computer software used to facilitate the ...
VIRTUALEPM RCM Technologies, Inc. # 350
2500 McClellan Avenue
Pennsauken NJ 08109 		Application service provider, providing, hosting, managing, ...
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A speech recognition system provides a subword decoder and a dictionary lookup to process a spoken input. In a first stage of processing, the subword decoder decodes the speech input based on subword units or particles and identifies hypothesized subword sequences using a particle dictionary and particle language model, but independently of a word dictionary or word vocabulary. Further stages of processing involve a particle to word graph expander and a word decoder. The particle to word graph expander expands the subword representation produced by the subword decoder into a word graph of word candidates using a word dictionary. The word decoder uses the word dictionary and a word language model to determine a best sequence of word candidates from the word graph that is most likely to match the words of the spoken input.