CN102710528A - Terminal and method for adjusting sockets in terminal - Google Patents
Terminal and method for adjusting sockets in terminal Download PDFInfo
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- CN102710528A CN102710528A CN2012102118403A CN201210211840A CN102710528A CN 102710528 A CN102710528 A CN 102710528A CN 2012102118403 A CN2012102118403 A CN 2012102118403A CN 201210211840 A CN201210211840 A CN 201210211840A CN 102710528 A CN102710528 A CN 102710528A
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Abstract
The invention provides a terminal, which comprises a communication modem for transmitting data to the outer part of the terminal by using established sockets in the terminal, a transmission rate detection module for detecting the actual transmission rate of the communication modem and a socket amount adjustment module for adjusting the maximum socket amount supported by the terminal according to the actual transmission rate of the communication modem. Correspondingly, the invention also provides a method for adjusting the sockets in the terminal. Due to the technical scheme, the maximum socket amount supported by a system can be dynamically adjusted according to key network environment factors, such as a signal-to-noise ratio, which influence data communication, so that under the condition of bad network environment, the socket amount for transmitting data in parallel at an appointed moment is limited; and therefore, the transmission efficiency of the single socket is guaranteed, the data performance is improved, and the user experience is enhanced.
Description
Technical field
The present invention relates to the network data communication technical field, in particular to a kind of terminal and a kind of terminal socket method of adjustment.
Background technology
In existing correlation technique; On the existing terminal for the establishment of socket (Socket); All be that fixing maximum number sockets (SocketMax) is set, when surpassing the number sockets of terminal system establishment, with the establishment and the attended operation that allow this time to socket; When the number sockets of safeguarding when terminal system reached current maximum number sockets, new socket was created, connection request will be placed in the waiting list, if there is socket to be destroyed, then begins establishment, connection request in the response queue in this case.In such technical scheme; Do not consider the influence of network environment, fix, under network efficiency height, the extraordinary situation of network speed as if the socket of creating to efficiency of transmission; Can support considerable socket parallel transmission simultaneously; If but this moment is too small for being provided with of maximum number sockets, then the operation requests of a lot of sockets will be placed in the formation, can't utilize current bandwidth fully; Low at network efficiency, under the situation of the non-constant of network speed, if the socket of creating is too much; Then the efficiency of transmission of each socket will be very low; Cause too much overtime re-transmission, cause experience problems such as webpage can't be opened, failure is sent in multimedia message, Online Video can't be play, have a strong impact on efficiency of transmission.
Therefore; Need a kind of new terminal socket adjustment technology; Can influence the key network environmental factor of data communication according to signal to noise ratio etc., the maximum number sockets that dynamic debugging system is supported, thus specifying the socket number of parallel transmission data constantly in the situation limit of network environment difference; Guarantee the efficiency of transmission of single socket, promote data performance and user experience.
Summary of the invention
Technical problem to be solved by this invention is; A kind of new terminal socket adjustment technology; Can influence the key network environmental factor of data communication according to signal to noise ratio etc., the maximum number sockets that dynamic debugging system is supported, thus specifying the socket number of parallel transmission data constantly in the situation limit of network environment difference; Guarantee the efficiency of transmission of single socket, promote data performance and user experience.
In view of this, the invention provides a kind of terminal, comprising: communication modem, use the socket of establishment in the said terminal, with the external transmission data at said terminal; The transmission rate detection module detects the actual transfer rate of said communication modem; The number sockets adjusting module according to the speed of the actual transfer rate of said communication modem, is adjusted the maximum number sockets that said terminal is supported.In this technical scheme; Through of the supervision of said transmission rate detection module for the actual transfer rate of said communication modem; The maximum quantity of the socket that the number sockets adjusting module can be realized allow creating for the terminal is in view of the above dynamically adjusted, and then reduces even avoid the transmission rate of single socket to receive change of network environment and the negative effect that brings.
