CN100463567C - Data processing method and terminal capable of recording program running data - Google Patents

Abstract

The present invention relates to a data processing method, which comprises the following steps: a recording module records currently running program data and/or terminal from a navigation GIS engine module, a voice prompt module, a dynamic POI information publishing module and a second communication module Environmental data; the first communication module initiates a connection, and sends the running program data and/or terminal environment data to the navigation server; the navigation server analyzes the received running program data, and processes according to the analysis result. The present invention also relates to a terminal capable of recording program running data. The terminal includes: a user interface module, a navigation GIS engine module, a voice prompt module, a dynamic POI information release module, a map/voice update module, a first communication module, a second Communication module and recording module. The invention can send the error information to the navigation server in time, so that the navigation server can analyze, adjust and reposition the new navigation route in time.

Description

Data processing method and terminal capable of recording program running data

technical field

The present invention relates to a data processing method and a terminal capable of recording program running data, especially a terminal capable of recording program running data, and a method for submitting the recorded program running data to a map server for processing, and applied to In the data processing method, a terminal capable of recording program running data is provided.

Background technique

With the continuous progress of the society, the range of people's activities is increasing day by day, and location-based services are gradually accepted and popularized by users. At the same time, with the development of wireless communication technology, wireless communication network can provide positioning functions with different precision, such as Cell-ID, E-OTD, A-GPS and so on. The penetration rate of wireless communication is also constantly increasing. Therefore, ordinary users can use location-based related services, such as positioning, information point query, navigation and other functions, through the wireless communication network through the wireless terminal they carry. Vehicle navigators and mobile phone navigators have become life tools that people rely on in their daily lives.

However, when users use car navigators or mobile phone navigators, if they find that the navigation information is wrong, such as wrong routes, wrong voice prompts, and need to complain, because the navigation scene is related to location and time, and the current global navigation satellite system (Global Navigation Satellite System, GNSS) has a random position offset, so it is difficult for the map server responsible for providing navigation and other information to reproduce the error when the user complains, so it is difficult for the map server to troubleshoot the error according to the user's complaint.

Contents of the invention

The purpose of the present invention is to solve the defects in the prior art, and provide a data processing method that records the running program data through the terminal, and sends the program data to the navigation server, and the navigation server processes the data according to these program data, realizing When the car navigator or mobile phone navigator has an error voice prompt, the error information can be sent to the navigation server in time, so that the navigation server can analyze, adjust and reposition the new navigation route in time.

To achieve the above object, the invention provides a data processing method, the method comprising:

Step 1: the recording module of the terminal that can record the program operation data from the navigation geographic information system GIS engine module, the voice prompt module, the dynamic point of interest POI information release module and the second communication module, record the currently running program data and/or Terminal environment data;

Step 2: the first communication module initiates a connection, and the currently running program data and/or terminal environment data of the record are sent to the navigation server;

Step 3: the navigation server analyzes the received currently running program data, and processes it according to the analysis result.

Said step 2 is: the first communication module establishes a data connection, and sends the terminal environment data together with the recorded program data currently running to the navigation server.

The currently running program data includes: error type data and/or navigation application data.

The analyzing the received currently running program data specifically includes: the navigation server analyzes and locates the currently running program data according to the terminal identification and terminal environment data.

In order to achieve the above object, the present invention also provides a terminal capable of recording program running data applied to the above data processing method, the terminal comprising:

User interface module for information interaction with users;

The navigation GIS engine module is used for the navigation map engine, dynamically displays the user's location and navigation track, and provides the user with map browsing;

The voice prompt module is used to provide voice prompt information to the user during the navigation process;

The dynamic POI information publishing module is used for dynamic POI information update; the map/voice update module is used for updating the map and voice file data stored in the terminal;

The first communication module is used to connect to the navigation server and communicate with the navigation server;

The second communication module is used to connect to the GNSS receiver to obtain position information;

The recording module is connected with the navigation GIS engine module, the voice prompt module, the dynamic POI information publishing module and the second communication module, and is used for recording the currently running program data and/or terminal environment data.

It can be seen from the above technical solutions that, by providing a data processing method and a terminal capable of recording program running data applied to the above data processing method, the present invention can promptly respond to errors in the voice prompt information of a car navigator or a mobile phone navigator. Send the error information to the navigation server accurately, so that the navigation server can analyze, adjust and reposition the new navigation route in time.

The present invention will be described in further detail below through specific embodiments and in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is a flowchart of a data processing method of the present invention.

FIG. 2 is a schematic diagram of the functional structure of the terminal 1 capable of recording program running data applied in the data processing method described in FIG. 1 according to the present invention.

FIG. 3 is a specific hardware configuration diagram of a terminal capable of recording program running data according to the present invention.

