CN1567348A - Remote identification system using fingerprint input equipment - Google Patents
Remote identification system using fingerprint input equipment Download PDFInfo
- Publication number
- CN1567348A CN1567348A CN 03146701 CN03146701A CN1567348A CN 1567348 A CN1567348 A CN 1567348A CN 03146701 CN03146701 CN 03146701 CN 03146701 A CN03146701 A CN 03146701A CN 1567348 A CN1567348 A CN 1567348A
- Authority
- CN
- China
- Prior art keywords
- fingerprint
- server
- identification
- responsible
- unit
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Collating Specific Patterns (AREA)
Abstract
This invention provides a kind of remote identity authentication system that utilizing the fingerprint import equipment. There is a computer apparatus that connects this fingerprint import equipment, and links to a remote host through network. First of all, the fingerprint import equipment imports at least one fingerprint material of user; then it transfers this fingerprint material to the remote host. And a load balance server distributes a large numbers of fingerprint import authentication process to plural fingerprint identification servers evenly. These servers compare the registered fingerprint material of this user that stored in the database with the current fingerprint material, and generate a user identity authentication result, so to accelerate the speed of remote host authentication.
Description
Technical field
The present invention is a kind of system that utilizes finger print input device to make long-distance identity-certifying.
Background technology
Press; Internet is the media that present most convenient is obtained information; in this Internet, be connected with numerous websites; to connect numerous remote data bases; management for convenience; each website or database can add the identification as the person's of logining identity of user ID and password usually, and required information can obtain or read.
Yet, the identification mode of above-mentioned employing user ID and password is palmed off by the near-end user easily, same group of user ID and password can assume another's name in turn to use for many people, or cracked by the people stealing use etc., cause net end or remote data base can't distinguish user's the identity true and false, causing the Verification System of website or remote data base to perform practically no function, very easily have the hacker attacks of being assumed another's name to destroy the danger of system, is big puzzlement of one on the present Internet authentication processing and secret worry in fact.
A kind of method of improvement is to add fingerprint identification system on near-end user main frame, use the person of being used in combination ID and cipher authentication method, reach the effect of double authentication, but because its authentication mode is to adopt with registered fingerprint data transmission that remote data base is stored to near-end computing machine place, again by the fingerprint of near-end computing machine by finger print input device input user, and make comparisons with this registered fingerprint, but still suffer that easily the hacker connects counterfeit near-end computing machine and sends false checking result to long-range, and derive more serious problem.
Because if when the work that complexity and accurate fingerprint data are relatively reached authentication is transferred to distance host and is carried out, can the huge user of factor amount require the fingerprint input authentication to long-range single main frame simultaneously, cause the serious burden of main frame, make the authenticated time retardation, even cause main frame to work as machine and can't carry out certification work.
Progress along with science and technology, the hardware device of fingerprint input is modularization, and the existing pattern of making a single-chip, so can be applied to gradually on many computer peripheral equipment products, as mouse, keyboard etc., also be applied on many mechanism of exchange products, as machine for punching the card or financial cash machine etc., yet the use of these products or equipment is not extensive, and can not arbitrarily take with oneself.And having a kind of small-sized storage carrier to carry, this storage carrier is referred to as carry-on dish, is to use flash memory, can store a large amount of data, and utilizes universal serial port (USB) to connect computing machine, has the advantage of plug and play.
Summary of the invention
The objective of the invention is to solve and to use distance host to make the shortcoming of the authentication of fingerprint at present, a kind of system that utilizes finger print input device as the remote identity identification is provided, it promptly is the convenience that utilizes this carry-on dish, add the instrument of the chip module of this fingerprint input as the input of near-end fingerprint, and utilize a balanced load group of server to give a plurality of identification of fingerprint servers with a large amount of fingerprint input authentication work mean allocation, to accelerate the speed of distance host identification authentication, if wherein an identification server has the authentication retardation or when the problem of machine, can continue to carry out the work of authentication by another identification server, and then reach can be in the purpose of distance host identification fingerprint with authentication user identity, to reduce the risk of being falsely used by the hacker, the security that improves mechanism of exchange.
The present invention is achieved in that
A kind of system that utilizes finger print input device to make long-distance identity-certifying is characterized in that comprising:
One computer installation is circumscribed with this finger print input device, and its inner execution has an application program module, uses the indexing information and a fingerprint data of input one user's identity; And
One distance host, be by a network on-line in this computer installation, include a balanced load group of server and an identification of fingerprint group of server.
Wherein this computer installation can be a personal computer, a mobile computer, a transaction machine for punching the card, a financial transaction machine.
