CN101964952B - Transmission method of electronic ticket - Google Patents
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- CN101964952B CN101964952B CN200910041363.9A CN200910041363A CN101964952B CN 101964952 B CN101964952 B CN 101964952B CN 200910041363 A CN200910041363 A CN 200910041363A CN 101964952 B CN101964952 B CN 101964952B
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Abstract
The invention provides a transmission method of an electronic ticket. The transmission method comprises the following steps of: selecting a second radio frequency SIM through a first radio frequency subscriber identification module SIM receiving the electronic ticket by utilizing a radio frequency technology, and carrying out identification processing between the first radio frequency SIM and the second radio frequency SIM; setting a transmission information identifier of the electronic ticket by the first radio frequency SIM, and sending the safely processed electronic ticket and the transmission information identifier to the second radio frequency SIM through the radio frequency technology; receiving the electronic ticket and the transmission information identifier by the second radio frequency SIM, then carrying out security verification on the electronic ticket, and replying confirmation information to the first radio frequency SIM if the verification is successful; and setting the respectively stored transmission information identifier by the first radio frequency SIM and the second radio frequency SIM according to the respectively known transmission condition of the electronic ticket. The technical scheme provided in the invention can effectively guarantee the timely transmission, the uniqueness and the origin traceability of the electronic ticket.
Description
Technical field
The present invention relates to areas of information technology, particularly relate to a kind of transmission method of electronic bill.
Background technology
In daily life, people can obtain some tickets usually, as film ticket, all kinds of admission ticket, reward voucher, discount card etc.Traditional ticket presents with paper-based form usually, along with the development of information technology, has occurred electronic bill.Electronic bill is the electronic form of traditionally on paper ticket, and the ticket information of original paper ticket stores with data mode by it, and can be drawn a bill as paper ticket, cancels, or returned ticket etc.Because electronic bill paper ticket of comparing has plurality of advantages, as safer, convenient, environmental protection etc., therefore obtain applying more and more widely, as E-ticket, subway ticket, passenger traffic ticket etc.
The extensive use of electronic bill, makes how to solve electronic bill problem that is safe, that reliably transmit and looms large.Prior art provides a solution of this problem, the Chinese patent application of the program to be publication number be CN101042765.
Scheme that in prior art, electronic bill transmits between two terminal equipments diagram see Fig. 1, Fig. 1.In Fig. 1, mobile terminal 1 sends the solicited message of representing electronic bill to electronic bill treatment facility; Electronic bill treatment facility carries out authentication to the SIM card identification information of subscriber identification module (SIM) the card identification information of the mobile terminal 1 in solicited message, mobile terminal 2, electronic bill mark, if authentication is passed through, electronic bill is sent to mobile terminal 2, meanwhile, the owner information of electronic bill is upgraded; Otherwise electronic bill treatment facility sends the processing result information of representing electronic bill failure to mobile terminal 1
Prior art is ensure the safe transmission of electronic bill, uses electronic bill treatment facility to carry out authentication as intermediary and represent waiting operation, solves the problems such as fail safe that electronic bill transmits and uniqueness to a certain extent.
But realizing in process of the present invention, inventor thinks that prior art at least exists following technical problem:
Prior art is expected by electronic bill treatment facility, solve some problems that electronic bill may occur in transmitting procedure between in-plant mobile terminal in two, but occurring in the situations such as the poor or assault electronic bill treatment facility of network communication quality, be difficult to the promptness effectively guaranteeing that electronic bill transmits, thus initiation problems, as concerning Virtual network operator or mobile operator, add the burden of network; To user, produce more communication expense and take time longer for obtaining electronic bill, Consumer's Experience is poor, etc.
Summary of the invention
The invention provides a kind of transmission method of electronic bill, solving in prior art being difficult to of existing guarantees that electronic bill transmits the technical problem of promptness in two between in-plant mobile terminal.