In technique scheme, preferably, said transmission rate detection module obtains the signal to noise ratio and/or the error rate in the said communication modem, and confirms the actual transfer rate of said communication modem according to said signal to noise ratio and/or the said error rate.Particularly, said rate detection module detects said communication modem actual transfer rate, can realize through obtaining signal to noise ratio and/or the error rate of this communication modem in transmission course.When higher relatively the and/or error rate is relatively low when said signal to noise ratio; The network environment that be described this moment is better relatively; The actual transfer rate testing result of said communication modem will be higher relatively this moment, explain that the data transmission capabilities of this communication modem this moment is stronger; On the contrary; When relatively low the and/or error rate is higher relatively when said signal to noise ratio; The network environment that be described this moment is relatively poor relatively, this moment said communication modem the actual transfer rate testing result with relatively low, the data transmission capabilities that this communication modem at this moment be described a little less than.
In technique scheme; Preferably; The demand transmission rate of single socket in the preset said terminal of said number sockets adjusting module; And, adjust said maximum number sockets according to the actual transfer rate of said communication modem and the demand transmission rate of said single socket.Particularly; At first preestablish the demand transmission rate of single socket for this terminal according to factors such as job requirements in the reality and said terminal transmission performances; Afterwards; The actual transfer rate of the said communication modem that records according to said transmission rate module; Compare according to certain rule and said preset single socket demand transmission rate,, and then obtain the maximum number sockets that the current time terminal can be supported such as the ratio that can obtain the former with the latter.
In technique scheme, preferably, also comprise: the priority management module, according to the professional significance level of transmission data, for different sockets are provided with priority; The socket administration module; When the establishment number sockets in said terminal surpasses said maximum number sockets; That destroys said terminal creates the minimum one or more sockets of socket medium priority, so that the said number sockets of having created is less than or equals said maximum number sockets; And/or when in said terminal, exist creating the request of new socket; If the said number sockets of having created reaches said maximum number sockets; Then more said new socket and the said priority height of having created socket; If the said priority of the having created socket all priority than said new socket is high, then do not create said new socket, if the priority of the said new socket of priority ratio of said one or more sockets of having created socket is low; Create said new socket, and destroy the said minimum socket of socket medium priority of having created.In real work; Be not that all data transmission services all should solve according to the time sequencing that request occurs successively; The data transmission service request that produces in the back may be more important than some data transmission service requests that formerly produce for the execution of terminal current business or terminal use, hopes that this preferentially is processed in the data service request that the back produces.Given this; In said terminal, can add said priority management module divides according to its significance level for issuable all data transmission services in this terminal in advance; And be that its corresponding socket distributes priority according to this; And add said socket administration module; To guarantee surpassing said maximum number sockets, perhaps created and when having reached in all sockets of said socket maximum quantity at least one the higher pairing data transmission service of socket of priority and creating socket, destroyed the minimum socket of part (one or more) priority for the priority ratio that produces in the back in the said number sockets of having created; Thereby make the current maximum number sockets that can support in said terminal remain unchanged, and then guarantee the efficiency of transmission of single socket.
In technique scheme, preferably, said socket administration module is after confirming not create said new socket; Wait for to said when having created number sockets and being lower than said maximum number sockets; Respond described request again and create said new socket, after creating said new socket, generate the request of new establishment socket according to the socket of having destroyed; Wait for to said and when having created number sockets and being lower than said maximum number sockets, respond said new request again.Particularly; In the terminal; For creating the socket request, can handle with the mode that forms request queue, that is to say; When said socket administration module is confirmed be the new socket of the new request establishment of current appearance; Said new request will be put into by the terminal all formed formations of request of not creating corresponding socket and waited for according to certain rule (as according to the professional significance level of this request institute corresponding data),, just according to the current queue ordinal response and ask to create new socket accordingly when having created number sockets and being lower than said maximum number sockets up to said.In like manner; For the request that generates new establishment socket according to the socket of having destroyed; Also will be put into the described request formation according to above-mentioned rule waits for; Until said when having created number sockets and being lower than said maximum number sockets, again according to the corresponding request of current said queue sequence response.
The present invention also provides a kind of terminal socket method of adjustment, comprising: step 202, the actual transfer rate of communication modem in the sense terminals; Step 204 according to the speed of the actual transfer rate of said communication modem, is adjusted the maximum number sockets that said terminal is supported.In this technical scheme; The actual transfer rate that the variation of network environment sees through said communication modem obtains embodying; In view of the above; The maximum quantity of the socket that this scheme has realized allow creating for the terminal is dynamically adjusted, and then reduces even avoid the transmission rate of single socket to receive change of network environment and the negative effect that brings.
