CN103957381A - Data transmission device, method and system - Google Patents

Data transmission device, method and system Download PDF

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Publication number
CN103957381A
CN103957381A CN201410155897.5A CN201410155897A CN103957381A CN 103957381 A CN103957381 A CN 103957381A CN 201410155897 A CN201410155897 A CN 201410155897A CN 103957381 A CN103957381 A CN 103957381A
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China
Prior art keywords
data
interface
acquisition
transmission
processing equipment
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CN201410155897.5A
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Chinese (zh)
Inventor
甘国强
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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Priority to CN201410155897.5A priority Critical patent/CN103957381A/en
Publication of CN103957381A publication Critical patent/CN103957381A/en
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Abstract

The embodiment of the invention provides a data transmission device, method and system, and relates to the field of electronics. The image data of a terminal can be directly acquired, so that the degree of accuracy of the processing results of the image data of the terminal is improved. The data transmission device comprises at least one input interface and at least one output interface. Each input interface is connected with an image data output port in a first chip of the terminal and used for acquiring the image data generated by the first chip of the terminal. Each output port is connected with a collecting port of a data processing device and used for transmitting the image data acquired by the input interface to the collecting port of the data processing device, so that the image data generated by the first chip of the terminal are processed by the data processing device. The data transmission device is used for transmitting data.

Description

A kind of data transmission device, method and system
Technical field
The present invention relates to electronic applications, relate in particular to a kind of data transmission device, method and system.
Background technology
Along with developing rapidly of the terminals such as smart mobile phone or panel computer, from strength to strength, user is also more and more higher to the quality requirement of terminal for the function of terminal.For example, screen resolution, UI(User Interface, user interface), color displays, fluency and running software speed etc.Conventionally before terminal is dispatched from the factory, need the quality index of sense terminals whether to reach default quality index, or whether sense terminals there are the abnormal conditions such as card screen, blank screen or Hua Ping, so that improve in time, improve user experience.
In prior art, terminal can be play the function demonstration video that this terminal is carried out to feature operation, or, can to this terminal, carry out feature operation in real time, the display unit of this terminal shows image, by video sensor, obtain the image of the display unit demonstration of this terminal simultaneously, and by image data transmission to computer, described computer carries out analyzing and processing to the view data getting, obtain the result of described view data, described result comprises screen resolution, UI demonstration and switching value, color displays value, fluency etc.Described feature operation can be open terminal, close a terminal, the operations such as display interface of displaying video or switching display unit, the display unit of described terminal can be the screen of this terminal, described video sensor can be camera.
But, because resolution or the transmission speed of video sensor may be lower, or the extraneous factors such as the light of this terminal environment of living in is dark, cause the view data getting from the display unit of terminal by video sensor, and image data transmission to computer is processed, affected the accuracy of result of the view data of terminal.
Summary of the invention
Embodiments of the invention provide a kind of data transmission device, method and system, can directly obtain the view data of terminal, thus the accuracy of the result of the view data of raising terminal.
For achieving the above object, embodiments of the invention adopt following technical scheme:
First aspect, provides a kind of data transmission device, comprising:
At least one input interface and at least one output interface;
Described in each, input interface is connected with a view data output port on the first chip of terminal respectively, the view data producing for obtaining the first chip of described terminal;
Described output interface is connected with the acquisition interface of data processing equipment, acquisition interface for described image data transmission that described input interface is obtained to described data processing equipment, so that the view data that described data processing equipment produces the first chip of described terminal is processed.
In conjunction with first aspect, in the first can implementation,
View data output port on the first chip of described terminal is display interface or debugging interface.
Can implementation in conjunction with first aspect or the first, in the second can implementation,
Described input interface has one, and described output interface has two or more,
Wherein, described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, for the view data that described input interface is obtained, shunt, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, for the view data that described input interface is obtained, shunt, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
Can implementation in conjunction with first aspect or the first, in the third can implementation,
Described input interface has two or more, and described output interface has two or more,
Wherein, described in each, input interface connects respectively a different described view data output port, for receiving the view data of described view data output port shunting;
Described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, for the view data after shunting is shunted again, and the view data after shunting is again transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, for the view data after shunting is shunted again, and the view data after shunting is again transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
In conjunction with the second can implementation or the third can implementation, the 4th kind can implementation in, described data transmission device also comprises:
Converting unit, comprise at least one conversion input interface and at least one conversion output interface, described converting unit is for described view data output port being converted to the acquisition interface of described data processing equipment, so that described data processing equipment is received described view data and processed by described acquisition interface;
Described in each, change input interface and be connected with a described output interface respectively, the view data producing for obtain the first chip of described terminal from described output interface;
Described in each, change output interface and be connected with a described acquisition interface respectively, for image data transmission that the first chip of described terminal is produced to described acquisition interface.
In conjunction with the 4th kind can implementation, the 5th kind can implementation in,
Described conversion output interface has two or more,
Wherein, described in each, change output interface and connect respectively an acquisition interface in a different described data processing equipment, for the view data that described conversion input interface is obtained, shunt, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each, change output interface respectively the acquisition interface different from same described data processing equipment one connect, for the view data that described conversion input interface is obtained, shunt, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
Second aspect, provides a kind of terminal, comprising:
The first chip, for generation of view data;
On described the first chip, be provided with view data output port, described view data output port is connected with the input interface of data transmission device, for the view data that described the first chip is produced, by described data transmission device, directly transfer to the acquisition interface of data processing equipment, so that the view data that described data processing equipment produces described the first chip is processed.
In conjunction with second aspect, in the first can implementation, described view data output port is display interface or debugging interface.
Can implementation in conjunction with second aspect or the first, in the second can implementation, described view data output port has two or more, for the view data shunting that described the first chip is produced.
The third aspect, provides a kind of data processing equipment, comprising:
At least one acquisition module and at least one processing module, be provided with acquisition interface on described acquisition module;
Acquisition interface on described acquisition module is connected with the output interface of data transmission device, the view data producing for obtaining first chip of terminal of the output interface transmission of described data transmission device;
Acquisition module described in each, for storing the view data of the output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module connects respectively a different described acquisition module, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
In conjunction with the third aspect, in the first can implementation, comprising:
Described acquisition module has two or more, and described processing module has two or more,
Acquisition interface described in each on the acquisition module respectively output interface different from same described data transmission device one connects, for obtaining the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data;
Or, acquisition interface described in each on acquisition module connects from an output interface in different described data transmission device respectively, for obtaining the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
In conjunction with the third aspect, in the second can implementation, described data transmission device comprises converting unit,
Acquisition interface on described acquisition module is connected with the conversion output interface of described data transmission device, the view data producing for obtaining first chip of terminal of the conversion output interface transmission of described data transmission device;
Acquisition module described in each, for storing the view data of the conversion output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module connects respectively a different described acquisition module, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
Can implementation in conjunction with the second, in the third can implementation,
Described acquisition module has two or more, and described processing module has two or more,
Acquisition interface described in each on the acquisition module respectively conversion output interface different from same described data transmission device one connects, for obtaining the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data;
Or, acquisition interface described in each on acquisition module connects from a conversion output interface in different described data transmission device respectively, for obtaining the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
Fourth aspect, provides a kind of data transmission method, is applied to data transmission device, and described data transmission device comprises at least one input interface and at least one output interface; Described in each, input interface is connected with a view data output port on the first chip of terminal respectively, and described output interface is connected with data processing equipment; Described data transmission method comprises:
Described input interface obtains by the view data output port of the first chip of described terminal the view data that described the first chip produces;
The described image data transmission that described output interface obtains described input interface is to the acquisition interface of described data processing equipment, so that the view data that described data data processing equipment produces the first chip of described terminal is processed.
