Intelligent operating system and method

Abstract

The invention provides an intelligent operating system, which comprises an input device, an input method module, a word stock, a local function object database, a non-local function object database, a selection module and a matching module, wherein the input device is used for inputting instructions, and the input method module is used for matching the input instructions with character objects in the word stock and outputting the matched candidate character objects for being selected by users; the word stock is used for storing character objects, and the local function object database is used for storing local function objects; the non-local function object database is used for storing network function objects, and the selection module is used for selecting target character objects to input from the candidate character objects output by the input method module according to the instructions input by the users; the matching module is used for searching the local function objects matched with the candidate character objects from the local function object database to be selected and called by the users when the input method module carries out the matching and outputs the candidate character objects, and searching the network function objects matched with the target character objects from the non-local function object database to be selected and called by the users when the selection module selects the target character objects to input. The invention facilitates users to quickly and timely find the target function objects.

Description

technical field [0001] The invention relates to a human-computer interaction technology applied to electronic equipment, in particular to an intelligent operating system and method. Background technique [0002] With the development of personal terminal mobile communication technology, portable electronic devices such as mobile phones and PDAs have more and more functions, and users use more and more stored information and functional applications. However, in the process of user experience operation, its human-computer interaction performance and convenience of use are not satisfactory. When a user needs to search for a certain information or functional object in an electronic device such as a mobile phone and invoke its function, a lot of time and energy have to be wasted on searching. These information objects include address books, files, directories, applications, etc. on electronic devices such as mobile phones. For example, when you need to find a contact’s phone numb...

AI Technical Summary

Problems solved by technology

When users need to find a certain information or functional object in electronic devices such as mobile phones and call their functions, they have to waste a lot of time and energy on searching

These information objects include address books, files, directories, applications, etc. on electronic devices such as mobile phones. For example, when you need to find a contact’s phone number and other contact information from the mobile phone address book, you must first enter it through the mobile terminal desktop of the mobile phone. The contact list, and then enter the name of the contact to search, the whole process takes a lot of time, and because some functions are hidden deeply, it is difficult to find quickly and conveniently

[0003] With the maturity of 3G network technology, more and more users use mobile Internet access. Mobile phone users can use their mobile phones to connect to the Internet to obtain any information they want to know. How can mobile terminals quickly identify users? The operation intention and how to quickly call the network function have not yet made a breakthrough in the existing technology

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