Voice processing system based on vehicle-mounted application

Abstract

A voice processing system based on vehicle-mounted application comprises a vehicle-mounted end and a server, wherein the vehicle-mounted end comprises a vehicle-mounted voice processing device and a vehicle-mounted application processing device; the vehicle-mounted voice processing device receives voice input of a user and forms a voice request to be transmitted to the server; after obtaining the voice request, the server identifies instruction information included in the voice request, determines the vehicle-mounted application corresponding to the instruction information based on the instruction information, and provides an application processing parameter to the vehicle-mounted application processing device based on the vehicle-mounted application; and the vehicle-mounted application processing device executes the corresponding vehicle-mounted application based on the application processing parameter. The voice processing system based on the vehicle-mounted application simplifies user operation and improves driving safety.

Description

technical field [0001] The invention relates to the technical field of information processing, in particular to a voice processing system based on a vehicle application. Background technique [0002] Along with economic development and social progress, automobiles have gradually become popular consumer goods. The consumer group of automobiles is constantly expanding, and consumers have higher and higher requirements for automobiles. In recent years, in addition to economy and power, the driving experience during driving has also become the focus of consumers. The technical development of vehicle equipment is also getting deeper and deeper. [0003] At present, most cars are equipped with in-vehicle devices with functions such as playing music, listening to radio, reading e-books, and the like. These in-vehicle devices provide users with a variety of entertainment and application experience during driving. With the development of liquid crystal touch technology, the contr...

AI Technical Summary

Problems solved by technology

[0005] However, even though the user's operation mode during driving has not changed due to the introduction of liquid crystal touch technology, any functional application still requires the user to manually input operation instructions.

For some complex functional applications, this undoubtedly increases the complexity of the operation

In addition, safety in the driving process has always been an important factor to be considered, and frequent manual operations will inevitably distract the driver's attention, thus adding a lot of safety hazards to the driving process

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