In conjunction with fourth aspect, in the first can implementation, the view data output port on the first chip of described terminal is display interface or debugging interface.
Can implementation in conjunction with first aspect or the first, in the second can implementation, described input interface has one, described output interface has two or more, described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, described data transmission method comprises:
The view data that described output interface obtains described input interface is shunted, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, the view data that described output interface obtains described input interface is shunted, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
Can implementation in conjunction with first aspect or the first, in the third can implementation, described input interface has two or more, described output interface has two or more, described in each, input interface connects respectively a different described view data output port, described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, described data transmission method comprises:
Described input interface receives the view data of described view data output port shunting;
Described output interface is shunted the view data after shunting again, and the view data after shunting is again transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described output interface is shunted the view data after shunting again, and the view data after shunting is again transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
In conjunction with the second can implementation or the third can implementation, the 4th kind can implementation in, described data transmission device comprises converting unit, described converting unit comprises at least one conversion input interface and at least one conversion output interface, described in each, changing input interface is connected with a described output interface respectively, described in each, changing output interface is connected with a described acquisition interface respectively, the described image data transmission of described input interface being obtained at described output port is to before the acquisition interface of described data processing equipment, described data transmission method also comprises:
Described converting unit is converted to described view data output port the acquisition interface of described data processing equipment, so that described data processing equipment is received described view data and processed by described acquisition interface;
Described conversion input interface obtains the view data of the first chip generation of described terminal from described output interface;
The image data transmission that described conversion output interface produces the first chip of described terminal is to described acquisition interface.
Can implementation in conjunction with the 4th kind, the 5th kind can implementation in, described conversion output interface has two or more, described in each, change output interface and connect respectively an acquisition interface in a different described data processing equipment, or, described in each, change output interface respectively the acquisition interface different from same described data processing equipment one connect, described data transmission method also comprises:
The view data that described conversion output interface obtains described conversion input interface is shunted, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, the view data that described conversion output interface obtains described conversion input interface is shunted, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
Acquisition interface on described acquisition module is obtained the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings, obtains the result of described view data.
In conjunction with the 6th aspect, in the second can implementation, described data transmission device comprises converting unit, acquisition interface on described acquisition module is connected with the conversion output interface of described data transmission device, described in each, processing module connects respectively a different described acquisition module, and described data processing method comprises:
Acquisition interface on described acquisition module is obtained the view data that first chip of terminal of the conversion output interface transmission of described data transmission device produces;
The view data of the conversion output interface output of the described data transmission device that described in each, acquisition module storage gets by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module is processed the view data of described acquisition module transmission, obtains the result of described view data.
Can implementation in conjunction with the second, in the third can implementation, described acquisition module has two or more, described processing module has two or more, acquisition interface described in each on the acquisition module respectively conversion output interface different from same described data transmission device one connects, or the acquisition interface described in each on acquisition module connects from a conversion output interface in different described data transmission device respectively, described data processing method comprises:
Acquisition interface described in each on acquisition module is obtained the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
The 7th aspect, provides a kind of data transmission system, comprising:
Any described terminal above, described terminal comprises the first chip, on described the first chip, be provided with view data output port, described view data output port is connected with the input interface of data transmission device, for the view data that described the first chip is produced, by described data transmission device, directly transfer to data processing equipment, so that the view data that described data processing equipment produces described the first chip is processed;
Any described data transmission device comprises at least one input interface and at least one above
The 5th aspect, provides a kind of data creating method, is applied to terminal, described terminal comprises the first chip, on described the first chip, be provided with view data output port, described view data output port is connected with the input interface of data transmission device, and described data creating method comprises:
The view data that described view data output port produces described the first chip directly transfers to the acquisition interface of data processing equipment by described data transmission device, so that the view data that described data processing equipment produces described the first chip is processed.
In conjunction with the 5th aspect, in the first can implementation, described view data output port is display interface or debugging interface.
Can implementation in conjunction with the 5th aspect or the first, in the second can implementation, described view data output port has two or more, before the view data described the first chip being produced at described view data output port directly transfers to the acquisition interface of data processing equipment by data transmission device, described data creating method also comprises:
The view data shunting that described view data output port produces described the first chip.
The 6th aspect, a kind of data processing method is provided, be applied to data processing equipment, described data processing equipment comprises at least one acquisition module and at least one processing module, on described acquisition module, be provided with acquisition interface, acquisition interface on described acquisition module is connected with the output interface of data transmission device, and described in each, processing module connects respectively a different described acquisition module, and described data processing method comprises:
Described acquisition interface is obtained the view data that first chip of terminal of the output interface transmission of described data transmission device produces;
The view data of the output interface output of the described data transmission device that the storage of described acquisition module gets by described acquisition interface, and by described image data transmission to described processing module;
Described processing module is processed the view data of described acquisition module transmission, obtains the result of described view data.
