CN1867012A - Method for remote controlling computer based on intelligent mobile phone platform - Google Patents
Method for remote controlling computer based on intelligent mobile phone platform Download PDFInfo
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- CN1867012A CN1867012A CN 200610011999 CN200610011999A CN1867012A CN 1867012 A CN1867012 A CN 1867012A CN 200610011999 CN200610011999 CN 200610011999 CN 200610011999 A CN200610011999 A CN 200610011999A CN 1867012 A CN1867012 A CN 1867012A
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Abstract
The invention relates to a method for controlling computer, based on intelligent mobile phone remote access, belonging to the mobile information managing technique. Wherein, it comprises: the mobile phone terminal uses WAP communication network protocol to connect the computer; the computer validates the user identity and accesses into the computer; the computer generates the local screen image and uses slicing algorithm to generate the image matched with the size of mobile phone screen; then sending the generated screen image via compression to the mobile phone; the mobile phone receives and decompresses the screen image to display it on the mobile phone screen; the mobile phone via simulating the computer operation realizes remote control on the computer. The invention can use mobile phone to control the computer remotely, while it can use the same interface and operation as local computer.
Description
Technical field
The invention belongs to mobile message administrative skill field, relate to a kind of based on intelligent mobile phone platform by the cordless communication network method for remote controlling computer.
Background technology
At present, smart mobile phone control electronic information platform technology is being subjected to paying attention to widely as a kind of emerging industry day by day.A lot of smart mobile phone production firms are are researching and developing this new technology, make mobile phone can pass through electronic information platforms such as wireless network control household electrical appliances, electronic equipment, communication device.By the control and the visit of long distance wireless, can make the IT application process of family or society accelerate greatly, allow people's life have the bigger degree of freedom and influence power widely.Along with progressively the carrying out and promote of 3G technology, smart mobile phone can be connected with network without interruption with relevant device, and the use of this new industry will be convenient and quick, and its purposes also must be widened and be strengthened greatly.The smart mobile phone end connects computer and carries out Long-distance Control by wireless network, make computer just needn't carry and freely to handle in the distance and to control with high-speed computation ability, bring into play the advantage that its speed is fast, performance good, storage is big, and use interface the same and operation to guarantee user's quick operation and satisfied experience with this locality.This field has become a brand-new problem, does not also have extensive exploitation and use at present.
Remote control computer research is very ripe, carries out remote access control such as linux system by ssh terminal or graphical interfaces, and for example the mstsc program and the various third party's figure tele-control system that carry of Windows server system.But the wap protocol by smart mobile phone connects computer and carries out the technology also not appearance at present of wireless remote visit and control system, does not more have the invested in plant exploitation.
Smart mobile phone exists much different with terminal.Difference between them mainly contains: 1. communications protocol difference, and computer network is communicated with on the ICP/IP protocol basis, and develops the ssh agreement as telnet, encryption, and the self-defining agreement of various software is carried out remote access control; Communication network is communicated with computer network by wap protocol, and based on having realized basic network agreement such as http on the wap protocol, does not also develop the agreement that is used for remote access control at present; 2. computer screen resolution height, generally all in 800 pixels * 600 pixels between 1600 pixels * 1200 pixels, can on screen, show the image and the data of many information simultaneously; The smart mobile phone screen resolution is lower, generally in 100 pixels * 75 pixels between 640 pixels * 480 pixels, the information of seeing has only 1/10th of computer screen; 3. computer processor fast operation can reach in the per second computing more than 1,000,000,000 times; The smart mobile phone process chip is fairly simple, processing speed have only one of percentage of computer less than; 4. the computer network speed ratio is very fast, the 1000Mbps from the 512Kbps of ADSL to fiber broadband; The present speed of smart mobile phone communication network have only 100Kbps less than, wait 3G communication open-minded, be expected to reach 1Mbps.These differences cause at present with mobile phone bring in remote access control computer terminal in realization with the difficulty of using.
Summary of the invention
The objective of the invention is to solve present with mobile phone remote access control computer in realization with the difficulty of using, a kind of use smart mobile phone remote access control computer method is proposed, this method can make smart mobile phone connect computer and carry out Long-distance Control by cordless communication network, freely handle and control computer in the distance with high-speed computation ability, performance telecomputing motor speed is fast, performance is good, storing big advantage finishes the work, can with use the same interface and operation in that computer is local, thereby guarantee user's quick operation and satisfied experience.