For solving the problems of the technologies described above, the invention provides a kind of transmission method of electronic bill, comprising:
The the first radio frequency user recognition module SIM receiving electronic bill utilizes radio-frequency technique, chooses the second radio-frequency SIM, and and do authentication process between described second radio-frequency SIM;
Described first radio-frequency SIM arranges the transmission information identifier of described electronic bill, by through the described electronic bill of safe handling and described transmission information identifier, sends to described second radio-frequency SIM by radio-frequency technique; Described second radio-frequency SIM does security verification to described electronic bill after receiving described electronic bill and described transmission information identifier, if be verified, then replys confirmation to described first radio-frequency SIM; And described first radio-frequency SIM and described second radio-frequency SIM are according to the transmission situation of the described electronic bill known separately, the described transmission information identifier stored separately is set.
Wherein, choose the second radio-frequency SIM described in comprise:
Described first radio-frequency SIM sends preset instructions to described second radio-frequency SIM, and inquires about the communication information of described second radio-frequency SIM; Described second radio-frequency SIM sends the identify label of self and the described communication information to described first radio-frequency SIM;
Described first radio-frequency SIM selects the algorithm being used for securely communicating with described second radio-frequency SIM, computationally secure parameter, and the identify label of self, described security parameter and described algorithm are sent to described second radio-frequency SIM, received by described second radio-frequency SIM.
Wherein, do authentication process between described and described second radio-frequency SIM to comprise:
Described first radio-frequency SIM and described second radio-frequency SIM utilize described algorithm and described security parameter to verify identity legitimacy each other respectively.
Wherein, described first radio-frequency SIM and described second radio-frequency SIM utilize described algorithm and described secure communication Verification identity legitimacy each other to comprise respectively:
Described first radio-frequency SIM generates the first random number, and utilizes described algorithm and described secure communication parameter, calculates the first pairing number; The number that described first random number and described first matched sends to described second radio-frequency SIM;
Described second radio-frequency SIM utilizes described first random number, described algorithm and described secure communication parameter, calculates the second pairing number; If described first pairing number equals described second pairing number, then determine that the identity of described first radio-frequency SIM is legal; Otherwise the identity of described first radio-frequency SIM is illegal;
Described second radio-frequency SIM generates the second random number, and utilizes described algorithm and described secure communication parameter, calculates the 3rd pairing number; The number that described second random number and the described 3rd matched sends to described first radio-frequency SIM;
Described first radio-frequency SIM utilizes described second random number, described algorithm and described secure communication parameter, calculates the 4th pairing number; If described 3rd pairing number equals described 4th pairing number, then determine that the identity of described second radio-frequency SIM is legal; Otherwise the identity of described second radio-frequency SIM is illegal.
Wherein, described transmission information identifier comprises: for identifying the transmission status identifier of the transmission situation of described electronic bill, and/or, for the identifier of tracing to the source of the recipient of the transmit leg and described electronic bill that indicate described electronic bill.
Wherein, the transmission information identifier that described first radio-frequency SIM arranges described electronic bill comprises:
Described first radio-frequency SIM arranges described transmission status identifier and represents that described electronic bill is successfully received by described first radio-frequency SIM, waits for and is issued or be employed;
Identifier of tracing to the source described in described first radio-frequency SIM is arranged represents that the recipient of described electronic bill is for described first radio-frequency SIM.
Wherein, described second radio-frequency SIM does security verification to described electronic bill and comprises after receiving described electronic bill and described transmission information identifier:
Described second radio-frequency SIM utilizes described security parameter, verify the Information Security of described electronic bill, and the identify label of described first radio-frequency SIM that receives of comparison with in described identifier of tracing to the source for representing whether the identify label of described transmit leg conforms to, if conform to and described data security, then be verified, otherwise, abandon the electronic bill received, to the first radio-frequency SIM return electron ticket error message.