In conjunction with the 6th aspect, in the first can implementation, described acquisition module has two or more, described processing module has two or more, acquisition interface described in each on the acquisition module respectively output interface different from same described data transmission device one connects, or the acquisition interface described in each on acquisition module connects from an output interface in different described data transmission device respectively, described data processing method comprises:
Individual output interface,
Described in each, input interface is connected with a view data output port on the first chip of described terminal respectively, the view data producing for obtaining the first chip of described terminal;
Described output interface is connected with the acquisition interface of described data processing equipment, acquisition interface for described image data transmission that described input interface is obtained to described data processing equipment, so that the view data that described data processing equipment produces the first chip of described terminal is processed;
Any described data processing equipment comprises at least one acquisition module and at least one processing module above, on described acquisition module, is provided with acquisition interface;
Acquisition interface on described acquisition module is connected with the output interface of data transmission device, the view data producing for obtaining first chip of terminal of the output interface transmission of described data transmission device;
Acquisition module described in each, for storing the view data of the output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module connects respectively a different described acquisition module, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
Embodiments of the invention provide a kind of data transmission device, method and system, and described data transmission device, comprising: at least one input interface and at least one output interface; Described in each, input interface is connected with a view data output port on the first chip of terminal respectively, the view data producing for obtaining the first chip of described terminal; Described output interface is connected with the acquisition interface of data processing equipment, acquisition interface for described image data transmission that described input interface is obtained to described data processing equipment, so that the view data that described data processing equipment produces the first chip of described terminal is processed.So, data transmission device directly obtains view data from the first chip of terminal, the acquisition interface to data processing equipment by the described image data transmission of obtaining again, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 provides a kind of data transmission device structural representation for the embodiment of the present invention;
Fig. 2 provides another kind of data transmission device structural representation for the embodiment of the present invention;
Fig. 3 provides a kind of terminal structure schematic diagram for the embodiment of the present invention;
Fig. 4 provides a kind of data processing equipment structural representation for the embodiment of the present invention;
Fig. 5 provides a kind of data transmission method flow chart for the embodiment of the present invention;
Fig. 6 provides another kind of data transmission method flow chart for the embodiment of the present invention;
Fig. 7 provides a kind of data creating method flow chart for the embodiment of the present invention;
Fig. 8 provides another kind of data creating method flow chart for the embodiment of the present invention;
Fig. 9 provides a kind of data processing method flow chart for the embodiment of the present invention;
Figure 10 provides a kind of data transmission system structural representation for the embodiment of the present invention;
Figure 11 provides another kind of data transmission system structural representation for the embodiment of the present invention;
Figure 12 provides another data transmission system structural representation for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the present invention provides a kind of data transmission device 10, as shown in Figure 1, comprising:
At least one input interface 101 and at least one output interface 102;
Described in each, input interface 101 is connected with a view data output port on the first chip of terminal respectively, the view data producing for obtaining the first chip of described terminal.
Described output interface 102 is connected with the acquisition interface of data processing equipment, acquisition interface for described image data transmission that described input interface is obtained to described data processing equipment, so that the view data that described data processing equipment produces the first chip of described terminal is processed.
So, data transmission device directly obtains view data from the first chip of terminal, the acquisition interface to data processing equipment by the described image data transmission of obtaining again, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
View data output port on the first chip of described terminal is display interface or debugging interface.
Described input interface 101 has one, and described output interface 102 has two or more,
Wherein, described in each, output interface 102 connects respectively an acquisition interface in a different described data processing equipment, for the view data that described input interface is obtained, shunt, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each output interface 102 respectively the acquisition interface different from same described data processing equipment one connect, for the view data that described input interface is obtained, shunt, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
Described input interface 101 has two or more, and described output interface 102 has two or more,
Wherein, described in each, input interface 101 connects respectively a different described view data output port, for receiving the view data of described view data output port shunting;
Described in each, output interface 102 connects respectively an acquisition interface in a different described data processing equipment, for the view data after shunting is shunted again, and the view data after shunting is again transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or input interface 101 connects respectively a different described view data output port described in each, for receiving the view data of described view data output port shunting;
Described in each output interface 102 respectively the acquisition interface different from same described data processing equipment one connect, for the view data after shunting is shunted again, and the view data after shunting is again transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
As shown in Figure 2, described data transmission device 10 also comprises:
Converting unit 103, comprise at least one conversion input interface 1031 and at least one conversion output interface 1032, described converting unit 103 is for described view data output port being converted to the acquisition interface of described data processing equipment, so that described data processing equipment is received described view data and processed by described acquisition interface.
Described in each, change input interface 1031 and be connected with a described output interface 102 respectively, the view data producing for obtain the first chip of described terminal from described output interface;
Described in each, change output interface 1032 and be connected with a described acquisition interface respectively, for image data transmission that the first chip of described terminal is produced to described acquisition interface.
Described conversion output interface 1032 has two or more,
Wherein, described in each, change output interface 1032 and connect respectively an acquisition interface in a different described data processing equipment, for the view data that described conversion input interface is obtained, shunt, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each, change output interface 1032 respectively the acquisition interface different from same described data processing equipment one connect, for the view data that described conversion input interface is obtained, shunt, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
It should be noted that, the data transmission device described in the embodiment of the present invention can be FPC(Flexible Printed Circuits, flexible printed wiring board) hardware interface or other hardware interfaces.View data output port on the first chip of terminal can be MIPI(Mobile Industry Processor Interface, mobile industry processor interface), RGB(Red Green Blue, red green blue tricolor) interface, VGA(Video Graphics Array, video graphics array) interface, LVDS(Low Voltage Differential Signaling, Low Voltage Differential Signal) interface or HDMI(High Definition Multimedia Interface, HDMI (High Definition Multimedia Interface)), the interface that described MIPI interface is high cls.The acquisition interface of data processing equipment can be rgb interface, VGA interface, LVDS interface or HDMI interface.Therefore, when the view data output port on the first chip of terminal does not mate with the acquisition interface of data processing equipment, need to by converting unit, view data output port be converted to the acquisition interface of data processing equipment, so that described data processing equipment is received described view data and processed by described acquisition interface.Concrete transfer process can be with reference to prior art, and the embodiment of the present invention does not repeat them here.
The embodiment of the present invention provides a kind of terminal 20, as shown in Figure 3, comprising:
The first chip 201, for generation of view data.
On described the first chip 201, be provided with view data output port 2011, described view data output port 2011 is connected with the input interface of data transmission device, for the view data that described the first chip is produced, by described data transmission device, directly transfer to the acquisition interface of data processing equipment, so that the view data that described data processing equipment produces described the first chip is processed.
So, the first chip of terminal first produces view data, the view data by the view data output port arranging on described the first chip, described the first chip being produced again directly transfers to the acquisition interface of data processing equipment by data transmission device, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
Described view data output port 2011 is display interface or debugging interface.
Described view data output port 2011 has two or more, for the view data shunting that described the first chip 201 is produced.
It should be noted that, display interface is the interface that the first chip of terminal is connected with display unit, debugging interface is the interface for the first chip of debug terminal, the image data transmission that in embodiments of the present invention this debugging interface is used for the first chip to produce is to data processing equipment, acquisition interface, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed.A display interface and two debugging interfaces can be set on the first chip of terminal.Described the first chip can be CPU(Central Processing Unit, central processing unit), GPU(Graphic Processing Unit, graphic process unit), DSP(digital signal processor, digital signal processor) etc. chip.Terminal described in the embodiment of the present invention can be the mobile terminals such as mobile phone, panel computer, wireless data card or car-mounted terminal.
The embodiment of the present invention provides a kind of data processing equipment 30, as shown in Figure 4, comprising:
At least one acquisition module 301 and at least one processing module 302, be provided with acquisition interface 3011 on described acquisition module 301.
Acquisition interface 3011 on described acquisition module is connected with the output interface of data transmission device, the view data producing for obtaining first chip of terminal of the output interface transmission of described data transmission device.
