Automatic awakening method and device of application and mobile terminal

Abstract

The invention provides an automatic awakening method and device of an application and a mobile terminal. The automatic awakening method comprises the steps of receiving a message including a keyword / a key phrase which can be mapped to a specific application; finding the specific application based on the keyword / the key phrase and performing silent operation on the specific application; analyzing the message, determining whether an event described by the message has the delay timeliness of ending after a current time stamp; if so, determining notification time when the event is notified to the user again based on the type of the event and the delay timeliness of the event; and when the notification time arrives, automatically awakening the specific application. By adoption of the automatic awakening method and device of the application and the mobile terminal, the system resources can be saved, the electric quantity consumption can be reduced, and a high-quality running environment is provided for equipment. In addition, by adoption of the method provided by the invention, the application also can provide all kinds of appropriate information to the user in time in combination with the actual condition of the user, multi-level services can be provided to the user, and the user experience is improved.

Description

technical field

[0001] The invention relates to the field of computer applications, in particular to an application automatic wake-up method, device and mobile terminal. Background technique

[0002] In the prior art, multiple applications (APPs) are usually installed on a terminal. When a user uses these applications, each application does not actually use much time, and there are few applications that need to be opened all the time. However, some events are persistent. After the current use of the APP is completed, it takes a period of time to re-use the APP. If the APP keeps running, it will always occupy system resources, consume time and power, and cause the system to Running slower and slower. If the APP is directly closed, then, after a period of time reaches the point in time when the APP should execute the follow-up operations of the event, the APP is in the closed state again, and cannot execute the follow-up part of the event in a timely and effective manner. ...

Examples

Embodiment 1

[0123] This embodiment takes an airplane take-off as an example. This event is an instant completion event. ticket information. According to these information, look up the specific application to which the information is mapped on the mobile phone. In this embodiment, the mobile phone will map to Ctrip according to the received Ctrip words, phone numbers, and the scheduled airline ticket information. The user's booking information is parsed.

[0124] Specifically, it is determined that the application can be automatically awakened after it is determined that the aircraft take-off event has a delayed timeliness that ends after the current time stamp. The distance between the user and the airport is 40KM, and it takes about 1 hour and 20 minutes to get to the airport based on the road conditions. The user should prepare to leave for the airport at 6:00 pm on November 20 to check in. The current time stamp is November 16th at 2:00pm, so notification is scheduled for November 20...

Embodiment 2

[0127] This embodiment takes online car-hailing as an example. This event is an instant completion event. The user reserves a taxi through the Didi Taxi APP (hereinafter referred to as Didi Taxi) at Tiananmen Square in Beijing at 1:00 pm on October 11. The user wishes to rent a taxi. The driver of the car arrived at Tiananmen Square in Beijing at 6:00 p.m. on October 11 and sent him to Beijing West Railway Station. When the taxi driver receives the car-hailing information, the mobile phone will map it to Didi Taxi according to the received information such as Didi Taxi, Didi Taxi service number, and the time or location of the taxi. Analyze the specific car-hailing information.

[0128] Specifically, after it is determined that the online car-hailing event has a delayed timeliness that ends after the current time stamp, it is determined that the application can be automatically awakened. The distance between the taxi driver and Beijing Tiananmen Square is 30KM, and it takes a...

Embodiment 3

[0130] This embodiment takes a typhoon as an example, and this event is a persistent event. A user in Guangdong received a typhoon warning issued by the local meteorological bureau through the Moji Weather APP (hereinafter referred to as Moji Weather) at 7:00 p.m. on September 21. Typhoon "Haima" will land in Guangdong at 11:00 p.m. on September 21. The typhoon lasted longer and is expected to end at 5:00 pm on September 24. When the user's mobile phone receives the typhoon warning information, it will map to the installed Moji Weather on the user's mobile phone according to the received number, received weather words, Moji Weather LOGO and other information. Furthermore, Moji Weather will analyze the received relevant weather information.

[0131] Specifically, after it is determined that the typhoon weather event has a delayed timeliness that ends after the current time stamp, it is determined that the ink weather can be automatically awakened. The timer sets the notificat...

technical field

[0001] The invention relates to the field of computer applications, in particular to an application automatic wake-up method, device and mobile terminal. Background technique

[0002] In the prior art, multiple applications (APPs) are usually installed on a terminal. When a user uses these applications, each application does not actually use much time, and there are few applications that need to be opened all the time. However, some events are persistent. After the current use of the APP is completed, it takes a period of time to re-use the APP. If the APP keeps running, it will always occupy system resources, consume time and power, and cause the system to Running slower and slower. If the APP is directly closed, then, after a period of time reaches the point in time when the APP should execute the follow-up operations of the event, the APP is in the closed state again, and cannot execute the follow-up part of the event in a timely and effective manner. ...

Examples

Embodiment 1

[0123] This embodiment takes an airplane take-off as an example. This event is an instant completion event. ticket information. According to these information, look up the specific application to which the information is mapped on the mobile phone. In this embodiment, the mobile phone will map to Ctrip according to the received Ctrip words, phone numbers, and the scheduled airline ticket information. The user's booking information is parsed.

[0124] Specifically, it is determined that the application can be automatically awakened after it is determined that the aircraft take-off event has a delayed timeliness that ends after the current time stamp. The distance between the user and the airport is 40KM, and it takes about 1 hour and 20 minutes to get to the airport based on the road conditions. The user should prepare to leave for the airport at 6:00 pm on November 20 to check in. The current time stamp is November 16th at 2:00pm, so notification is scheduled for November 20...

Embodiment 2

[0127] This embodiment takes online car-hailing as an example. This event is an instant completion event. The user reserves a taxi through the Didi Taxi APP (hereinafter referred to as Didi Taxi) at Tiananmen Square in Beijing at 1:00 pm on October 11. The user wishes to rent a taxi. The driver of the car arrived at Tiananmen Square in Beijing at 6:00 p.m. on October 11 and sent him to Beijing West Railway Station. When the taxi driver receives the car-hailing information, the mobile phone will map it to Didi Taxi according to the received information such as Didi Taxi, Didi Taxi service number, and the time or location of the taxi. Analyze the specific car-hailing information.

[0128] Specifically, after it is determined that the online car-hailing event has a delayed timeliness that ends after the current time stamp, it is determined that the application can be automatically awakened. The distance between the taxi driver and Beijing Tiananmen Square is 30KM, and it takes a...

Embodiment 3

[0130] This embodiment takes a typhoon as an example, and this event is a persistent event. A user in Guangdong received a typhoon warning issued by the local meteorological bureau through the Moji Weather APP (hereinafter referred to as Moji Weather) at 7:00 p.m. on September 21. Typhoon "Haima" will land in Guangdong at 11:00 p.m. on September 21. The typhoon lasted longer and is expected to end at 5:00 pm on September 24. When the user's mobile phone receives the typhoon warning information, it will map to the installed Moji Weather on the user's mobile phone according to the received number, received weather words, Moji Weather LOGO and other information. Furthermore, Moji Weather will analyze the received relevant weather information.

[0131] Specifically, after it is determined that the typhoon weather event has a delayed timeliness that ends after the current time stamp, it is determined that the ink weather can be automatically awakened. The timer sets the notificat...

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