CN103957531B - The method and apparatus that signal testing is carried out using intelligent communications terminal - Google Patents

Abstract

The invention discloses a method and device for signal testing by using an intelligent communication terminal. Firstly, the engineering mode of the intelligent communication terminal is turned on; Send to the system background of the intelligent communication terminal; in the system background, according to the preset signal test instructions, obtain the signal strength and base station information of the current location, and send the obtained information to the system middle layer of the smart communication terminal; finally monitor in the middle layer of the system Get the obtained information, analyze the obtained information, and get the signal test result. The present invention can test the signal anytime and anywhere, conveniently collect the signal value and base station information of the survey site, capture the network status, and carry out communication planning and network optimization in time; the test range is wide, the information obtained is comprehensive, and in a way closer to the actual user, It truly shows the operation status and service quality of the actual network, and has very good application value.

Description

Method and device for signal testing using intelligent communication terminal

technical field

The invention relates to the technical field of communication testing, in particular to a method and device for signal testing using an intelligent communication terminal.

Background technique

In the communication planning and design, it is necessary to survey the base station information and its surrounding conditions to collect useful data to assist planning and design. In traditional survey and test operations, dedicated signal test mobile phones are mainly used for signal testing, which is not conducive to conveniently collecting signal values and base station information at survey sites, and cannot carry out communication planning and network optimization in a timely manner.

Contents of the invention

Based on the above situation, the present invention proposes a method for signal testing using an intelligent communication terminal, which can test signals anytime and anywhere, capture network conditions in time, and has good application value.

In order to achieve the above object, the embodiment of the technical solution of the present invention is:

A method for signal testing using an intelligent communication terminal, comprising the following steps:

Open the engineering mode of the intelligent communication terminal;

Inputting a preset signal test instruction at the system application layer of the intelligent communication terminal, and sending the preset signal test instruction to the system background of the intelligent communication terminal;

Obtain the signal strength and base station information of the current location according to the preset signal test instruction in the background of the system, and send the obtained information to the system middle layer of the intelligent communication terminal;

The obtained information is monitored at the middle layer of the system, and the obtained information is analyzed to obtain a signal test result.

Aiming at the existing technical problems, the present invention also proposes a device for signal testing using an intelligent communication terminal, which improves the current situation that the signal value and base station information of the survey site cannot be conveniently collected, and is suitable for application.

The specific implementation method is: a device for signal testing using an intelligent communication terminal, including:

The signal input module is used for inputting the preset signal test instruction in the system application layer of the intelligent communication terminal after the engineering mode of the intelligent communication terminal is turned on, and sending the preset signal test instruction to the intelligent communication terminal System background;

The information acquisition module is used to acquire the signal strength and base station information of the current location according to the preset signal test instruction in the background of the system, and send the acquired information to the middle layer of the system of the intelligent communication terminal;

The information parsing module is configured to monitor the obtained information at the middle layer of the system, analyze the obtained information, and obtain a signal test result.

Compared with the prior art, the beneficial effect of the present invention is: the present invention adopts the method and device for signal testing of the intelligent communication terminal, and in the engineering mode of the intelligent communication terminal, the signal of the current position can be obtained by sending the preset signal test command Strength and base station information, and further analyze the obtained information, so as to obtain the signal test result of the current location. Using the method of the present invention, the signal can be tested anytime and anywhere, the signal value and base station information of the survey site can be collected conveniently, the network status can be captured, and the communication planning and network optimization can be carried out in time; the test range is wide, and the information obtained is comprehensive, so as to be closer to the actual user In this way, it truly shows the operation status and service quality of the actual network, and has very good application value.

Description of drawings

Fig. 1 is the flow chart of the method that adopts intelligent communication terminal to carry out signal test in one embodiment;

Fig. 2 is the method flowchart that adopts the smart phone of Android system to carry out signal test in one embodiment;

Fig. 3 is a schematic structural diagram of a device for signal testing using an intelligent communication terminal in an embodiment;

Fig. 4 is a schematic structural diagram of a device for signal testing using a smart phone with an Android system in an embodiment.

detailed description

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, and do not limit the protection scope of the present invention.

A method for signal testing using an intelligent communication terminal in an embodiment, comprising the following steps:

Step S101: Turn on the engineering mode of the intelligent communication terminal; in the engineering mode, the parameter information of signals, base stations, etc. can be detected;

Step S102: Input a preset signal test instruction at the system application layer of the intelligent communication terminal, and send the preset signal test instruction to the system background of the intelligent communication terminal; in this step, it can be set according to the actual situation Signal test command, input the set signal test command into the system application layer of the intelligent communication terminal, and further send it to the system background for processing;

Step S103: Obtain the signal strength and base station information of the current location in the background of the system according to the preset signal test instruction, and send the obtained information to the system middle layer of the intelligent communication terminal; in this step, you can In the background of the system, according to the set signal test instructions, the signal strength and base station information required by the actual situation are obtained, and further sent to the middle layer of the system for processing;

Step S104: The obtained information is monitored at the middle layer of the system, and the obtained information is analyzed to obtain a signal test result; in this step, the obtained information is analyzed through the middle layer of the system to obtain the information required by the actual situation. Test Results.