Wherein, described first radio-frequency SIM and described second radio-frequency SIM, according to the transmission situation of the described electronic bill known separately, arrange the described transmission information identifier stored separately and comprise:
Described first radio-frequency SIM arranges described transmission status identifier and represents that described electronic bill is successfully received by described first radio-frequency SIM; Or described transmission status identifier is set represents that described electronic bill is successfully issued to the second radio-frequency SIM by described first radio-frequency SIM, and described first radio-frequency SIM is not allowed again to forward;
Described second radio-frequency SIM arranges described transmission status identifier and represents that described electronic bill is successfully received by described second radio-frequency SIM, waits for again being forwarded by described second radio-frequency SIM.
Wherein, described first radio-frequency SIM and described second radio-frequency SIM, according to the transmission situation of the described electronic bill known separately, arrange the described transmission information identifier stored separately and comprise:
Identifier of tracing to the source described in described first radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, the recipient of described electronic bill is described second radio-frequency SIM;
Identifier of tracing to the source described in described second radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, the recipient of described electronic bill is described second radio-frequency SIM.
Wherein, described the described transmission information identifier stored separately is set after, the method also comprises:
Described electronic bill is successfully sent to the 3rd radio-frequency SIM by described second radio-frequency SIM;
Identifier of tracing to the source described in described second radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, described second radio-frequency SIM, and the recipient of described electronic bill is described 3rd radio-frequency SIM;
Identifier of tracing to the source described in described 3rd radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, described second radio-frequency SIM, and the recipient of described electronic bill is described 3rd radio-frequency SIM.
Comparing prior art, there is following Advantageous Effects in technical scheme provided by the invention:
Technical scheme provided by the invention, utilize radio-frequency technique, transmission electronic ticket between two or more radio-frequency SIMs with radio-frequency enabled, and do not need third party as electronic bill treatment facility forwarding electronic ticket between two terminals, thus can effectively avoid the electronic bill caused because network quality is poor to be difficult to the problem of transmission in time, electronic bill can be transmitted in time between multiple radio-frequency SIM, convenient, fast.Whole transmitting procedure does not take charge network channel completely, for Virtual network operator or mobile operator, increases extra burden to charge network; For domestic consumer, whole implementing procedure is safe and reliable, and completely free.
And technical scheme provided by the present invention, by arranging the transmission information identifier of electronic bill as identifier of tracing to the source, effectively ensure the uniqueness of electronic bill and the transmission source trackability of electronic bill; By doing fail safe process to the transmission of electronic bill, the Information Security of effective guarantee electronic bill.
Accompanying drawing explanation
Fig. 1 is the scheme diagram that in prior art, electronic bill transmits between two terminal equipments;
Fig. 2 is the transmission method flow chart of electronic bill in embodiments of the invention;
Fig. 3 is the double teacher schematic diagram of implementation procedure in embodiments of the invention;
Fig. 4 is the flow chart of SIM card inquiry phase in embodiments of the invention;
Fig. 5 is the flow chart in two-way authentication stage in embodiments of the invention;
Fig. 6 is the schematic diagram that in embodiments of the invention, SIM card A adds transmission information identifier;
Fig. 7 is the application schematic diagram of the transmission status identifier of electronic bill;
Fig. 8 is the application schematic diagram of the identifier of tracing to the source of electronic bill;
Fig. 9 is the process chart of post-processing stages of communicating in the embodiment of the present invention.
Embodiment
In embodiments of the invention, by adopting the SIM with radio-frequency enabled, realizing electronic bill and directly transmitting between multiple radio-frequency SIM, ensure the promptness of electronic bill transmission.Wherein, conventional radio-frequency SIM as NFC-SIM, RF-SIM, Z-SIM, etc.
Below in conjunction with accompanying drawing, describe the specific implementation of technical solution of the present invention in detail.
See the transmission method flow chart that Fig. 2, Fig. 2 are electronic bills in embodiments of the invention.This flow process can comprise the following steps:
Step 201, the first radio-frequency SIM receiving electronic bill utilize radio-frequency technique, choose the second radio-frequency SIM, and and do authentication process between described second radio-frequency SIM.
