Microsoft Technology Licensing, LLC

Other

Fortis Co.

John Zhongqi Wang

Jay R Rathi

Xiao Wu

Gabriel J Hall

Joey Masterson

Dorrene Elizabeth Brown

Sreekanth Lingannapeta

Mauricio Ordonez

Shreedhar Thirugnanasambantham

Darren Miller

Ela Malani

Nate Waddoups

Jai Srinivasan

Rolando Jimenez Salgado

Ehab Sobhy

Abraham Mathew

Zlatko Michailov

Heidi McAllister

William Guthrie Morein

Alexandru Croicu

Shaofeng Zhu

Robert Ion Gavrila

Hardik V Shah

Thomas Alexander Morrison

Hailei Zhang

Emil Cicos

Chae Seong Lim

Sung Won Shin

Michael J Saunders

Hoe Jin Kim

Po-Yan Tsang

Sudheer Maremanda

Raveendrnathan Loganathan

Phillippe-Joseph Arida

Loic Henry-Greard

Abhimanyu Sharma

Mairead Therese Droney

Bairu L Wong

Timothy S Lee

Nicholas Weinandt

The invention discloses a Chinese character input method and system and a keyboard, and relates to the technical field of computers. A specific embodiment of the method includes: recognizing the received key signal; in the case that the recognition result of the received key signal is indicated as a Chinese character category code and/or a phrase category code, determining the recognized Chinese characters and/or phrases represented by Chinese character category code and/or the phrase category code; wherein, the Chinese character category code, used to represent Chinese character, is the combination of the component category code corresponding to the basic components included in the Chinese character or the combination of the component category code and the distinguishing code, which is the code corresponding to the distinguishing components obtained after the basic component is split; the phrase category code, for representing the phrase, is the combination of all or part of the Chinese character category code of each Chinese character that the phrase includes; display the determined Chinese characters and/or phrases. This embodiment solves the problem of cluttered characters, and the whole input process is very natural, which reduces the difficulty of learning, the repetition rate is low, and the input speed is fast.

Chinese character input method and system and keyboard

The invention discloses a method and a device for sorting Chinese characters, searching for Chinese characters and constructing a dictionary, and relates to the technical field of computers. A specific implementation of the method includes: obtaining the first basic character-forming component of a Chinese character according to the stroke order as the First Character, and encoding the First Character to obtain the First Character code, where the First Character includes the first character-forming component and the first main stroke component of a Chinese character; obtaining the number of strokes included in each Chinese character, and obtaining the corresponding stroke string of each Chinese character; using the First Character code as the first and highest priority sorting field, the number of strokes as the second sorting field, and the stroke string as the third and the lowest priority sorting field to sort Chinese characters. This embodiment can solve the problem of difficulty in sorting and searching of Chinese characters caused by the unfixed definition and position of radicals.

Method and device for sorting Chinese characters, searching Chinese characters and constructing dictionary

Applications may be created and registered to an online ecosystem and then execute within individual web applications such as productivity applications, communication applications, collaboration applications, and so on. These non-native applications may be enabled to interact with files and provide custom experiences for a user. The applications may also be enabled to interact with additional information discovered about the user within the ecosystem to provide custom experiences. The applications may further be enabled to create custom workflows to allow users to accomplish new tasks.

Support for non-native file types in web application environment

Systems, methods, and computer-executable instructions for supporting custom functions within an application. An application add-in is received that includes a custom function and a custom function location. The application is available across multiple platforms. The custom function is also available across multiple platforms. The custom function is registered within the application using the custom function location. A request to invoke the custom function is received within the application A custom function implementation is downloaded from the custom function location. The custom function implementation is executed. A return value is received from the custom function implementation. The return value may be displayed within the application.

Cross platform custom functions

Technologies are described herein for refreshing data-linked diagrams on a server computer and viewing and consuming the refreshed diagrams via a Web browser. A drawing program allows equations within a diagram definition to define how external data is utilized to modify the attributes of a diagram element. When the diagram is published to a server computer, the definition is converted to server-legible definition. A published diagram is generated that includes a diagram representation defined by the server-legible definition. Upon a request for the published diagram, the external data is refreshed and the diagram definition is updated. The equations are recalculated to generate new element attributes. The diagram representation is then updated with the new attributes and returned for display by a client Web browser. An interface provides exploration tools and a client API exposes methods for surfacing external data and annotating the diagram.

Web-based visualization, refresh, and consumption of data-linked diagrams

A waveform synthesizer includes a data memory, an address manager, an interface and a pulse generator. The data memory has a pulse-width value storage for storing values obtained from sampling a low frequency periodic waveform at a high sampling rate. These values stored in the storage can be scaled in response to a requested magnitude by a scaler within the data memory, thereby generating a look-up table with a series of addresses. The address manager includes an address generator and an address incrementer. The address generator generates address codes for accessing the look-up table through the series of addresses. The address incrementer then adjusts the magnitude of the address increments in response to requested frequency input from the interface. The address increments are proportional to the frequency so that when the requested frequency is high, the address increments are large and more addresses are skipped over between retrieve operations. The pulse generator is provided to convert the retrieved values into pulse trains. The typical application of the waveform synthesizer is to drive an AC motor.

Frequency and amplitude variable waveform synthesizer

Growing community of inventors

Austin, TX, United States of America

John Zhongqi Wang