In technique scheme, preferably, said step 202 comprises: obtain the signal to noise ratio and/or the error rate in the said communication modem, and confirm the actual transfer rate of said communication modem according to said signal to noise ratio and/or the said error rate.Particularly, detect said communication modem actual transfer rate, can realize through obtaining the signal to noise ratio and/or the error rate of this communication modem in transmission course.When higher relatively the and/or error rate is relatively low when said signal to noise ratio; The network environment that be described this moment is better relatively; The actual transfer rate testing result of said communication modem will be higher relatively this moment, explain that the data transmission capabilities of this communication modem this moment is stronger; On the contrary; When relatively low the and/or error rate is higher relatively when said signal to noise ratio; The network environment that be described this moment is relatively poor relatively, this moment said communication modem the actual transfer rate testing result with relatively low, the data transmission capabilities that this communication modem at this moment be described a little less than.
In technique scheme, preferably, said step 204 comprises: the demand transmission rate of single socket in the preset said terminal; According to the actual transfer rate of said communication modem and the demand transmission rate of said single socket, adjust said maximum number sockets.Particularly; At first preestablish the demand transmission rate of single socket for this terminal according to factors such as job requirements in the reality and said terminal transmission performances; Afterwards, according to the actual transfer rate of the said communication modem that records, compare according to certain rule and said preset single socket demand transmission rate; Such as the ratio that can obtain the former with the latter, and then obtain the maximum number sockets that the current time terminal can be supported.
In technique scheme, preferably, also comprise: according to the professional significance level of transmission data, for different sockets are provided with priority; When the establishment number sockets in said terminal surpasses said maximum number sockets; That destroys said terminal creates the minimum one or more sockets of socket medium priority, so that the said number sockets of having created is less than or equals said maximum number sockets; And/or when in said terminal, exist creating the request of new socket; If the said number sockets of having created reaches said maximum number sockets; Then more said new socket and the said priority height of having created socket; If the said priority of the having created socket all priority than said new socket is high, then do not create said new socket, if the priority of the said new socket of priority ratio of said one or more sockets of having created socket is low; Create said new socket, and destroy the said minimum socket of socket medium priority of having created.In real work; Be not that all data transmission services all should solve according to the time sequencing that request occurs successively; The data transmission service request that produces in the back may be more important than some data transmission service requests that formerly produce for the execution of terminal current business or terminal use, hopes that this preferentially is processed in the data service request that the back produces.Given this; In said terminal, divide according to its significance level for issuable all data transmission services in this terminal in advance; And be that its corresponding socket distributes priority according to this; And in view of the above all sockets in this terminal are managed; To guarantee surpassing said maximum number sockets, perhaps created and when having reached in all sockets of said socket maximum quantity at least one the higher pairing data transmission service of socket of priority and creating socket, destroyed the minimum socket of part (one or more) priority for the priority ratio that produces in the back in the said number sockets of having created; Thereby make the current maximum number sockets that can support in said terminal remain unchanged, and then guarantee the efficiency of transmission of single socket.
In technique scheme, preferably, also comprise: after confirming not create said new socket, wait for to said when having created number sockets and being lower than said maximum number sockets, responding described request again and creating said new socket; After creating said new socket, generate the request of new establishment socket according to the socket of having destroyed, wait for to said when having created number sockets and being lower than said maximum number sockets, responding said new request again.Particularly; In the terminal; For creating the socket request, can handle with the mode that forms request queue, that is to say; When confirming be the new socket of the new request establishment of current appearance; Said new request will be put into by the terminal all formed formations of request of not creating corresponding socket and waited for according to certain rule (as according to the professional significance level of this request institute corresponding data),, just according to the current queue ordinal response and ask to create new socket accordingly when having created number sockets and being lower than said maximum number sockets up to said.In like manner; For the request that generates new establishment socket according to the socket of having destroyed; Also will be put into the described request formation according to above-mentioned rule waits for; Until said when having created number sockets and being lower than said maximum number sockets, again according to the corresponding request of current said queue sequence response.
Through above technical scheme; Can influence the key network environmental factor of data communication according to signal to noise ratio etc.; The maximum number sockets that dynamic debugging system is supported; Thereby the situation limit in the network environment difference is being specified the socket number of parallel transmission data constantly, guarantees the efficiency of transmission of single socket, promotes data performance and user experience.