Wherein, the first radio-frequency SIM is as SIM card A, and the second radio-frequency SIM is as SIM card B.In practical application, the radio-frequency SIM near SIM card A may have multiple, therefore, needs SIM card A to select one and communicates with it, realize the process of anti-collision.Particularly, SIM card A can carry out negotiating algorithm with SIM card B, completes the lock function to SIM card B.
Further, SIM card A needs to carry out bidirectional identification checking with SIM card B, prevents the connection between unauthorized card.
Step 202, the first radio-frequency SIM arrange the transmission information identifier of electronic bill, by through the electronic bill of safe handling and transmission information identifier, send to the second radio-frequency SIM by radio-frequency technique.
SIM card A transforms electronic bill, sends status indicator, the transmission information identifiers such as identifier of tracing to the source as added, and wherein, sends status indicator for identifying the transmission situation of electronic bill; Identifier of tracing to the source indicates the transmit leg of electronic bill and the recipient of electronic bill.In practical application, also can other identifiers be set as required, to realize corresponding function.
For guarantee information transmission security, SIM card A can be encryption MAC to tune ticket and transmission information identifier and differentiate process.
Step 203, the second radio-frequency SIM do security verification to electronic bill after receiving electronic bill and transmission information identifier, if be verified, then reply confirmation to the first radio-frequency SIM.
Step 204, the first radio-frequency SIM and the second radio-frequency SIM, according to the transmission situation of the electronic bill known separately, arrange the transmission information identifier stored separately.
First radio-frequency SIM and the second radio-frequency SIM determine transmission information identifier according to the transmission situation of electronic bill, to facilitate follow-up transmission situation of checking electronic bill, as checked the source etc. of electronic bill.
Particularly, specific implementation of the present invention can be subdivided into double teacher, is the double teacher schematic diagram of implementation procedure in embodiments of the invention see Fig. 3, Fig. 3.The following detailed description of ins and outs of the present invention.
See the flow chart that Fig. 4, Fig. 4 are SIM card inquiry phase in embodiments of the invention, this flow process can comprise:
Step 401, the SIM card A instruction that both sides arrange wakes SIM card B up, the communication information of inquiry SIM card B.
Step 402, SIM card B return identify label B_UID and the communication information of self to SIM card A.
Wherein, the communication information is as distance controlling parameter, algorithm parameter etc.
Step 403, SIM card A selection algorithm, utilize B_UID and algorithm to calculate the security parameter of SIM card B, and selected algorithm, self identify label A_UID and security parameter are sent to SIM card B.
Wherein, security parameter as the key PKG KEY for being encrypted packet, and for judging the true and false receiving packet, constructing wash sale bag to prevent assailant and passes to certification both sides thus reach illegal objective MAC key.In addition, MAC algorithm is a kind of non-public algorithm data check algorithm and DES algorithm merged mutually.
The information that step 404, SIM card B acknowledge receipt of, enters the next stage.
See the flow chart that Fig. 5, Fig. 5 are the two-way authentication stages in embodiments of the invention, in this flow process, SIM card A and SIM card B utilizes the algorithm that is identified and security parameter to verify identity legitimacy each other respectively.This flow process can comprise:
Step 501, SIM card B produce a random number M, utilize acknowledged algorithm to calculate the M ' of pairing, and M and M ' is sent to SIM card A.
Wherein, M ', after SIM card B PKG KEY encrypts M, adds the data that MAC check code produces.
The acknowledged algorithm of step 502, SIM card A carries out School Affairs encryption to crossing random number M, generates M "; If M "=M ', then SIM card B identity is legal; Otherwise SIM card B identity is illegal, and prompting makes mistakes, and exits flow process.SIM card A produces a random number S, calculates the S ' of pairing, and S and S ' is sent to SIM card B.
Wherein, M " is, after SIM card A PKG KEY encrypts M, add the data that MAC check code produces.S ', after SIM card A PKG KEY encrypts S, adds the data of MAC check code.
The acknowledged algorithm of step 503, SIM card B carries out School Affairs encryption to crossing random number S, generates S ".If S "=S ', then SIM card A identity, enters the next stage; Otherwise SIM card A identity is illegal, and prompting makes mistakes, and exits flow process.