Described in each, acquisition module 301, for storing the view data of the output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module.
Described in each, processing module 302 connects respectively a different described acquisition module 301, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
So, data processing equipment obtains the view data that first chip of terminal of the output interface transmission of data transmission device produces by the acquisition interface arranging on acquisition module, then, this acquisition module storage is by described view data, and by described image data transmission to processing module, this processing module is processed the view data of described acquisition module transmission, obtain the result of described view data, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
Described acquisition module 301 has two or more, and described processing module 302 has two or more,
Acquisition interface 3011 described in each on the acquisition module 301 respectively output interface different from same described data transmission device one connects, for obtaining the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data;
Or, acquisition interface 3011 described in each on acquisition module 301 connects from an output interface in different described data transmission device respectively, for obtaining the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
Described data transmission device comprises converting unit,
Acquisition interface 3011 on described acquisition module 301 is connected with the conversion output interface of described data transmission device, the view data producing for obtaining first chip of terminal of the conversion output interface transmission of described data transmission device;
Described in each, acquisition module 301, for storing the view data of the conversion output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module 302 connects respectively a different described acquisition module 301, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
Described acquisition module 301 has two or more, and described processing module 302 has two or more,
Acquisition interface 3011 described in each on the acquisition module 301 respectively conversion output interface different from same described data transmission device one connects, for obtaining the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data;
Or, acquisition interface 3011 described in each on acquisition module 301 connects from a conversion output interface in different described data transmission device respectively, for obtaining the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
It should be noted that, data processing equipment can be FPGA(Field-Programmable Gate Array, field programmable gate array), ASIC (Application Specific Integrated Circuit, application-specific integrated circuit (ASIC)), the hardware chip such as general purpose microprocessor, conventionally, general purpose microprocessor is server and shows the central processor core that Desktop Computing is used.
The embodiment of the present invention provides a kind of data transmission method, as shown in Figure 5, supposes to be applied to data transmission device 10, and described data transmission device comprises at least one input interface and at least one output interface; Described in each, input interface is connected with a view data output port on the first chip of terminal respectively, and described output interface is connected with data processing equipment; Described data transmission method comprises:
Step 401, described input interface obtain by the view data output port of the first chip of described terminal the view data that described the first chip produces.
The described image data transmission that step 402, described output interface obtain described input interface is to the acquisition interface of described data processing equipment, so that the view data that described data data processing equipment produces the first chip of described terminal is processed.
So, directly from the first chip of terminal, obtain view data, the acquisition interface to data processing equipment by the described image data transmission of obtaining again, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
View data output port on the first chip of described terminal is display interface or debugging interface.
When described input interface has one, described output interface has two or more, when described in each, output interface connects respectively an acquisition interface in different described data processing equipments, the view data that described output interface obtains described input interface is shunted, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, make described different described data processing equipment carry out parallel processing to described view data.
When described input interface has one, described output interface has two or more, described in each, output interface is when the acquisition interface different from same described data processing equipment one connects respectively, the view data that described output interface obtains described input interface is shunted, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, make described same data processing equipment carry out parallel processing to described view data.
When described input interface has two or more, described output interface has two or more, described in each, input interface connects respectively a different described view data output port, when described in each, output interface connects respectively an acquisition interface in different described data processing equipments, described input interface receives the view data of described view data output port shunting, described output interface is shunted the view data after shunting again, and the view data after shunting is again transferred to respectively to an acquisition interface in different described data processing equipments, make described different described data processing equipment carry out parallel processing to described view data.
When described input interface has two or more, described output interface has two or more, described in each, input interface connects respectively a different described view data output port, described in each, output interface is when the acquisition interface different from same described data processing equipment one connects respectively, described input interface receives the view data of described view data output port shunting, described output interface is shunted the view data after shunting again, and the view data after shunting is again transferred to respectively to the different acquisition interface in described same data processing equipment, make described same data processing equipment carry out parallel processing to described view data.
When described data transmission device comprises converting unit, described converting unit comprises at least one conversion input interface and at least one conversion output interface, described in each, changing input interface is connected with a described output interface respectively, described in each, changing output interface is connected with a described acquisition interface respectively, as shown in Figure 6, the described image data transmission of described input interface being obtained at described output port is to before the acquisition interface of described data processing equipment, execution step 403.
Step 403, described converting unit are converted to described view data output port the acquisition interface of described data processing equipment.
So that described data processing equipment is received described view data and is processed by described acquisition interface.
Described conversion input interface obtains the view data of the first chip generation of described terminal from described output interface.The image data transmission that described conversion output interface produces the first chip of described terminal is to described acquisition interface.
Especially, when described conversion output interface has two or more, described in each, change output interface and connect respectively an acquisition interface in a different described data processing equipment, the view data that described conversion output interface obtains described conversion input interface is shunted, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data.
When described conversion output interface has two or more, described in each, change output interface respectively the acquisition interface different from same described data processing equipment one connect, the view data that described conversion output interface obtains described conversion input interface is shunted, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
The embodiment of the present invention provides a kind of data creating method, as shown in Figure 7, be applied to terminal 20, described terminal comprises the first chip, on described the first chip, be provided with view data output port, described view data output port is connected with the input interface of data transmission device, and described data creating method comprises:
The view data that step 501, described view data output port produce described the first chip directly transfers to the acquisition interface of data processing equipment by described data transmission device, so that the view data that described data processing equipment produces described the first chip is processed.
So, the first chip of terminal first produces view data, the view data by the view data output port arranging on described the first chip, described the first chip being produced again directly transfers to the acquisition interface of data processing equipment by data transmission device, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
Described view data output port is display interface or debugging interface.
When described view data output port has two or more, as shown in Figure 8, before the view data described the first chip being produced at described view data output port directly transfers to the acquisition interface of data processing equipment by data transmission device, described data creating method also comprises, execution step 502.
The view data shunting that step 502, described view data output port produce described the first chip.
The embodiment of the present invention provides a kind of data processing method, as shown in Figure 9, be applied to data processing equipment 30, described data processing equipment comprises at least one acquisition module and at least one processing module, on described acquisition module, be provided with acquisition interface, acquisition interface on described acquisition module is connected with the output interface of data transmission device, and described in each, processing module connects respectively a different described acquisition module, and described data processing method comprises:
Step 601, described acquisition interface are obtained the view data that first chip of terminal of the output interface transmission of described data transmission device produces.
The view data of the output interface output of the described data transmission device that the storage of step 602, described acquisition module gets by described acquisition interface, and by described image data transmission to described processing module.
Step 603, described processing module are processed the view data of described acquisition module transmission, obtain the result of described view data.