Description of drawings
Fig. 1 shows the block diagram at terminal according to an embodiment of the invention;
Fig. 2 shows the flow chart of terminal socket method of adjustment according to an embodiment of the invention;
Fig. 3 shows the operation logic figure of the socket maximum quantity setting at terminal according to an embodiment of the invention;
Fig. 4 shows the socket visioning procedure figure at terminal according to an embodiment of the invention;
Fig. 5 shows the socket Shredding Process figure at terminal according to an embodiment of the invention.
Embodiment
In order more to be expressly understood above-mentioned purpose of the present invention, feature and advantage, the present invention is further described in detail below in conjunction with accompanying drawing and embodiment.Need to prove that under the situation of not conflicting, the application's embodiment and the characteristic among the embodiment can make up each other.
A lot of details have been set forth in the following description so that make much of the present invention; But; The present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention does not receive the restriction of following disclosed specific embodiment.
Fig. 1 shows the block diagram at terminal according to an embodiment of the invention.
As shown in Figure 1, the terminal 100 according to an embodiment of the invention, comprising: communication modem 102, use the socket of establishment in the said terminal 100, with the external transmission data at said terminal 100; Transmission rate detection module 104 detects the actual transfer rate of said communication modem; Number sockets adjusting module 106 according to the speed of the actual transfer rate of said communication modem, is adjusted the maximum number sockets that said terminal 100 is supported.In this technical scheme; Through of the supervision of said transmission rate detection module 104 for the actual transfer rate of said communication modem; The maximum quantity of the socket that number sockets adjusting module 106 can be realized allowing to create for terminal 100 is in view of the above dynamically adjusted, and then reduces even avoid the transmission rate of single socket to receive change of network environment and the negative effect that brings.
In technique scheme; Preferably; Said transmission rate detection module 104 obtains the signal to noise ratio and/or the error rate in the said communication modem, and confirms the actual transfer rate of said communication modem 102 according to said signal to noise ratio and/or the said error rate.Particularly, said rate detection module 104 detects said communication modem actual transfer rate, can realize through obtaining signal to noise ratio and/or the error rate of this communication modem 102 in transmission course.When higher relatively the and/or error rate is relatively low when said signal to noise ratio; The network environment that be described this moment is better relatively; The actual transfer rate testing result of said communication modem 102 will be higher relatively this moment, explain that the data transmission capabilities of this communication modem 102 this moment is stronger; On the contrary; When relatively low the and/or error rate is higher relatively when said signal to noise ratio; The network environment that be described this moment is relatively poor relatively, this moment said communication modem 102 the actual transfer rate testing result with relatively low, the data transmission capabilities that this communication modem 102 at this moment be described a little less than.
In technique scheme; Preferably; The demand transmission rate of single socket in the said number sockets adjusting module 106 preset said terminals 100; And, adjust said maximum number sockets according to the actual transfer rate of said communication modem 102 and the demand transmission rate of said single socket.Particularly; At first preestablish the demand transmission rate of single socket for this terminal 100 according to factors such as job requirements in the reality and said terminal 100 transmission performances; Afterwards; The actual transfer rate of the said communication modem 102 that records according to said transmission rate module 104; Compare according to certain rule and said preset single socket demand transmission rate,, and then obtain the maximum number sockets that current time terminal 100 can be supported such as the ratio that can obtain the former with the latter.