Wherein, S " is, after SIM card B PKG KEY encrypts S, add the data of MAC check code.
The order of specific implementation of the present invention to the authentication performing SIM card A and SIM card B does not limit.In practical application, other algorithms also can be adopted to carry out the authentication of SIM card A and SIM card B.
See the schematic diagram that Fig. 6, Fig. 6 are SIM card A interpolation transmission information identifiers in embodiments of the invention, in this schematic diagram:
601: network side issues electronic bill;
After 602:SIM card A receives electronic bill, reforming processing is done to electronic bill, the basis of original information is added transmission information identifier, comprising: send status identifier and trace to the source identifier.
Owing to not realizing the transmission of electronic bill between two radio-frequency SIMs by third party in embodiments of the invention, for avoiding occurring some problems, as multiplex in there is a ticket, do not have third party to ensure the problems such as its unique legitimacy.Reforming processing is done to electronic bill, with the transmission locus of tracking electronic ticket, or searches the transmitting-receiving situation etc. of electronic bill.
Wherein, send status identifier can comprise:
Issue: the state that electronic bill is starting or identifier are the state of " wait issuing " electronic bill after backstage confirms;
Forward: SIM card A metastatic electron ticket is on SIM card B, and SIM card A retains the remains of electronic bill, state is set to " forwarding ";
Wait to issue: SIM card A metastatic electron ticket is on SIM card B, and the state of the electronic bill that SIM card B receives is set to " waiting to issue ";
The electronic bill being designated " forwarding " can not forward other people.The electronic bill being designated " waiting to issue " can be transmitted to other people; Before the deadline, confirmation can be reviewed by backstage when connecting POS." to issue " or the electronic bill of " waiting to issue " can normally use, but the electronic bill of " waiting to issue " to review its source, ensures that it has unique legitimacy.And the term of validity that can arrange electronic bill is: use during this period of time from electronic bill is starting to swiping the card.
603:SIM card A is encrypted improved electronic bill PKG KEY, carries out MAC discriminating to the electronic bill MAC KEY after encryption.
Follow-up, improved electronic bill can send by SIM card A.
Improved electronic bill can directly or cryptographic storage in SIM card A.In addition, improved electronic bill is encrypted and MAC discriminating, the reliability that electronic bill transmits and integrality can be ensured.
It is the application schematic diagram of the transmission status identifier of electronic bill see Fig. 7, Fig. 7.In this schematic diagram:
701: electronic bill is sent to SIM card A by network side.After SIM card A receives electronic bill, search this electronic bill and whether existed or existed, if the transmission status identifier identification-state searched about this electronic bill is " issuing " or " waiting to issue " or " forwarding "; If exist or existed, then abandon receiving, exit; If there is no, then receive, and transformation also store electrons ticket, on SIM card A, the transmission status identifier of electronic bill is " issuing ", returns confirmation to network side;
Improved electronic bill is sent to SIM card B by 702:SIM card A, and on SIM card A, the transmission status identifier of electronic bill is changed into " forwarding " by " issuing "; On SIM card B, the transmission status identifier of electronic bill is " waiting to issue ", and on SIM card A, the transmission status identifier of electronic bill is changed into " forwarding " by " issuing ";
Separately it should be noted that, usually, after electronic bill is issued, transmit leg can preserve all information of electronic bill, comprises transmission information identifier, and identifier is designated " forwarding ", and the information that transmit leg can be claimed to preserve is these electronic bill remains.
Improved electronic bill is sent to SIM card C by 703:SIM card B, and on SIM card B, the transmission status identifier of electronic bill is changed into " forwarding " by " waiting to issue "; On SIM card C, the transmission status identifier of electronic bill is " waiting to issue ";
704:SIM card C loopback electronic bill is to after SIM card B, and in SIM card B, the transmission status identifier of electronic bill is " waiting to issue ", and in SIM card C, the transmission status identifier of electronic bill is changed into " forwarding " by " waiting to issue ".