So, data processing equipment obtains the view data that first chip of terminal of the output interface transmission of data transmission device produces by the acquisition interface arranging on acquisition module, then, this acquisition module storage is by described view data, and by described image data transmission to processing module, this processing module is processed the view data of described acquisition module transmission, obtain the result of described view data, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
Especially, when described acquisition module has two or more, described processing module has two or more, acquisition interface described in each on the acquisition module respectively output interface different from same described data transmission device one connects, or, acquisition interface described in each on acquisition module is respectively when an output interface in different described data transmission device connects, acquisition interface on described acquisition module is obtained the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings, obtain the result of described view data.
It should be noted that, when described data transmission device comprises converting unit, acquisition interface on described acquisition module is connected with the conversion output interface of described data transmission device, when described in each, processing module connects respectively a different described acquisition module, acquisition interface on described acquisition module is obtained the view data that first chip of terminal of the conversion output interface transmission of described data transmission device produces, the view data of the conversion output interface output of the described data transmission device that described in each, acquisition module storage gets by described acquisition interface, and by described image data transmission to described processing module, described in each, processing module is processed the view data of described acquisition module transmission, obtain the result of described view data.
Especially, when described acquisition module has two or more, described processing module has two or more, acquisition interface described in each on the acquisition module respectively conversion output interface different from same described data transmission device one connects, or, acquisition interface described in each on acquisition module is respectively when a conversion output interface in different described data transmission device connects, acquisition interface described in each on acquisition module is obtained the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings, obtain the result of described view data.
The embodiment of the present invention provides a kind of data transmission system 70, as shown in figure 10, comprising:
Terminal 701, described terminal 701 comprises the first chip 7011, on described the first chip, be provided with view data output port A, described view data output port A is connected with the input interface 7021 of data transmission device 702, for the view data that described the first chip is produced, by described data transmission device, directly transfer to data processing equipment, so that the view data that described data processing equipment produces described the first chip is processed.
Data transmission device 702, described data transmission device 702 comprises at least one input interface 7021 and at least one output interface 7022,
Described in each, input interface is connected with a view data output port on the first chip of described terminal respectively, the view data producing for obtaining the first chip of described terminal;
Described output interface is connected with the acquisition interface of described data processing equipment, acquisition interface for described image data transmission that described input interface is obtained to described data processing equipment, so that the view data that described data processing equipment produces the first chip of described terminal is processed;
Data processing equipment 703, described data processing fills 703 and comprises at least one acquisition module 7031 and at least one processing module 7032, on described acquisition module 7031, is provided with acquisition interface B;
Acquisition interface on described acquisition module is connected with the output interface of data transmission device, the view data producing for obtaining first chip of terminal of the output interface transmission of described data transmission device;
Acquisition module described in each, for storing the view data of the output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module connects respectively a different described acquisition module, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
It should be noted that, if the type of output interface is identical with the type of acquisition interface, not need to use converting unit to change output interface, can be directly by image data transmission to acquisition interface, so that acquisition module obtains view data.If the type of output interface is different from the type of acquisition interface, need to use converting unit to change output interface, the type that is acquisition interface by the type conversion of output interface, so that acquisition module obtains view data by acquisition interface.
The data transmission system that the embodiment of the present invention provides, first, is connected the view data output port of the first chip of terminal with the input interface of data transmission device, the output interface of data transmission device is connected with the acquisition interface of data processing equipment.With respect to prior art, data transmission device directly obtains view data from the first chip of terminal, the acquisition interface to data processing equipment by the described image data transmission of obtaining again, thereby the view data that described data processing equipment is produced the first chip of described terminal is processed, effectively improved the accuracy of result of the view data of terminal.
Example, as shown in figure 11, tentation data transmission system 80 comprises mobile phone 801, data transmission device 802, the first data processing equipment 803 and the second data processing equipment 804.
Wherein, mobile phone 801 comprises on the first chip 8011, the first chips 8011 and is provided with display interface A1.
Data transmission device 802 comprises input interface 8021, the first output interface 8022, the second output interface 8023, the first converting unit 8024 and the second converting unit 8025, the first converting unit 8024 comprises conversion input interface C1, the first conversion output interface D1 and the second conversion output interface D2, and the second converting unit 8025 comprises conversion input interface C2, the 3rd conversion output interface D3 and the 4th conversion output interface D4.
The first data processing equipment 803 comprises the first acquisition module 8031, the second acquisition module 8032, the first processing module 8033 and the second processing module 8034, on the first acquisition module 8031, be provided with acquisition interface B1, on the second acquisition module 8032, be provided with acquisition interface B2.
The second data processing equipment 804 comprises the 3rd acquisition module 8041, the 4th acquisition module 8042, the 3rd processing module 8043 and the 4th processing module 8044, on the 3rd acquisition module 8041, be provided with acquisition interface B3, on the 4th acquisition module 8042, be provided with acquisition interface B4.
Wherein, display interface A1 is connected with input interface 8021, input interface 8021 is connected with the second output interface 8023 with the first output interface 8022 respectively, the first output interface 8022 is connected with the conversion input interface C1 of the first converting unit 8024, the second output interface 8023 is connected with the conversion input interface C2 of the second converting unit 8025, the first conversion output interface D1 of the first converting unit 8024 is connected with the acquisition interface B1 of the first acquisition module 8031, the second conversion output interface D2 of the first converting unit 8024 is connected with the acquisition interface B2 of the second acquisition module 8032, the 3rd conversion output interface D3 of the second converting unit 8025 is connected with the acquisition interface B3 of the 3rd acquisition module 8041, the 4th conversion output interface D4 of the second converting unit 8025 is connected with the acquisition interface B4 of the 4th acquisition module 8042, the first acquisition module 8031 is connected with the first processing module 8033, the second acquisition module 8032 is connected with the second processing module 8034, the 3rd acquisition module 8041 is connected with the 3rd processing module 8043, the 4th acquisition module 8042 is connected with the 4th processing module 8044.
On mobile phone, be provided with control software, can on this mobile phone, move this control software, make this mobile phone move various operating functions, described control software is used for controlling the various operating functions such as mobile phone shutdown, start, interface display, interface switching or running software.When mobile phone running control software, the first chip of this mobile phone produces view data, by the display interface of the first chip, export described view data, the input interface of data transmission device obtains the view data of the first chip generation of this mobile phone, then, the view data that the described view data that described input interface is obtained is obtained described input interface by the first output interface and the second output interface is shunted, again the view data after shunting is transferred to respectively to converting unit, the conversion output interface of converting unit is shunted the view data after shunting again, and by the image data transmission after shunting again to two acquisition interface of described data processing equipment, the first acquisition module storing image data, and by image data transmission to the first processing module, in like manner, the second acquisition module storing image data, and by image data transmission to the second processing module, the 3rd acquisition module storing image data, and by image data transmission to the three processing modules, the 4th acquisition module storing image data, and by image data transmission to the four processing modules, the first processing module, the second processing module, the 3rd processing module and the 4th processing module are carried out parallel processing to described view data, obtain the result of view data, described result comprises the screen resolution of mobile phone, user interface UI shows and switching value, color displays value and fluency etc.