In technique scheme, preferably, also comprise: priority management module 108, according to the professional significance level of transmission data, for different sockets are provided with priority; Socket administration module 110; When the establishment number sockets in said terminal 100 surpasses said maximum number sockets; That destroys said terminal 100 creates the minimum one or more sockets of socket medium priority, so that the said number sockets of having created is less than or equals said maximum number sockets; And/or when in said terminal 100, exist creating the request of new socket; If the said number sockets of having created reaches said maximum number sockets; Then more said new socket and the said priority height of having created socket; If the said priority of the having created socket all priority than said new socket is high, then do not create said new socket, if the priority of the said new socket of priority ratio of said one or more sockets of having created socket is low; Create said new socket, and destroy the said minimum socket of socket medium priority of having created.In real work; Be not that all data transmission services all should solve according to the time sequencing that request occurs successively; The data transmission service request that produces in the back may be more important than some data transmission service requests that formerly produce for the user at the execution of terminal 100 current business or terminal 100, hopes that this preferentially is processed in the data service request that the back produces.Given this; In said terminal 100, can add said priority management module 108 divides according to its significance level for issuable all data transmission services in this terminal 100 in advance; And be that its corresponding socket distributes priority according to this; And add said socket administration module 110; To guarantee surpassing said maximum number sockets, perhaps created and when having reached in all sockets of said socket maximum quantity at least one the higher pairing data transmission service of socket of priority and creating socket, destroyed the minimum socket of part (one or more) priority for the priority ratio that produces in the back in the said number sockets of having created; Thereby make the said terminal 100 current maximum number sockets that can support remain unchanged, and then guarantee the efficiency of transmission of single socket.
In technique scheme, preferably, said socket administration module 108 is after confirming not create said new socket; Wait for to said when having created number sockets and being lower than said maximum number sockets; Respond described request again and create said new socket, after creating said new socket, generate the request of new establishment socket according to the socket of having destroyed; Wait for to said and when having created number sockets and being lower than said maximum number sockets, respond said new request again.Particularly; In terminal 100; For creating the socket request, can handle with the mode that forms request queue, that is to say; When said socket administration module 110 is confirmed be the new socket of the new request establishment of current appearance; Said new request will be put into by terminal 100 all formed formations of request of not creating corresponding socket and waited for according to certain rule (as according to the professional significance level of this request institute corresponding data),, just according to the current queue ordinal response and ask to create new socket accordingly when having created number sockets and being lower than said maximum number sockets up to said.In like manner; For the request that generates new establishment socket according to the socket of having destroyed; Also will be put into the described request formation according to above-mentioned rule waits for; Until said when having created number sockets and being lower than said maximum number sockets, again according to the corresponding request of current said queue sequence response.
Fig. 2 shows the flow chart of terminal socket method of adjustment according to an embodiment of the invention.
As shown in Figure 2, socket method of adjustment in terminal comprises: step 202, the actual transfer rate of communication modem in the sense terminals according to an embodiment of the invention; Step 204 according to the speed of the actual transfer rate of said communication modem, is adjusted the maximum number sockets that said terminal is supported.In this technical scheme; The actual transfer rate that the variation of network environment sees through said communication modem obtains embodying; In view of the above; The maximum quantity of the socket that this scheme has realized allow creating for the terminal is dynamically adjusted, and then reduces even avoid the transmission rate of single socket to receive change of network environment and the negative effect that brings.
In technique scheme, preferably, said step 202 comprises: obtain the signal to noise ratio and/or the error rate in the said communication modem, and confirm the actual transfer rate of said communication modem according to said signal to noise ratio and/or the said error rate.Particularly, detect said communication modem actual transfer rate, can realize through obtaining the signal to noise ratio and/or the error rate of this communication modem in transmission course.When higher relatively the and/or error rate is relatively low when said signal to noise ratio; The network environment that be described this moment is better relatively; The actual transfer rate testing result of said communication modem will be higher relatively this moment, explain that the data transmission capabilities of this communication modem this moment is stronger; On the contrary; When relatively low the and/or error rate is higher relatively when said signal to noise ratio; The network environment that be described this moment is relatively poor relatively, this moment said communication modem the actual transfer rate testing result with relatively low, the data transmission capabilities that this communication modem at this moment be described a little less than.
In technique scheme, preferably, said step 204 comprises: the demand transmission rate of single socket in the preset said terminal; According to the actual transfer rate of said communication modem and the demand transmission rate of said single socket, adjust said maximum number sockets.Particularly; At first preestablish the demand transmission rate of single socket for this terminal according to factors such as job requirements in the reality and said terminal transmission performances; Afterwards, according to the actual transfer rate of the said communication modem that records, compare according to certain rule and said preset single socket demand transmission rate; Such as the ratio that can obtain the former with the latter, and then obtain the maximum number sockets that the current time terminal can be supported.