In embodiments of the invention, SIM card A, B and C can not pass through communication network, and not with background service interprogram communication, the radio-frequency enabled directly by all supporting each other, realizes electronic bill transmission among each other.
It is the application schematic diagram of the identifier of tracing to the source of electronic bill see Fig. 8, Fig. 8.Wherein, if UID represents the identify label of radio-frequency SIM card, UID is the identify label of 1#SIM card A, the identify label of UID to be 2# be SIM card B, the identify label of UID to be 3# be SIM card C, and in this schematic diagram, SIM card A is starting object of electronic bill:
Before 801:SIM card A sends electronic bill, identifier of tracing to the source is " 1# "; When SIM card A successfully send electronic bill to SIM card B after, the identifier of tracing to the source on SIM card A changes into " 1#, 2# "; The identifier of tracing to the source of the electronic bill that SIM card B receives is for " 1#, 2# ";
In practical application, SIM card A can after receiving the confirmation that SIM card B returns, and identifier of tracing to the source changes into " 1#, 2# ";
802: when SIM card B successfully send electronic bill to SIM card C after, the identifier of tracing to the source on SIM card B changes into " 1#, 2#, 3# "; The identifier of tracing to the source of the electronic bill that SIM card C receives is for " 1#, 2#, 3# ";
In practical application, SIM card B can after receiving the confirmation that SIM card C returns, and identifier of tracing to the source changes into " 1#, 2#, 3# ";
803: when SIM card C successfully send electronic bill to SIM card D after, the identifier of tracing to the source on SIM card C changes into " 2#, 3#, 4# "; The identifier of tracing to the source of the electronic bill that SIM card D receives is for " 2#, 3#, 4# ";
In practical application, SIM card C can after receiving the confirmation that SIM card D returns, and identifier of tracing to the source changes into " 2#, 3#, 4# ";
804: when SIM card D successfully send electronic bill to SIM card E after, the identifier of tracing to the source on SIM card D changes into " 3#, 4#, 5# "; The identifier of tracing to the source of the electronic bill that SIM card E receives is for " 3#, 4#, 5# ".
In practical application, SIM card D can after receiving the confirmation that SIM card E returns, and identifier of tracing to the source changes into " 3#, 4#, 5# ".
The transmitting procedure of whole electronic bill, available three UID can realize tracing to the source, and in practical application, can design other identifiers, realize tracing to the source.
Be the process chart of post-processing stages of communicating in the embodiment of the present invention see Fig. 9, Fig. 9, this flow process can comprise:
The transmission of step 901, electronic bill is complete.
Step 902, SIM card B verify the MAC of electronic bill, deciphering, and the source UID traced to the source in identifier in the A_UID of the SIM card A obtained before and electronic bill is compared, if verify electronic bill data security, and comparison goes out source UIDA_UID conforms to, be then verified, the transmission status identifier of the electronic bill passed over is set to " waiting to issue ", preserve electronic bill, and return confirmation; If be not verified, then do not preserve the electronic bill of makeing mistakes, return error message to SIM card A.
If step 903 receives the confirmation that SIM card B returns, then SIM card A identifies the transmission status identifier of electronic bill is " forwarding "; If receive the error message that SIM card B returns, then SIM card A electronic bill is returned to by transformation before state; If overtime, SIM card A then sends inquiry message, and waits for the confirmation passback of SIM card B.
Step 904, shake hands and exit whole communication process.
To sum up, technical scheme provided by the invention, utilize radio-frequency technique, transmission electronic ticket between two or more radio-frequency SIMs with radio-frequency enabled, and do not need third party as electronic bill treatment facility forwarding electronic ticket between two terminals, thus can effectively avoid the electronic bill caused because network quality is poor to be difficult to the problem of transmission in time, and electronic bill can be transmitted in time between multiple radio-frequency SIM, convenient, fast.Whole transmitting procedure does not take charge network channel completely, for Virtual network operator or mobile operator, increases extra burden to charge network; For domestic consumer, whole implementing procedure is safe and reliable, and completely free.