It can be known from the above description that this method can test the signal anytime and anywhere, and conveniently collect the signal value and base station information of the survey location, which is suitable for practical application.

As an embodiment, after obtaining the signal test result, the method further includes: displaying the signal test result obtained by the system middle layer on the system application layer, so that the user can understand the test result intuitively and clearly, according to The test results can be used for communication planning and network optimization in time, which is suitable for practical applications.

As an embodiment, after the system application layer displays the signal test result obtained by the system middle layer, the method further includes: storing the signal test result in the system application layer without losing important information , and at the same time, it is convenient for users to read data at any time, with high practical value.

As an embodiment, the preset signal test instruction is obtained by preset test network type and signal type information, and different signal test instructions are set according to different actual detection requirements, and the test is diversified, which greatly facilitates the on-site test personnel .

As an embodiment, the signal type includes the signal of the main cell and/or the adjacent cell, the signal test range is wider, the test information obtained is more comprehensive, the test result is more accurate, and the user can make more accurate processing.

In order to better understand the present invention, an application example of the method for using an intelligent communication terminal to carry out signal testing in the present invention is set forth in detail below, and this application example is realized by using a smart phone of the Android system:

As shown in Figure 2, the application example adopts the method of signal testing by intelligent communication terminals, including:

Step S201: Turn on the engineering mode of the Android smart phone;

Step S202: Open the Android application, and first select the network type (GSM (Global System for Mobile communication, Global System for Mobile Communication) and WCDMA (WidebandCode Division Multiple Access, wideband code division multiple access)) and signal type on the Android system application layer interface (main cell and adjacent cell), input internal command for signal test, if not selected, remind to select, send internal command to detect GSM and WCDMA signal value to Android system background;

Step S203: Before performing the operation of detecting the signal value, judge whether the engineering mode has been turned on in the background of the Android system, if not, remind to turn on the engineering mode and jump to the dial interface, and enter a command on the dial interface to turn on the engineering mode;

Step S204: Obtain the signal strength and base station information of the current location in the background of the Android system according to internal instructions, and return the obtained information to the middle layer of the Android system;

Step S205: The obtained information is monitored in the middle layer of the Android system, and the GSM signal value (Band, BSIC, MCC, IsPCS, IsPCS, TchFrq, BcchFrq, RxLev, AVGRSSI, NOM, TxLev, TS, VocType, LAC, CellId) and WCDMA signal values (RSCP, PSC, ECIO, UMTS, RRCState, Band, RegPLMN, IsPCS, HSPAused, CHDL, UL, LAC, AVG);

Step S206: sending the signal value analyzed by the middle layer of the Android system to the application layer of the Android system, displaying and storing the signal values of GSM and WCDMA in the application layer of the Android system;

So far, the signal values of GSM and WCDMA have been successfully collected, and the test has been completed.

In one embodiment, the device for signal testing using an intelligent communication terminal, as shown in Figure 3, includes:

The signal input module is used for inputting the preset signal test instruction in the system application layer of the intelligent communication terminal after the engineering mode of the intelligent communication terminal is turned on, and sending the preset signal test instruction to the intelligent communication terminal System background; in engineering mode, parameter information such as signals and base stations can be detected. In this module, signal test instructions can be set according to the actual situation, and the set signal test instructions can be input into the system application layer of the intelligent communication terminal, and further sent To the system background processing;

The information acquisition module is used to obtain the signal strength and base station information of the current location according to the preset signal test instruction in the background of the system, and send the obtained information to the system middle layer of the intelligent communication terminal; in this module In the system background, according to the set signal test instructions, the signal strength and base station information required by the actual situation can be obtained, and further sent to the middle layer of the system for processing;

The information analysis module is used to listen to the obtained information at the middle layer of the system, analyze the obtained information, and obtain the signal test result; in this module, the obtained information is analyzed by the middle layer of the system to obtain the actual Test results required by the situation.

As shown in FIG. 3 , a preferred embodiment of the connection relationship of the various modules of the device is: the signal input module, the information acquisition module and the information analysis module are sequentially connected.

First, the signal input module inputs the preset signal test command in the system application layer of the intelligent communication terminal and sends it to the system background; then the information acquisition module obtains the signal strength of the current location and the base station information in the system background and sends it to the middle layer of the system; finally, the information analysis The module analyzes the obtained information at the middle layer of the system to obtain the signal test results. This device conveniently collects the signal value and base station information of the survey site, which is suitable for application.

As an embodiment, it also includes a display module, connected to the information analysis module, for displaying the signal test results obtained by the middle layer of the system at the system application layer, so that users can intuitively and clearly understand the test results, according to the test Results Communication planning and network optimization were carried out in time, which is suitable for practical application.