In technique scheme, preferably, also comprise: according to the professional significance level of transmission data, for different sockets are provided with priority; When the establishment number sockets in said terminal surpasses said maximum number sockets; That destroys said terminal creates the minimum one or more sockets of socket medium priority, so that the said number sockets of having created is less than or equals said maximum number sockets; And/or when in said terminal, exist creating the request of new socket; If the said number sockets of having created reaches said maximum number sockets; Then more said new socket and the said priority height of having created socket; If the said priority of the having created socket all priority than said new socket is high, then do not create said new socket, if the priority of the said new socket of priority ratio of said one or more sockets of having created socket is low; Create said new socket, and destroy the said minimum socket of socket medium priority of having created.In real work; Be not that all data transmission services all should solve according to the time sequencing that request occurs successively; The data transmission service request that produces in the back may be more important than some data transmission service requests that formerly produce for the execution of terminal current business or terminal use, hopes that this preferentially is processed in the data service request that the back produces.Given this; In said terminal, divide according to its significance level for issuable all data transmission services in this terminal in advance; And be that its corresponding socket distributes priority according to this; And in view of the above all sockets in this terminal are managed; To guarantee surpassing said maximum number sockets, perhaps created and when having reached in all sockets of said socket maximum quantity at least one the higher pairing data transmission service of socket of priority and creating socket, destroyed the minimum socket of part (one or more) priority for the priority ratio that produces in the back in the said number sockets of having created; Thereby make the current maximum number sockets that can support in said terminal remain unchanged, and then guarantee the efficiency of transmission of single socket.
In technique scheme, preferably, also comprise: after confirming not create said new socket, wait for to said when having created number sockets and being lower than said maximum number sockets, responding described request again and creating said new socket; After creating said new socket, generate the request of new establishment socket according to the socket of having destroyed, wait for to said when having created number sockets and being lower than said maximum number sockets, responding said new request again.Particularly; In the terminal; For creating the socket request, can handle with the mode that forms request queue, that is to say; When confirming be the new socket of the new request establishment of current appearance; Said new request will be put into by the terminal all formed formations of request of not creating corresponding socket and waited for according to certain rule (as according to the professional significance level of this request institute corresponding data),, just according to the current queue ordinal response and ask to create new socket accordingly when having created number sockets and being lower than said maximum number sockets up to said.In like manner; For the request that generates new establishment socket according to the socket of having destroyed; Also will be put into the described request formation according to above-mentioned rule waits for; Until said when having created number sockets and being lower than said maximum number sockets, again according to the corresponding request of current said queue sequence response.
Fig. 3 shows the operation logic figure of the socket maximum quantity setting at terminal according to an embodiment of the invention.
As shown in Figure 3, the operation of the socket maximum quantity setting at terminal may further comprise the steps:
Fig. 4 shows the socket visioning procedure figure at terminal according to an embodiment of the invention.
As shown in Figure 4, the flow process of the socket at terminal establishment may further comprise the steps according to an embodiment of the invention:
Step 418., the request of the socket that the establishment of step 402 is new are put into socket and are created request queue, and get into step 404.
Fig. 5 shows the socket Shredding Process figure at terminal according to an embodiment of the invention.
As shown in Figure 5, the socket Shredding Process at terminal may further comprise the steps according to an embodiment of the invention:
More than be described with reference to the accompanying drawings technical scheme of the present invention.Application through the present technique scheme; Can influence the key network environmental factor of data communication according to signal to noise ratio etc.; The maximum number sockets that dynamic debugging system is supported; Thereby the situation limit in the network environment difference is being specified the socket number of parallel transmission data constantly, guarantees the efficiency of transmission of single socket, promotes data performance and user experience.
The above is merely the preferred embodiments of the present invention, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.All within spirit of the present invention and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a terminal is characterized in that, comprising:
Communication modem uses the socket of establishment in the said terminal, with the external transmission data at said terminal;
The transmission rate detection module detects the actual transfer rate of said communication modem;
The number sockets adjusting module according to the speed of the actual transfer rate of said communication modem, is adjusted the maximum number sockets that said terminal is supported.
2. terminal according to claim 1; It is characterized in that; Said transmission rate detection module obtains the signal to noise ratio and/or the error rate in the said communication modem, and confirms the actual transfer rate of said communication modem according to said signal to noise ratio and/or the said error rate.