And technical scheme provided by the present invention, by arranging the transmission information identifier of electronic bill as identifier of tracing to the source, effectively ensure the uniqueness of electronic bill and the transmission source trackability of electronic bill; By doing fail safe process to the transmission of electronic bill, the Information Security of effective guarantee electronic bill.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (7)
1. a transmission method for electronic bill, is characterized in that, comprising:
The the first radio frequency user recognition module SIM receiving electronic bill utilizes radio-frequency technique, chooses the second radio-frequency SIM, and and do authentication process between described second radio-frequency SIM;
Described first radio-frequency SIM arranges the transmission information identifier of described electronic bill, by through the described electronic bill of safe handling and described transmission information identifier, sends to described second radio-frequency SIM by radio-frequency technique; Described second radio-frequency SIM does security verification to described electronic bill after receiving described electronic bill and described transmission information identifier, if be verified, then replys confirmation to described first radio-frequency SIM; And described first radio-frequency SIM and described second radio-frequency SIM are according to the transmission situation of the described electronic bill known separately, the described transmission information identifier stored separately is set, wherein, described transmission information identifier comprises: for identifying the transmission status identifier of the transmission situation of described electronic bill, and/or, for the identifier of tracing to the source of the recipient of the transmit leg and described electronic bill that indicate described electronic bill;
In addition, choose the second radio-frequency SIM described in comprise:
Described first radio-frequency SIM sends preset instructions to described second radio-frequency SIM, and inquires about the communication information of described second radio-frequency SIM; Described second radio-frequency SIM sends the identify label of self and the described communication information to described first radio-frequency SIM;
Described first radio-frequency SIM selects the algorithm being used for securely communicating with described second radio-frequency SIM, computationally secure parameter, and the identify label of self, described security parameter and described algorithm are sent to described second radio-frequency SIM, received by described second radio-frequency SIM;
Do authentication process between described and described second radio-frequency SIM to comprise:
Described first radio-frequency SIM and described second radio-frequency SIM utilize described algorithm and described security parameter to verify identity legitimacy each other respectively.
2. method according to claim 1, is characterized in that, described first radio-frequency SIM and described second radio-frequency SIM utilize described algorithm and described secure communication Verification identity legitimacy each other to comprise respectively:
Described first radio-frequency SIM generates the first random number, and utilizes described algorithm and described secure communication parameter, calculates the first pairing number; The number that described first random number and described first matched sends to described second radio-frequency SIM;
Described second radio-frequency SIM utilizes described first random number, described algorithm and described secure communication parameter, calculates the second pairing number; If described first pairing number equals described second pairing number, then determine that the identity of described first radio-frequency SIM is legal; Otherwise the identity of described first radio-frequency SIM is illegal;
Described second radio-frequency SIM generates the second random number, and utilizes described algorithm and described secure communication parameter, calculates the 3rd pairing number; The number that described second random number and the described 3rd matched sends to described first radio-frequency SIM;
Described first radio-frequency SIM utilizes described second random number, described algorithm and described secure communication parameter, calculates the 4th pairing number; If described 3rd pairing number equals described 4th pairing number, then determine that the identity of described second radio-frequency SIM is legal; Otherwise the identity of described second radio-frequency SIM is illegal.
3. method according to claim 1, is characterized in that, the transmission information identifier that described first radio-frequency SIM arranges described electronic bill comprises:
Described first radio-frequency SIM arranges described transmission status identifier and represents that described electronic bill is successfully received by described first radio-frequency SIM, waits for and is issued or be employed;
Identifier of tracing to the source described in described first radio-frequency SIM is arranged represents that the recipient of described electronic bill is for described first radio-frequency SIM.
4. method according to claim 3, is characterized in that, described second radio-frequency SIM does security verification to described electronic bill and comprises after receiving described electronic bill and described transmission information identifier:
Described second radio-frequency SIM utilizes described security parameter, verify the Information Security of described electronic bill, and the identify label of described first radio-frequency SIM that receives of comparison with in described identifier of tracing to the source for representing whether the identify label of described transmit leg conforms to, if conform to and described data security, then be verified, otherwise, abandon the electronic bill received, to the first radio-frequency SIM return electron ticket error message.