The present invention propose based on the intelligent mobile phone platform method for remote controlling computer, it is characterized in that: described mobile phone is the mobile phone with J2ME embedded development platform, and described computer terminal has the computer of J2SE platform; Its method is: the mobile phone end uses the WAP communication network protocol to be connected to computer terminal, login enters computer behind the computer terminal identifying user identity, computer terminal at first generates local screen picture, and use partitioning algorithm to generate the image that is fit to the mobile phone screen size, to generate screen picture then and be sent to the mobile phone end through overcompression, the mobile phone end is after receiving the screen picture that computer terminal sends, decompress(ion) also is presented on the mobile phone screen, the mobile phone end is by the focus localization method, the analog mouse controlled function, by the corresponding letter simulation of cell phone keyboard 1～9 numerical key character input function, realize remote control computer.
Said method specifically may further comprise the steps:
1) the mobile phone end sends connection request to communication network by WAP communication protocol, is connected with the computer terminal of selecting;
2) this mobile phone end is sent to the computer terminal that has connected with authorization information and carries out authentication processing, and this cellphone information that computer terminal sends according to the mobile phone end is set up the initial configuration about the mobile phone end;
3) computer terminal generate the split screen image according to the initial configuration of mobile phone end and compress after be sent to the mobile phone end;
4) mobile phone end decompress(ion) and show computer terminal split screen image and carry out focus location, the mobile phone end converts the simulated operation order of focusing location to the operation of mobile phone at this place, focus location, and this simulated operation order is sent to the computer terminal that is in wait state;
5) computer terminal is accepted simulated operation order and the corresponding operation of execution that the mobile phone end sends;
6) circulation repeats 4)-5) step, realize remote control computer.
The step 1) of said method specifically comprises the steps:
(1) mobile phone end initialization;
(2) mobile phone end input computer terminal IP address or domain name and port numbers to be connected;
(3) the mobile phone end is selected certification mode (the once still each operation of authentication all authenticates);
(4) the mobile phone end points hits connection, is connected to communications wireless network, sends connection request;
(5) computer terminal returns the request response, connects and sets up.
The step 2 of said method) specifically comprises the steps:
(1) configuration sends authorization information (selecting telephone number or user cipher as authorization information) to the mobile phone end according to computer terminal;
(2) computer terminal Receipt Validation information is verified;
(3) if the computer terminal authentication failed sends authentication failed information, directly close connection;
(4), then send the information that is proved to be successful if computer terminal is proved to be successful;
(5) mobile phone end send state information (telephone number, the screen size that can comprise mobile phone), computer terminal is set up initial configuration according to the state information that the mobile phone end sends.
The step 3) of said method specifically may further comprise the steps:
(1) computer terminal generates the image segmentation ratio according to the mobile phone screen size in the initial configuration of computer screen size and computer terminal;
(2) computer terminal is divided into current screen the polylith split screen image that is fit to the mobile phone screen size according to the image segmentation ratio;
(3) computer terminal generates the split screen image that screen two-dimensional array sequence number is selected place, mouse place according to current mouse coordinates;
(4) computer terminal becomes the JPG form with this split screen image compression;
(5) computer terminal is sent to the mobile phone end with this screen two-dimensional array sequence number and this compressed image.
Focus localization method in the step 4) of said method specifically comprises the steps:
(1) the mobile phone end is obtained the moving point coordinate of split screen, and coordinate is the upper left corner of initial point screen when using for the first time, is not to use original moving point place coordinate figure when using for the first time;
(2) the mobile phone end generates the right-angled intersection image of an analog mouse cursor at this moving point coordinate place.
Mobile phone operation corresponding simulating operational order in the step 4) of said method specifically comprises following several:
(1) simulated screen is turned over the screen order, represents that with the cell-phone function operating key current screen stirs up and down;
(2) simulated screen the Scale command is represented the screen size convergent-divergent with the option in the cell phone function menu;
(3) simulated screen refresh command represents that with the option in the cell phone function menu screen content refreshes;
(4) analog mouse movement directive is represented the motion of right-angled intersection point with mobile phone direction operating key;
(5) analog mouse key commands is shown left mouse button with definite key table, represents right mouse button with cancel key;
(6) simulating keyboard input command, English and Chinese with the input of cell phone keyboard input method.