Detailed ways

As shown in Figure 1, the invention provides a kind of flowchart of data processing method, and this method comprises the following steps:

Step 1: the terminal that can record program operation data is as the record module of car navigator, from navigation GIS engine module, voice prompt module, dynamic POI information release module and the second communication module, record the program data and/or terminal that are currently running environmental data;

Step 2: the first communication module initiates a connection, and the currently running program data and terminal environment data of the record are sent to the navigation server: the first communication module initiates a data connection and sends the current recorded program data such as navigation application data to the navigation server; Then, the first communication module initiates a voice connection, and sends currently recorded program data such as error type data to the collection module of the navigation server; that is, when the terminal has a voice prompt message error, the user can click on the user interface provided by the vehicle navigator. "Customer service phone" menu item or button, dial the customer service phone, before the call is dialed, the data connection has been established, then record the currently recorded program data in the terminal, such as navigation application data and/or terminal environment data, and send it to the navigation server. Make a voice call; inform the collection module ( It can also be obtained manually); the running program data includes two kinds of error type data and navigation application data or one of them, wherein the terminal environment data and navigation application data are specifically as follows:

Terminal environment data includes: terminal software and hardware environment: remaining memory space, CPU usage, active process and its priority, terminal IMEI, terminal UA.

Navigation application data includes:

GNSS information: position, speed, time, acceleration, direction; GNSS includes the following specific systems: GPS, Galileo and Glonass;

Points marked on the map on the terminal screen;

Records of network transmissions involved in navigation applications in recent history, including transmission protocols, data of navigation applications, such as route data, POI information.

Route data, including attachment POI display;

Voice prompt data: the voice prompt and the time and place of the broadcast thereof in recent history, the voice prompt to be broadcast; recent history such as record 10;

Map data (in picture or vector format) within the display range of the terminal screen, or the coordinate range of the displayed map;

The status of each icon on the terminal screen;

The user's recent operation history, such as map operation, setting the start point, setting the end point, etc., such operations as the last 5;

Step 3: The navigation server analyzes the currently running program data received: the navigation server analyzes the currently running program data according to the terminal identification and the terminal software and hardware data in the terminal environment data, as well as the error type data. The navigation application data is calculated, analyzed and positioned, and the navigation server performs corresponding processing according to the analysis results: the navigation server judges which party is wrong based on this, (1) if the analysis result is an error in the algorithm of the navigation server or the POI information release, then Improve the path calculation algorithm or POI information release algorithm; (2) if it is an error in the map data, record the error in the map data, and prepare for field investigation and correction; (3) if it is an error in the client, record the error as a modification to the client The basis of the terminal software.

The above step 2 can also be: the user clicks the "complaint" menu item or button, the terminal establishes a data connection with the navigation server, the user inputs the text information of the wrong type of data, and together with the terminal environment data and the recorded operation site data such as navigation application data sent to the navigation server. That is, a data connection is established through the first communication module, and the error type data is sent to the navigation server together with the terminal environment data and the recorded navigation application data.

The above Figure 1 describes that when the user uses the terminal data, when an error occurs such as the currently running program data such as voice prompt error, route calculation error, map display error, terminal processing capacity is insufficient, etc., the terminal will use these data, terminal environment data and current running The navigation application environment data in the program data is sent to the navigation server for processing. Of course, the above process describes a program error. In the above process, only the terminal environment data and navigation application data can be sent. The navigation application data is sent to the navigation server in real time, and the navigation server analyzes the currently running program data received, and processes according to the analysis results: such as recording these navigation data and terminal environment data. The terminal environment data can also be sent to the background navigation server in other scenarios, such as sending at a fixed time or at a fixed location.

As shown in Figure 2, it is a schematic diagram of the functional structure of a terminal 1 that can record program running data in the data processing method described in Figure 1 above, the terminal is composed of a user interface module 10, a navigation GIS engine module 11, and a voice prompt module 12 , a dynamic POI information release module 13, a map/voice update module 14, a first communication module 15, a second communication module 16 and a recording module 17. The user interface module 10 in the terminal 1 is used for information interaction with the user; the navigation GIS engine module 11 is used for the navigation map engine, dynamically displays the user's position and navigation track, and provides the user with map browsing; the voice prompt module 12 uses In the navigation process, voice prompt information is provided to the user; the dynamic POI information release module 13 is used for updating the dynamic POI information; the map/voice update module 14 is used for updating the maps and voice file data stored in the terminal; the first communication module 15 , for connecting to the navigation server, and communicating with the navigation server; the second communication module 16, for connecting to the GNSS receiver, and obtaining position information; the recording module 17, with the navigation GIS engine module, the voice prompt module, and the dynamic POI information publishing module It is connected with the second communication module and is used for recording the currently running program data and/or terminal environment data.

When the user uses the terminal shown in Figure 2 above, such as a mobile phone navigator or a car navigator, to perform route voice navigation, if the user chooses a route from Xidan to Wangfujing, the voice prompt module of the car navigator will remind the user how to drive. When the vehicle arrives at the destination, the terminal car navigator records the running program data of the navigation GIS engine module, the voice prompt module, the dynamic POI information release module and the second communication module during the user's vehicle driving. When the user finds that the driving route appears If there is a problem such as the route prompted by the voice is blocked by roadblocks, the user can call the customer service number or submit a text record, that is, the terminal initiates a data connection and/or voice connection, and complains the current error message to the navigation server. Therefore, in this data processing method, the terminal plays an important role, recording the running program data in real time.