Especially, suppose that display interface A1 is MIPI interface, acquisition interface B1 and acquisition interface B2 are VGA interface, acquisition interface B3 and acquisition interface B4 are HDMI interface, the first converting unit can convert display interface A1 to the VGA interface of acquisition interface B1 and acquisition interface B2, the second converting unit can convert display interface A1 to the HDMI interface of acquisition interface B3 and acquisition interface B4, so that data processing equipment is received described view data and processed by described acquisition interface.Display interface of the present invention and acquisition interface just schematically illustrate, and can also be other interfaces in practical application.
So, mobile phone or other mobile terminals, data transmission device and data processing equipment be adaptive connection flexibly, improved the versatility between mobile phone or other mobile terminals, data transmission device and data processing equipment, and the transmission rate of view data and processing speed, shortened time of detection of handset.
It should be noted that, first, the first chip that need to take mobile phone apart is connected with the hardware of the display unit of mobile phone, the first chip that presents mobile phone, described the first chip, for generation of view data, then, is connected data transmission device with the display interface of the first chip of mobile phone.Data processing equipment can also connect a computer (not marking in figure), if be provided with control software on this computer, can pass through the operating function of this this mobile phone of computer control.Data processing equipment receives after view data, can also be by image data transmission to this computer, allow this computer process this view data, obtain the result of view data, described result comprises screen resolution, user interface UI demonstration and switching value, color displays value and the fluency etc. of mobile phone.
Example, as shown in figure 12, tentation data transmission system 90 comprises the first panel computer 901, the second panel computer 902, first data transmission device 903, the second data transmission device 904, the 3rd data transmission device 905, the 4th data transmission device 906 and data processing equipment 907.
Wherein, the first panel computer 901 comprises on the first chip 9011, the first chips 9011 and is provided with the first debugging interface A2 and the second debugging interface A3.
The second panel computer 902 comprises on the first chip 9021, the first chips 9021 and is provided with the 3rd debugging interface A4 and the 4th debugging interface A5.
First data transmission device 903 comprises input interface 9031 and output interface 9032.
The second data transmission device 904 comprises input interface 9041 and output interface 9042.
The 3rd data transmission device 905 comprises input interface 9051 and output interface 9052.
The 4th data transmission device 906 comprises input interface 9061 and output interface 9062.
Data processing equipment 907 comprises the first acquisition module 9071, the second acquisition module 9072, the 3rd acquisition module 9073, the 4th acquisition module 9074, the first processing module 9075, the second processing module 9076, the 3rd processing module 9077, the 4th processing module 9078, on the first acquisition module 9071, be provided with acquisition interface B1, on the second acquisition module 9072, be provided with acquisition interface B2, on the 3rd acquisition module 9073, be provided with acquisition interface B3, on the 4th acquisition module 9074, be provided with acquisition interface B4.
Wherein, the first debugging interface A2 of the first panel computer 901 is connected with the input interface 9031 of first data transmission device 903, input interface 9031 is connected with output interface 9032, output interface 9032 is connected with the acquisition interface B1 of the first acquisition module 9071 of data processing equipment 907, and the first acquisition module 9071 is connected with the first processing module 9075; The second debugging interface A3 of the first panel computer 901 is connected with the input interface 9041 of the second data transmission device 904, input interface 9041 is connected with output interface 9042, output interface 9042 is connected with the acquisition interface B2 of the second acquisition module 9072 of data processing equipment 907, and the second acquisition module 9072 is connected with the second processing module 9076.
The 3rd debugging interface A4 of the second panel computer 902 is connected with the input interface 9051 of the 3rd data transmission device 905, input interface 9051 is connected with output interface 9052, output interface 9052 is connected with the acquisition interface B3 of the 3rd acquisition module 9073 of data processing equipment 907, and the 3rd acquisition module 9073 is connected with the 3rd processing module 9077; The 4th debugging interface A5 of the second panel computer 902 is connected with the input interface 9061 of the 4th data transmission device 906, input interface 9061 is connected with output interface 9062, output interface 9062 is connected with the acquisition interface B4 of the 4th acquisition module 9074 of data processing equipment 907, and the 4th acquisition module 9074 is connected with the 4th processing module 9078.
On the first panel computer and the second panel computer, be provided with control software, can on the first panel computer and the second panel computer, move this control software, make the first panel computer and the second panel computer move various operating functions, described control software is used for controlling the various operating functions such as panel computer shutdown, start, interface display, interface switching or running software.When the first panel computer and the second panel computer running control software, the first chip of the first panel computer produces view data, the first debugging interface and the second debugging interface by the first panel computer are shunted view data, the view data of the first debugging interface is transferred to the first acquisition module of data processing equipment by first data transmission device, the first acquisition module storing image data by image data transmission to the first processing module, the first processing module is processed view data; In like manner, the view data of the second debugging interface is transferred to the second acquisition module of data processing equipment by the second data transmission device, the second acquisition module storing image data by image data transmission to the second processing module, the second processing module is processed view data.The first chip of the second panel computer produces view data, the 3rd debugging interface and the 4th debugging interface by the second panel computer are shunted view data, the view data of the 3rd debugging interface is transferred to the 3rd acquisition module of data processing equipment by the 3rd data transmission device, the 3rd acquisition module storing image data by image data transmission to the three processing modules, the 3rd processing module is processed view data; The view data of the 4th debugging interface is transferred to the 4th acquisition module of data processing equipment by the 4th data transmission device, the 4th acquisition module storing image data by image data transmission to the four processing modules, the 4th processing module is processed view data.
Especially, the first debugging interface, the second debugging interface, the 3rd debugging interface are identical with the type of acquisition interface with the 4th debugging interface.If the type of the first debugging interface, the second debugging interface, the 3rd debugging interface and the 4th debugging interface and acquisition interface is identical, can by converting unit, debugging interface be converted to the interface matching with acquisition interface, so that data processing equipment is received described view data and processed by described acquisition interface.
So, panel computer or other mobile terminals, data transmission device and data processing equipment be adaptive connection flexibly, improved the versatility between panel computer or other mobile terminals, data transmission device and data processing equipment, and the transmission rate of view data and processing speed, shortened the time of detecting panel computer.
It should be noted that, first, the first chip that need to take panel computer apart is connected with the hardware of the display unit of panel computer, the first chip that presents panel computer, described the first chip is for generation of view data, then, data transmission device is connected with the debugging interface of the first chip of panel computer.Data processing equipment can also connect a computer (not marking in figure), if be provided with control software on this computer, can pass through the operating function of this this mobile phone of computer control.Data processing equipment receives after view data, can also be by image data transmission to this computer, allow this computer process this view data, obtain the result of view data, described result comprises screen resolution, user interface UI demonstration and switching value, color displays value and the fluency etc. of mobile phone.