5. method according to claim 3, is characterized in that, described first radio-frequency SIM and described second radio-frequency SIM, according to the transmission situation of the described electronic bill known separately, arrange the described transmission information identifier stored separately and comprise:
Described first radio-frequency SIM arranges described transmission status identifier and represents that described electronic bill is successfully received by described first radio-frequency SIM; Or described transmission status identifier is set represents that described electronic bill is successfully issued to the second radio-frequency SIM by described first radio-frequency SIM, and described first radio-frequency SIM is not allowed again to forward;
Described second radio-frequency SIM arranges described transmission status identifier and represents that described electronic bill is successfully received by described second radio-frequency SIM, waits for again being forwarded by described second radio-frequency SIM.
6. method according to claim 3, is characterized in that, described first radio-frequency SIM and described second radio-frequency SIM, according to the transmission situation of the described electronic bill known separately, arrange the described transmission information identifier stored separately and comprise:
Identifier of tracing to the source described in described first radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, the recipient of described electronic bill is described second radio-frequency SIM;
Identifier of tracing to the source described in described second radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, the recipient of described electronic bill is described second radio-frequency SIM.
7. method according to claim 3, is characterized in that, described the described transmission information identifier stored separately is set after, the method also comprises:
Described electronic bill is successfully sent to the 3rd radio-frequency SIM by described second radio-frequency SIM;
Identifier of tracing to the source described in described second radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, described second radio-frequency SIM, and the recipient of described electronic bill is described 3rd radio-frequency SIM;
Identifier of tracing to the source described in described 3rd radio-frequency SIM is arranged represents that the transmit leg of described electronic bill is described first radio-frequency SIM, described second radio-frequency SIM, and the recipient of described electronic bill is described 3rd radio-frequency SIM.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910041363.9A CN101964952B (en) | 2009-07-24 | 2009-07-24 | Transmission method of electronic ticket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910041363.9A CN101964952B (en) | 2009-07-24 | 2009-07-24 | Transmission method of electronic ticket |
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| Publication Number | Publication Date |
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| CN101964952A CN101964952A (en) | 2011-02-02 |
| CN101964952B true CN101964952B (en) | 2015-01-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200910041363.9A Expired - Fee Related CN101964952B (en) | 2009-07-24 | 2009-07-24 | Transmission method of electronic ticket |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103401765B (en) * | 2013-08-06 | 2017-12-19 | 惠州Tcl移动通信有限公司 | A kind of transmission method of voice messaging |
| TWI529638B (en) * | 2014-05-26 | 2016-04-11 | 國立成功大學 | System and method for electronic ticket peer to peer secure transfer on mobile devices by near field communication (nfc) technology |
| CN108470279B (en) * | 2018-03-20 | 2021-07-27 | 北京红马传媒文化发展有限公司 | Electronic ticket transferring and verifying method, client, server and ticketing system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101114901A (en) * | 2006-07-26 | 2008-01-30 | 联想(北京)有限公司 | Safety authentication system, apparatus and method for non-contact type wireless data transmission |
| CN101127604A (en) * | 2007-09-25 | 2008-02-20 | 中兴通讯股份有限公司 | Information secure transmission method and system |
| CN101369306A (en) * | 2008-08-29 | 2009-02-18 | 广东南方信息安全产业基地有限公司 | Electronic label security system |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101114901A (en) * | 2006-07-26 | 2008-01-30 | 联想(北京)有限公司 | Safety authentication system, apparatus and method for non-contact type wireless data transmission |
| CN101127604A (en) * | 2007-09-25 | 2008-02-20 | 中兴通讯股份有限公司 | Information secure transmission method and system |
| CN101369306A (en) * | 2008-08-29 | 2009-02-18 | 广东南方信息安全产业基地有限公司 | Electronic label security system |
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| CN101964952A (en) | 2011-02-02 |
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