The specific hardware configuration of the aforementioned terminal, such as a car navigator or a mobile phone navigator, is shown in FIG. 3 . The terminal 1 includes a first communication unit 101 , a user interface unit 102 , a first control unit 103 and an external memory 104 interconnected by a bus.

Among them, the first communication unit 101 is composed of a signal transceiver, a communication control circuit, etc., including a wireless network connection circuit and a short connection circuit. The wireless network connection circuit enables the terminal to connect to the navigation server through a wireless or wired network, and submit recorded terminal operations. Short connections include Bluetooth communication and USB connections, so that terminals can be connected to wired networks or other devices that support short connections, such as GNSS receivers.

The user interface unit 102 provides an interface for the user to interact with the user such as a display screen, a keyboard, a radio, and a loudspeaker, and displays various information such as maps through the display screen; sends various commands of the user related to map operations through the keyboard; Radio and speaker, the user sends various commands related to map operations by voice.

The first control unit 103 is the core control area of the terminal 1. In the control unit, there are a central processing unit (CPU) 1031, a volatile storage unit 1032 such as random access memory, RAM and a non-volatile storage unit 1033, Such as ROM. The non-volatile storage unit 1033 stores operating system programs, map databases, control programs with GIS engine module functions and map upgrade module functions, and other UI and other application software programs. The CPU 1031 reads out various control programs from the non-volatile storage unit 1033 and executes various operations. During the operation of the various control programs by the CPU 1031, the volatile storage unit 1032 serves as a work area for various programs; the terminal operating system (OperatingSys tem, referred to as OS) is to manage all the hardware resources of the computer system, including software resources and data resources; control the operation of the program; Provide users with convenient, effective and friendly service interface. Examples of specific operating systems include Java (J2ME), WinCE, Symbian, Linux, and other operating systems that are not open to third parties to develop application software.

The external storage unit 104 can read the data stored in the computer-readable storage medium (for example, CD-ROM, CD-ROM, floppy disk, FD), and can output the read data to the CPU.

By using the above-mentioned terminal and data processing method, the user can inform the navigation server of the error information in time, so the navigation server can deal with various situations in a timely manner. At the same time, the navigation server can receive program running data and terminal environment data sent by a terminal capable of recording program running data in real time, and can record these data.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention without limitation. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that the technical solutions of the present invention can be The scheme shall be modified or equivalently replaced without departing from the spirit and scope of the technical scheme of the present invention.

Claims (8)

1. data processing method is characterized in that comprising:

Step 1: but the logging modle of the terminal of recording program operation data writes down current routine data that is moving and/or terminal environments data from navigation GIS-Geographic Information System GIS engine modules, voice cue module, dynamic point of interest POI information issuing module and second communication module;

Step 2: first communication module initiates to connect, and current routine data that is moving and/or the terminal environments data that write down are sent to navigation server;

Step 3: navigation server is analyzed the current routine data that is moving that receives, and handles according to analysis result.

2. method according to claim 1 is characterized in that described step 2 is specially: first communication module is set up data and is connected, and with the terminal environments data, and/or the current routine data that is moving of record sends to navigation server together.

3. method according to claim 2, it is characterized in that in the described step 3 the current routine data analysis of moving that receives being specially: described navigation server carries out computational analysis and location according to the sign and the terminal environments data of terminal to the current routine data that is moving.

4. method according to claim 3, it is characterized in that handling according to analysis result in the described step 3 is specially: according to analysis result is the mistake of algorithm in the navigation server or the issue of point of interest POI information, and navigation server improves the algorithm of path computation algorithm or the issue of point of interest POI information.

5. method according to claim 3, it is characterized in that handling according to analysis result in the described step 3 is specially: according to analysis result is the mistake of map datum, the mistake of navigation server record map datum.

6. method according to claim 3, it is characterized in that handling according to analysis result in the described step 3 is specially: according to analysis result is the mistake of client, and navigation server writes down this mistake.

7. according to the arbitrary described method of claim 1-6, it is characterized in that the described current routine data that is moving comprises: type of error data and/or navigation application data.

8. but terminal that is applied to the recording program operation data in the described method of claim 1 is characterized in that comprising:

Subscriber interface module is used for carrying out information interaction with the user;

Navigation GIS-Geographic Information System GIS engine modules is used for the navigation map engine, and dynamically displaying user position, navigation path offer user's map view;

Voice cue module is used for providing information of voice prompt at navigation procedure to the user;

Dynamically point of interest POI information issuing module is used for dynamic point of interest POI information updating;

Map/voice update module is used to upgrade the map and the voice document data of terminal storage;

First communication module is used to connect navigation server, communicates by letter with navigation server;

Second communication module is used to connect the global navigation satellite system GNSS receiver, obtains positional information;

Logging modle is with described navigation GIS-Geographic Information System GIS engine modules, voice cue module, dynamically point of interest POI information issuing module links to each other with second communication module, is used to write down the routine data and/or the terminal environments data of current operation.

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