It should be noted that, acquisition interface described in the present invention can be configured to by the software in data processing equipment different interfaces, be that data processing equipment can connect different terminals by data transmission device, if acquisition interface is identical with the view data output port of terminal, acquisition interface can directly be obtained view data, if acquisition interface is not identical with the view data output port of terminal, can first adopt converting unit to convert view data output port to acquisition interface, acquisition interface is obtained view data again.The input interface of data transmission device described in the present invention can connect two and plural terminal simultaneously, and the output interface of data transmission device can connect two and plural data processing equipment simultaneously, so that detect a plurality of terminals simultaneously.
It should be noted that, the method of sense terminals provided by the present invention can also not detect in the situation that terminal has display screen, simultaneously when data transmission device and the data processing equipment display interface by terminal is connected, can also detection display interface whether normal.Can also be for automation use-case after computer or data processing equipment collect view data.
Those skilled in the art can be well understood to, and for convenience and simplicity of description, the specific works process of the device of foregoing description and unit, can, with reference to the corresponding process in preceding method embodiment, not repeat them here.
In the several embodiment that provide in the application, should be understood that disclosed apparatus and method can realize by another way.For example, device embodiment described above is only schematic, for example, the division of described unit, be only that a kind of logic function is divided, during actual realization, can have other dividing mode, for example a plurality of unit or assembly can in conjunction with or can be integrated into another system, or some features can ignore, or do not carry out.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, indirect coupling or the communication connection of device or unit can be electrically, machinery or other form.
The described unit as separating component explanation can or can not be also physically to separate, and the parts that show as unit can be or can not be also physical locations, can be positioned at a place, or also can be distributed in a plurality of network element.Can select according to the actual needs some or all of unit wherein to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, can be also that the independent physics of unit comprises, also can be integrated in a unit two or more unit.Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that also can adopt hardware to add SFU software functional unit realizes.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can complete by the relevant hardware of program command, aforesaid program can be stored in a computer read/write memory medium, this program, when carrying out, is carried out the step that comprises said method embodiment; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CDs.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.

Claims (27)

1. a data transmission device, is characterized in that, comprising:
At least one input interface and at least one output interface;
Described in each, input interface is connected with a view data output port on the first chip of terminal respectively, the view data producing for obtaining the first chip of described terminal;
Described output interface is connected with the acquisition interface of data processing equipment, acquisition interface for described image data transmission that described input interface is obtained to described data processing equipment, so that the view data that described data processing equipment produces the first chip of described terminal is processed.
2. data transmission device according to claim 1, is characterized in that,
View data output port on the first chip of described terminal is display interface or debugging interface.
3. data transmission device according to claim 1 and 2, is characterized in that,
Described input interface has one, and described output interface has two or more,
Wherein, described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, for the view data that described input interface is obtained, shunt, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, for the view data that described input interface is obtained, shunt, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
4. data transmission device according to claim 1 and 2, is characterized in that,
Described input interface has two or more, and described output interface has two or more,
Wherein, described in each, input interface connects respectively a different described view data output port, for receiving the view data of described view data output port shunting;
Described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, for the view data after shunting is shunted again, and the view data after shunting is again transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, for the view data after shunting is shunted again, and the view data after shunting is again transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
5. according to the data transmission device described in claim 3 or 4, it is characterized in that, described data transmission device also comprises:
Converting unit, comprise at least one conversion input interface and at least one conversion output interface, described converting unit is for described view data output port being converted to the acquisition interface of described data processing equipment, so that described data processing equipment is received described view data and processed by described acquisition interface;
Described in each, change input interface and be connected with a described output interface respectively, the view data producing for obtain the first chip of described terminal from described output interface;
Described in each, change output interface and be connected with a described acquisition interface respectively, for image data transmission that the first chip of described terminal is produced to described acquisition interface.
6. data transmission device according to claim 5, is characterized in that,
Described conversion output interface has two or more,
Wherein, described in each, change output interface and connect respectively an acquisition interface in a different described data processing equipment, for the view data that described conversion input interface is obtained, shunt, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described in each, change output interface respectively the acquisition interface different from same described data processing equipment one connect, for the view data that described conversion input interface is obtained, shunt, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
7. a terminal, is characterized in that, comprising:
The first chip, for generation of view data;
On described the first chip, be provided with view data output port, described view data output port is connected with the input interface of data transmission device, for the view data that described the first chip is produced, by described data transmission device, directly transfer to the acquisition interface of data processing equipment, so that the view data that described data processing equipment produces described the first chip is processed.
8. terminal according to claim 7, is characterized in that, described view data output port is display interface or debugging interface.
9. according to the terminal described in claim 7 or 8, it is characterized in that, described view data output port has two or more, for the view data shunting that described the first chip is produced.
10. a data processing equipment, is characterized in that, comprising:
At least one acquisition module and at least one processing module, be provided with acquisition interface on described acquisition module;
Acquisition interface on described acquisition module is connected with the output interface of data transmission device, the view data producing for obtaining first chip of terminal of the output interface transmission of described data transmission device;
Acquisition module described in each, for storing the view data of the output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module connects respectively a different described acquisition module, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
11. data processing equipments according to claim 10, is characterized in that,
Described acquisition module has two or more, and described processing module has two or more,
Acquisition interface described in each on the acquisition module respectively output interface different from same described data transmission device one connects, for obtaining the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data;
Or, acquisition interface described in each on acquisition module connects from an output interface in different described data transmission device respectively, for obtaining the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
12. data processing equipments according to claim 10, is characterized in that, described data transmission device comprises converting unit,
Acquisition interface on described acquisition module is connected with the conversion output interface of described data transmission device, the view data producing for obtaining first chip of terminal of the conversion output interface transmission of described data transmission device;
Acquisition module described in each, for storing the view data of the conversion output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module connects respectively a different described acquisition module, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
13. data processing equipments according to claim 12, is characterized in that,
Described acquisition module has two or more, and described processing module has two or more,
Acquisition interface described in each on the acquisition module respectively conversion output interface different from same described data transmission device one connects, for obtaining the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data;
Or, acquisition interface described in each on acquisition module connects from a conversion output interface in different described data transmission device respectively, for obtaining the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
14. 1 kinds of data transmission methods, is characterized in that, are applied to data transmission device, and described data transmission device comprises at least one input interface and at least one output interface; Described in each, input interface is connected with a view data output port on the first chip of terminal respectively, and described output interface is connected with data processing equipment; Described data transmission method comprises:
Described input interface obtains by the view data output port of the first chip of described terminal the view data that described the first chip produces;
The described image data transmission that described output interface obtains described input interface is to the acquisition interface of described data processing equipment, so that the view data that described data data processing equipment produces the first chip of described terminal is processed.