The step 5) of said method specifically may further comprise the steps:
(1) computer terminal waits for that the mobile phone end transmits the simulated operation order;
(2) computer terminal is received the simulated operation order that the mobile phone end sends and is carried out corresponding operating, specifically comprises:
What send is that the screen order is turned in simulation, and computer terminal moves to correct screen according to new sequence number;
What send is simulation the Scale command, and computer terminal generates correct screen according to the new ration of division;
What send is the simulation refresh command, and computer terminal generates correct screen according to new content;
What send is the analog mouse order, and computer terminal sends corresponding mouse event order;
What send is the simulating keyboard order, and computer terminal sends the corresponding keyboard event command;
(3) after computer terminal is carried out corresponding operation according to the simulated operation order to this split screen image, generate new split screen image and compression;
(4) new split screen image is sent to the mobile phone end;
(5) repeat (1)-(4) step.
Technical characterstic of the present invention and good result:
The present invention couples together two most popular electronic information platforms by cordless communication network, function of use simple computation ability is more weak but cell phone platform that travelling performance is good, the strong but bad computer terminal of travelling performance of remote access and controlled function powerful calculating ability; Remedied a blank of remote control field so on the one hand, and offered convenience for human life and production in the intelligent mobile information epoch; Owing to used very ripe at present Java platform can on wap protocol, realize remote control function, solved the difficult point that the agreement disappearance is brought; Owing to used image Segmentation Technology, solved mobile phone and the excessive difficult point of computer screen size disparity; Owing to used at computer terminal and carried out computing and operation, solved the slow difficult point of mobile phone arithmetic speed; Owing to used Image Compression, made that transmitting data volume reduces, and has solved the problem of network bandwidth deficiency; The present invention has simultaneously added the identity authentication function based on telephone number or user cipher, makes this method safety and easy-to-use, can bring huge benefits for the application of individual and enterprise.
Description of drawings
Fig. 1 is the inventive method overall procedure block diagram.
Fig. 2 is the computer and the handset program design sketch of the embodiment of the invention.
Embodiment
The present invention proposes reaches embodiment in conjunction with the accompanying drawings based on the intelligent mobile phone platform method for remote controlling computer and is described in detail as follows:
The present invention propose based on the intelligent mobile phone platform method for remote controlling computer, it is characterized in that: described mobile phone is the mobile phone with J2ME embedded development platform, and described computer terminal has the computer of J2SE platform; Its method is: the mobile phone end uses the WAP communication network protocol to be connected to computer terminal, login enters computer behind the computer terminal identifying user identity, computer terminal at first generates local screen picture, and use partitioning algorithm to generate the image that is fit to the mobile phone screen size, to generate screen picture then and be sent to the mobile phone end through overcompression, the mobile phone end is after receiving the screen picture that computer terminal sends, decompress(ion) also is presented on the mobile phone screen, the mobile phone end is by the focus localization method, the analog mouse controlled function, by the corresponding letter simulation of cell phone keyboard 1～9 numerical key character input function, realize remote control computer.
Said method specific implementation flow process may further comprise the steps as shown in Figure 1:
1) the mobile phone end sends connection request to communication network by WAP communication protocol, is connected with the computer terminal of selecting;
2) this mobile phone end is sent to the computer terminal that has connected with authorization information and carries out authentication processing, and the state information that sends according to the mobile phone end is set up the initial configuration about the mobile phone end;
3) computer terminal generate the split screen image according to the initial configuration of mobile phone end and compress after be sent to the mobile phone end;
4) mobile phone end decompress(ion) and show computer terminal split screen image and carry out focus location, the mobile phone end converts the simulated operation order of focusing location to the operation of mobile phone at this place, focus location, and this simulated operation order is sent to the computer terminal that is in wait state;
5) computer terminal is accepted after the simulated operation order that the mobile phone end sends and is carried out corresponding operation;
6) circulation repeats 4)-5) step, realize remote control computer.