As an embodiment, it also includes a storage module, connected to the display module, for storing the signal test results in the system application layer, without losing important information, and at the same time, it is convenient for users to read data at any time, which has high practical value.

As an embodiment, the preset signal test instruction is obtained by preset test network type and signal type information, and different signal test instructions are set according to different actual detection requirements, and the test is diversified, which greatly facilitates the on-site test personnel .

As an embodiment, the signal type includes the signal of the main cell and/or the adjacent cell, the signal test range is wider, the test information obtained is more comprehensive, the test result is more accurate, and the user can make more accurate processing.

In order to better understand the present invention, the following elaborates an application example of the present invention adopting the device of intelligent communication terminal to carry out signal test, and this application example adopts the intelligent mobile phone of Android system to realize:

As shown in Figure 4, the application example uses an intelligent communication terminal for signal testing devices, including:

The signal input module is used to select the network type (GSM and WCDMA) and signal type (main cell and adjacent cell) on the Android system application layer interface after turning on the engineering mode of the smart phone, and input the internal command of the signal test, if If there is no choice, remind to make a choice, and send an internal command to detect the signal value of GSM and WCDMA to the background of the Android system;

The judging module is used to judge whether the engineering mode has been turned on in the background of the Android system before performing the operation of detecting the signal value. If not, remind to turn on the engineering mode and jump to the dial interface, and enter a command on the dial interface to turn on the engineering mode

The information acquisition module is used to obtain the signal strength and base station information of the current location according to internal instructions in the background of the Android system, and returns the obtained information to the middle layer of the Android system;

The information analysis module is used to listen to the obtained information in the middle layer of the Android system, and obtain the GSM signal value (Band, BSIC, MCC, etc.) , IsPCS, TchFrq, BcchFrq, RxLev, AVGRSSI, NOM, TxLev, TS, VocType, LAC, CellId) and WCDMA signal values (RSCP, PSC, ECIO, UMTS, RRCState, Band, RegPLMN, IsPCS, HSPAused, CHDL, UL , LAC, AVG);

The display module is used to display the GSM and WCDMA signal values analyzed by the middle layer of the Android system at the application layer of the Android system;

The storage module is used to connect the display module at the application layer of the Android system, and store the signal values of GSM and WCDMA.

The above-mentioned embodiments only express several implementation modes of the present invention, and the description thereof is relatively specific and detailed, but should not be construed as limiting the patent scope of the present invention. It should be pointed out that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be based on the appended claims.

Claims (4)

1. A method adopting an intelligent communication terminal to carry out a signal test, is characterized in that, comprising the following steps: Open the engineering mode of the intelligent communication terminal; Inputting a preset signal test instruction at the system application layer of the intelligent communication terminal, and sending the preset signal test instruction to the system background of the intelligent communication terminal; Obtain the signal strength and base station information of the current location according to the preset signal test instruction in the background of the system, and send the obtained information to the system middle layer of the intelligent communication terminal; The obtained information is monitored at the middle layer of the system, and the obtained information is analyzed to obtain a signal test result; The system application layer input preset signal test instruction of the intelligent communication terminal includes: Detect whether the network type and signal type have been selected on the system application layer interface, if so, input the internal command of the signal test, if not, remind to select; the network type includes GSM and WCDMA, and the signal type includes primary cell and neighbor District; The test result is a signal value of GSM and a signal value of WCDMA; After the signal test result is obtained, the method further includes: displaying the signal test result obtained by the system middle layer on the system application layer. 2. the method for adopting intelligent communication terminal to carry out signal test according to claim 1, it is characterized in that, after the described signal test result that described system middle layer obtains in described system application layer display, described method also comprises: The signal test result is stored in the system application layer. 3. A device for signal testing using an intelligent communication terminal, characterized in that it comprises: The signal input module is used for inputting the preset signal test instruction in the system application layer of the intelligent communication terminal after the engineering mode of the intelligent communication terminal is turned on, and sending the preset signal test instruction to the intelligent communication terminal System background; The information acquisition module is used to acquire the signal strength and base station information of the current location according to the preset signal test instruction in the background of the system, and send the acquired information to the middle layer of the system of the intelligent communication terminal; An information analysis module, configured to monitor the acquired information at the middle layer of the system, analyze the acquired information, and obtain a signal test result; The system application layer input preset signal test instruction of the intelligent communication terminal includes: Detect whether the network type and signal type have been selected on the system application layer interface, if so, input the internal command of the signal test, if not, remind to select; the network type includes GSM and WCDMA, and the signal type includes primary cell and neighbor District; The test result is a signal value of GSM and a signal value of WCDMA; It also includes a display module, connected to the information analysis module, for displaying the signal test results obtained by the system middle layer at the system application layer. 4. The device for signal testing using an intelligent communication terminal according to claim 3, further comprising a storage module connected to the display module for storing the signal test results in the system application layer.