15. data transmission methods according to claim 14, is characterized in that, the view data output port on the first chip of described terminal is display interface or debugging interface.
16. according to the data transmission method described in claims 14 or 15, it is characterized in that, described input interface has one, described output interface has two or more, described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, described data transmission method comprises:
The view data that described output interface obtains described input interface is shunted, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, the view data that described output interface obtains described input interface is shunted, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
17. according to the data transmission method described in claims 14 or 15, it is characterized in that, described input interface has two or more, described output interface has two or more, described in each, input interface connects respectively a different described view data output port, described in each, output interface connects respectively an acquisition interface in a different described data processing equipment, or, described in each output interface respectively the acquisition interface different from same described data processing equipment one connect, described data transmission method comprises:
Described input interface receives the view data of described view data output port shunting;
Described output interface is shunted the view data after shunting again, and the view data after shunting is again transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, described output interface is shunted the view data after shunting again, and the view data after shunting is again transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
18. according to the data transmission method described in claim 16 or 17, it is characterized in that, described data transmission device comprises converting unit, described converting unit comprises at least one conversion input interface and at least one conversion output interface, described in each, changing input interface is connected with a described output interface respectively, described in each, changing output interface is connected with a described acquisition interface respectively, the described image data transmission of described input interface being obtained at described output port is to before the acquisition interface of described data processing equipment, described data transmission method also comprises:
Described converting unit is converted to described view data output port the acquisition interface of described data processing equipment, so that described data processing equipment is received described view data and processed by described acquisition interface;
Described conversion input interface obtains the view data of the first chip generation of described terminal from described output interface;
The image data transmission that described conversion output interface produces the first chip of described terminal is to described acquisition interface.
19. data transmission methods according to claim 18, it is characterized in that, described conversion output interface has two or more, described in each, change output interface and connect respectively an acquisition interface in a different described data processing equipment, or, described in each, change output interface respectively the acquisition interface different from same described data processing equipment one connect, described data transmission method also comprises:
The view data that described conversion output interface obtains described conversion input interface is shunted, and the view data after shunting is transferred to respectively to an acquisition interface in different described data processing equipments, so that described different described data processing equipment carries out parallel processing to described view data;
Or, the view data that described conversion output interface obtains described conversion input interface is shunted, and the view data after shunting is transferred to respectively to the different acquisition interface in described same data processing equipment, so that described same data processing equipment carries out parallel processing to described view data.
20. 1 kinds of data creating methods, is characterized in that, are applied to terminal, described terminal comprises the first chip, on described the first chip, be provided with view data output port, described view data output port is connected with the input interface of data transmission device, and described data creating method comprises:
The view data that described view data output port produces described the first chip directly transfers to the acquisition interface of data processing equipment by described data transmission device, so that the view data that described data processing equipment produces described the first chip is processed.
21. data creating methods according to claim 20, is characterized in that, described view data output port is display interface or debugging interface.
22. according to the data creating method described in claim 20 or 21, it is characterized in that, described view data output port has two or more, before the view data described the first chip being produced at described view data output port directly transfers to the acquisition interface of data processing equipment by data transmission device, described data creating method also comprises:
The view data shunting that described view data output port produces described the first chip.
23. 1 kinds of data processing methods, it is characterized in that, be applied to data processing equipment, described data processing equipment comprises at least one acquisition module and at least one processing module, on described acquisition module, be provided with acquisition interface, acquisition interface on described acquisition module is connected with the output interface of data transmission device, and described in each, processing module connects respectively a different described acquisition module, and described data processing method comprises:
Described acquisition interface is obtained the view data that first chip of terminal of the output interface transmission of described data transmission device produces;
The view data of the output interface output of the described data transmission device that the storage of described acquisition module gets by described acquisition interface, and by described image data transmission to described processing module;
Described processing module is processed the view data of described acquisition module transmission, obtains the result of described view data.
24. data processing methods according to claim 23, it is characterized in that, described acquisition module has two or more, described processing module has two or more, acquisition interface described in each on the acquisition module respectively output interface different from same described data transmission device one connects, or the acquisition interface described in each on acquisition module connects from an output interface in different described data transmission device respectively, described data processing method comprises:
Acquisition interface on described acquisition module is obtained the view data after the shunting of output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings, obtains the result of described view data.
25. data processing methods according to claim 23, it is characterized in that, described data transmission device comprises converting unit, acquisition interface on described acquisition module is connected with the conversion output interface of described data transmission device, described in each, processing module connects respectively a different described acquisition module, and described data processing method comprises:
Acquisition interface on described acquisition module is obtained the view data that first chip of terminal of the conversion output interface transmission of described data transmission device produces;
The view data of the conversion output interface output of the described data transmission device that described in each, acquisition module storage gets by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module is processed the view data of described acquisition module transmission, obtains the result of described view data.
26. data processing methods according to claim 25, it is characterized in that, described acquisition module has two or more, described processing module has two or more, acquisition interface described in each on the acquisition module respectively conversion output interface different from same described data transmission device one connects, or, acquisition interface described in each on acquisition module connects from a conversion output interface in different described data transmission device respectively, and described data processing method comprises:
Acquisition interface described in each on acquisition module is obtained the view data after the shunting of conversion output interface transmission of described data transmission device, so that the view data after shunting described in different described processing module parallel processings obtains the result of described view data.
27. 1 kinds of data transmission systems, is characterized in that, comprising:
Terminal described in claim 7 to 9 any one claim, described terminal comprises the first chip, on described the first chip, be provided with view data output port, described view data output port is connected with the input interface of data transmission device, for the view data that described the first chip is produced, by described data transmission device, directly transfer to data processing equipment, so that the view data that described data processing equipment produces described the first chip is processed;
Data transmission device described in claim 1 to 6 any one claim comprises at least one input interface and at least one output interface,
Described in each, input interface is connected with a view data output port on the first chip of described terminal respectively, the view data producing for obtaining the first chip of described terminal;
Described output interface is connected with the acquisition interface of described data processing equipment, acquisition interface for described image data transmission that described input interface is obtained to described data processing equipment, so that the view data that described data processing equipment produces the first chip of described terminal is processed;
Data processing equipment described in claim 10 to 13 any one claim comprises at least one acquisition module and at least one processing module, on described acquisition module, is provided with acquisition interface;
Acquisition interface on described acquisition module is connected with the output interface of data transmission device, the view data producing for obtaining first chip of terminal of the output interface transmission of described data transmission device;
Acquisition module described in each, for storing the view data of the output interface output of the described data transmission device getting by described acquisition interface, and by described image data transmission to described processing module;
Described in each, processing module connects respectively a different described acquisition module, for the treatment of the view data of described acquisition module transmission, obtains the result of described view data.
CN201410155897.5A 2014-04-17 2014-04-17 Data transmission device, method and system Pending CN103957381A (en)

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