An embodiment who realizes the inventive method is described in detail as follows:
1) use SIEMENS C65 mobile phone, screen size is 130 * 130 pixels, and opening power after the normal demonstration of LOGO sign that China moves, guarantees the network successful connection; Open J2ME program MicroClient in the mobile phone, carry out program initialization, select telecommunication network to connect, input Computer IP address 166.111.80.89 and port numbers 9981 are selected the authentication mode of authentication always, click to connect; Be connected to China Mobile's wireless network, send the request that the IP address is the 166.111.80.89 computer that is connected to; Computer terminal returns the request response, connects successfully;
2) computer configuration is four 2.0G of Celeron that run quickly, 512M DDR internal memory, and screen size is 1024 * 768 pixels; After the successful connection, send telephone number and authenticate; The computer terminal particular port is accepted the number that telephone number that wap protocol sends and authentication request and computer preserve and is mated authentication, and the match is successful sets up initial configuration;
3) computer terminal is 8 according to the handset size and the computer size generation ration of division, computer screen is divided into 8 * 8=64 piece, use for the first time, the screen sequence number is made as (0,0) (that piece split screen in the upper left corner just), this split screen image compression is become the JPG form, send this split screen and sequence number (0,0) to the mobile phone end by the connection of setting up and 9981 ports;
4) mobile phone end decompress(ion) and show computer terminal split screen image carries out (0,0) coordinate place that focus is positioned mobile phone screen, and the mobile phone end converts mobile phone operation at this place, focus location the simulated operation order of focusing location; Simulation command comprises: simulated screen is turned over the screen order, represents that with the cell-phone function operating key current screen stirs up and down; Simulated screen the Scale command is represented the screen size convergent-divergent with the option in the cell phone function menu; The simulated screen refresh command represents that with the option in the cell phone function menu screen content refreshes; The analog mouse movement directive is represented the motion of right-angled intersection point with mobile phone direction operating key; The analog mouse key commands is shown left mouse button with definite key table, represents right mouse button with cancel key; The simulating keyboard input command, English and Chinese with the input of cell phone keyboard input method; This simulated operation order is sent to the computer terminal that is in wait state;
5) computer terminal is handled after receiving the order of mobile phone end simulated operation; If what send is that the screen order is turned in simulation, computer terminal moves to correct screen according to new sequence number; If what send is simulation the Scale command, computer terminal generates correct screen according to the new ration of division; If what send is the simulation refresh command, computer terminal generates correct screen according to new content; If what send is the analog mouse order, computer terminal sends corresponding mouse event order; If what send is the simulating keyboard order, computer terminal sends the corresponding keyboard event command; Behind the end of operation, generate new current active image compression and be sent to the mobile phone end;
6) repeat 4)-5) go on foot and realize the mutual of mobile phone end and computer terminal.
The above embodiment result of use of computer server-side program and mobile phone client program as shown in Figure 2, the top figure is computer terminal service routine interface, the below is the figure of three different phases of mobile phone, wherein, A is the mobile phone initialisation image, be blank screen, B is a split image of the computer that shows in the mobile phone, right-angled intersection is positioned on " my document " icon, can be converted to by mobile phone operation the simulated operation order of computer is carried out Long-distance Control to computer, C is the computer original size image that shows in the mobile phone, comprises program (the MSN interface that for example shows among the figure of whole desktop icons of computer and operation, the service routine interface of the virtual machine of mobile phone and computer).
Claims (8)
1, a kind ofly it is characterized in that based on the intelligent mobile phone platform method for remote controlling computer described mobile phone is the mobile phone with J2ME embedded development platform, described computer terminal has the computer of J2SE platform; Its method is: the mobile phone end uses the WAP communication network protocol to be connected to computer terminal, login enters computer behind the computer terminal identifying user identity, computer terminal at first generates local screen picture, and use partitioning algorithm to generate the image that is fit to the mobile phone screen size, to generate screen picture then and be sent to the mobile phone end through overcompression, the mobile phone end is after receiving the screen picture that computer terminal sends, decompress(ion) also is presented on the mobile phone screen, the mobile phone end is by the focus localization method, the analog mouse controlled function, by the corresponding letter simulation of cell phone keyboard 1～9 numerical key character input function, realize remote control computer.
2, as claimed in claim 1ly it is characterized in that based on the intelligent mobile phone platform method for remote controlling computer described method specifically may further comprise the steps:
1) the mobile phone end sends connection request to communication network by WAP communication protocol, is connected with the computer terminal of selecting;
2) this mobile phone end is sent to the computer terminal that has connected with authorization information and carries out authentication processing, and this cellphone information that computer terminal sends according to the mobile phone end is set up the initial configuration about the mobile phone end;
3) computer terminal generate the split screen image according to the initial configuration of mobile phone end and compress after be sent to the mobile phone end;
4) mobile phone end decompress(ion) and show computer terminal split screen image and carry out focus location, the mobile phone end converts the simulated operation order of focusing location to the operation of mobile phone at this place, focus location, and this simulated operation order is sent to the computer terminal that is in wait state;
5) computer terminal is accepted simulated operation order and the corresponding operation of execution that the mobile phone end sends;
6) circulation repeats 4)-5) step, realize remote control computer.