3. terminal according to claim 1; It is characterized in that; The demand transmission rate of single socket in the preset said terminal of said number sockets adjusting module; And, adjust said maximum number sockets according to the actual transfer rate of said communication modem and the demand transmission rate of said single socket.
4. according to each described terminal in the claim 1 to 3, it is characterized in that, also comprise:
The priority management module is according to the professional significance level of transmission data, for different sockets are provided with priority;
The socket administration module; When the establishment number sockets in said terminal surpasses said maximum number sockets; That destroys said terminal creates the minimum one or more sockets of socket medium priority, so that the said number sockets of having created is less than or equals said maximum number sockets; And/or when in said terminal, exist creating the request of new socket; If the said number sockets of having created reaches said maximum number sockets; Then more said new socket and the said priority height of having created socket; If the said priority of the having created socket all priority than said new socket is high, then do not create said new socket, if the priority of the said new socket of priority ratio of said one or more sockets of having created socket is low; Create said new socket, and destroy the said minimum socket of socket medium priority of having created.
5. terminal according to claim 4 is characterized in that, said socket administration module is after confirming not create said new socket; Wait for to said when having created number sockets and being lower than said maximum number sockets; Respond described request again and create said new socket, after creating said new socket, generate the request of new establishment socket according to the socket of having destroyed; Wait for to said and when having created number sockets and being lower than said maximum number sockets, respond said new request again.
6. a terminal socket method of adjustment is characterized in that, comprising:
Step 202, the actual transfer rate of communication modem in the sense terminals;
Step 204 according to the speed of the actual transfer rate of said communication modem, is adjusted the maximum number sockets that said terminal is supported.
7. terminal according to claim 6 socket method of adjustment is characterized in that said step 202 comprises:
Obtain the signal to noise ratio and/or the error rate in the said communication modem, and confirm the actual transfer rate of said communication modem according to said signal to noise ratio and/or the said error rate.
8. terminal according to claim 6 socket method of adjustment is characterized in that said step 204 comprises:
The demand transmission rate of single socket in the preset said terminal;
According to the actual transfer rate of said communication modem and the demand transmission rate of said single socket, adjust said maximum number sockets.
9. terminal according to claim 6 socket method of adjustment is characterized in that, also comprises:
According to the professional significance level of transmission data, for different sockets are provided with priority;
When the establishment number sockets in said terminal surpasses said maximum number sockets; That destroys said terminal creates the minimum one or more sockets of socket medium priority, so that the said number sockets of having created is less than or equals said maximum number sockets; And/or
When in said terminal, having the request of creating new socket; If the said number sockets of having created reaches said maximum number sockets; Then more said new socket and the said priority height of having created socket; If the said priority of the having created socket all priority than said new socket is high, then do not create said new socket, if the priority of the said new socket of priority ratio of said one or more sockets of having created socket is low; Create said new socket, and destroy the said minimum socket of socket medium priority of having created.
10. terminal according to claim 9 socket method of adjustment is characterized in that, also comprises:
After confirming not create said new socket, wait for to said when having created number sockets and being lower than said maximum number sockets, responding described request again and creating said new socket;
After creating said new socket, generate the request of new establishment socket according to the socket of having destroyed, wait for to said when having created number sockets and being lower than said maximum number sockets, responding said new request again.
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| CN201210211840.3A CN102710528B (en) | 2012-06-25 | 2012-06-25 | Terminal and method for adjusting sockets in terminal |
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| CN201210211840.3A CN102710528B (en) | 2012-06-25 | 2012-06-25 | Terminal and method for adjusting sockets in terminal |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105631330A (en) * | 2015-12-24 | 2016-06-01 | 上海市共进通信技术有限公司 | Customized virtual machine method for limiting socket quantity of JAVA programs |
| CN107342951A (en) * | 2017-06-21 | 2017-11-10 | 苏睿 | Data transmission method and device |
| CN109076013A (en) * | 2016-05-10 | 2018-12-21 | 华为技术有限公司 | Packet switching service recognition methods and terminal |
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| US10917255B2 (en) | 2016-05-10 | 2021-02-09 | Huawei Technologies Co., Ltd. | Packet switched service identification method and terminal |
| CN107342951A (en) * | 2017-06-21 | 2017-11-10 | 苏睿 | Data transmission method and device |
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| CN102710528B (en) | 2015-06-24 |
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