3, as claimed in claim 2ly it is characterized in that based on the intelligent mobile phone platform method for remote controlling computer step 1) of described method specifically may further comprise the steps:
(1) mobile phone end initialization;
(2) mobile phone end input computer terminal IP address or domain name and port numbers to be connected;
(3) the mobile phone end is selected certification mode;
(4) the mobile phone end points hits connection, is connected to communications wireless network, sends connection request;
(5) computer terminal returns the request response, connects and sets up.
4, as claimed in claim 2ly it is characterized in that the step 2 of described method based on the intelligent mobile phone platform method for remote controlling computer), specifically comprise the steps:
(1) configuration sends authorization information to the mobile phone end according to computer terminal;
(2) computer terminal Receipt Validation information is verified;
(3) if the computer terminal authentication failed sends authentication failed information, directly close connection;
(4), then send the information that is proved to be successful if computer terminal is proved to be successful;
(5) mobile phone end send state information, computer terminal is set up initial configuration according to the state information that the mobile phone end sends.
5, as claimed in claim 2ly it is characterized in that based on the intelligent mobile phone platform method for remote controlling computer step 3) of described method specifically may further comprise the steps:
(1) computer terminal generates the image segmentation ratio according to the mobile phone screen size in the initial configuration of computer screen size and computer terminal;
(2) computer terminal is divided into current screen the polylith split screen image that is fit to the mobile phone screen size according to the image segmentation ratio;
(3) computer terminal generates the split screen image that screen two-dimensional array sequence number is selected place, mouse place according to current mouse coordinates;
(4) computer terminal becomes the JPG form with this split screen image compression;
(5) computer terminal is sent to the mobile phone end with this screen two-dimensional array sequence number and this compressed image.
6, as claimed in claim 2ly it is characterized in that based on the intelligent mobile phone platform method for remote controlling computer focus localization method in the step 4) of described method specifically comprises the steps:
(1) the mobile phone end is obtained the moving point coordinate of split screen, and coordinate is the upper left corner of initial point screen when using for the first time, is not to use original moving point place coordinate figure when using for the first time;
(2) the mobile phone end generates the right-angled intersection image of an analog mouse cursor at this moving point coordinate place.
7, as claimed in claim 2ly it is characterized in that based on the intelligent mobile phone platform method for remote controlling computer mobile phone operation corresponding simulating operational order in the step 4) of described method specifically comprises following several:
(1) simulated screen is turned over the screen order, represents that with the cell-phone function operating key current screen stirs up and down;
(2) simulated screen the Scale command is represented the screen size convergent-divergent with the option in the cell phone function menu;
(3) simulated screen refresh command represents that with the option in the cell phone function menu screen content refreshes;
(4) analog mouse movement directive is represented the motion of right-angled intersection point with mobile phone direction operating key;
(5) analog mouse key commands is shown left mouse button with definite key table, represents right mouse button with cancel key;
(6) simulating keyboard input command, English and Chinese with the input of cell phone keyboard input method.
8, as claimed in claim 2ly it is characterized in that based on the intelligent mobile phone platform method for remote controlling computer step 5) of described method specifically may further comprise the steps:
(1) computer terminal waits for that the mobile phone end transmits the simulated operation order;
(2) computer terminal is received the simulated operation order that the mobile phone end sends and is carried out corresponding operating, specifically comprises:
What send is that the screen order is turned in simulation, and computer terminal moves to correct screen according to new sequence number;
What send is simulation the Scale command, and computer terminal generates correct screen according to the new ration of division;
What send is the simulation refresh command, and computer terminal generates correct screen according to new content;
What send is the analog mouse order, and computer terminal sends corresponding mouse event order;
What send is the simulating keyboard order, and computer terminal sends the corresponding keyboard event command;
(3) after computer terminal is carried out corresponding operation according to the simulated operation order to this split screen image, generate new split screen image and compression;
(4) new split screen image is sent to the mobile phone end;
Repeat (1)-(4) step.
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