Wherein this computer installation comprises:
This application program module is responsible for carrying out in one first processor unit;
One data input cell is connected in this first processor unit and this finger print input device, is responsible for this user's identity indexing information and this fingerprint data are sent to this first processor unit;
One ciphering unit is connected in this first processor unit, is responsible for encrypting indexing information and this fingerprint data of this user's identity; And
One first transmit receive unit, be connected in this first processor unit, the indexing information of responsible this user's identity of transmission and this fingerprint data perhaps are responsible for receiving the authentication result that this distance host transmits to this distance host, are resent to this first processor cell processing.
Wherein this storage carrier is the carry-on dish that a flash memory (F1ash Memory) constitutes.
Wherein this network is an Internet, a LAN or a communication network.
Wherein this distance host is a server host or a web host, carries out server application module in it, and connects at least one database.
Wherein this balanced load group of server has at least one balanced load server, in order to carry out a balanced load application program module, specifies arbitrary this identification of fingerprint server reception that operates this fingerprint data from this computer installation.
Wherein this balanced load server comprises:
One second processor unit is responsible for carrying out this balanced load application program module;
One second transmit receive unit is connected in this second processor unit, is responsible for receiving this finger print data and is delivered to this second processor unit again, perhaps is responsible for transmitting this authentication result information to this computer installation;
One first monitoring unit, be connected in this second processor unit and this second transmit receive unit, this first monitoring unit is connected between second processor unit 311 and this computer apparatus 10, is responsible for the communication co-ordination between this computer installation and this distance host;
One identification of fingerprint distribution services unit is connected in this second processor unit, is responsible for distributing this fingerprint data to arbitrary this identification of fingerprint server that operates;
One identification of fingerprint server load inventory access unit is connected in this second processor unit, is responsible for the charge capacity of this identification of fingerprint server of record;
One the 3rd transmits and receiving element, is connected in this identification of fingerprint distribution services unit and this identification of fingerprint group of server, is responsible for transmitting this fingerprint data this identification of fingerprint server to assignment of allocation;
One receives radio unit, is connected to this identification of fingerprint server load inventory access unit, and the charge capacity of being responsible for this each identification of fingerprint server of reception is sent to this identification of fingerprint server load inventory access unit; And
One second monitoring unit is connected in this identification of fingerprint server and this reception radio unit, and responsible this identification of fingerprint group of server and this balanced load are watched the communication co-ordination between the device group.
This identification of fingerprint group of server wherein, have a plurality of identification of fingerprint servers, in order to carry out an identification of fingerprint application program module,, compare the registered fingerprint data that this fingerprint data of processing and this user are stored in this distance host in advance according to the appointment of this balanced load group of server.
Wherein this identification of fingerprint server comprises:
One the 3rd processor unit is responsible for carrying out this identification of fingerprint application program module;
One the 4th transmits and receiving element, is connected in the 3rd processor unit and this balanced load group of server, is responsible for receiving this fingerprint data to the 3rd processor unit, perhaps transmits this authentication result to this balanced load server;
Access unit is counted in one load, is connected in the 3rd processor unit, is responsible for the load number of this identification of fingerprint server of record;
One encryption/decryption element is connected in the 3rd processor unit, is responsible for this identification of fingerprint data of deciphering and encrypts this authentication result;
One data access unit is connected in the 3rd processor unit and at least one database, is responsible for the registered fingerprint data in this database of access;
One identification comparing unit is connected in the 3rd processor unit, is responsible for relatively this fingerprint data and this registered fingerprint data;
One generation unit as a result is connected in the 3rd processor unit, is responsible for the comparative result of this fingerprint is produced an authentication result;
One the 3rd monitoring unit is connected in the 3rd processor unit and this balanced load server, is responsible for the communication co-ordination between this identification of fingerprint server and this balanced load server; And
One external radio unit is connected in this load and counts access unit and this balanced load server, is responsible for notifying the responsible number of this this identification of fingerprint server of balanced load server.
A kind of system that utilizes finger print input device to make long-distance identity-certifying that provides is provided major technique of the present invention, include a computer installation and be circumscribed with this finger print input device, its inner execution has an application program module, use the indexing information and a fingerprint data of input one user's identity, one distance host by a network on-line in this computer installation, include a server application module that is executed in this distance host, an one balanced load group of server and an identification of fingerprint group of server, this server application module can be a Website server application program, this balanced load group of server has at least one balanced load server, carry out a balanced load application program module, specify arbitrary this identification of fingerprint server reception that operates this fingerprint data from this computer installation, and this identification of fingerprint group of server has plural identification of fingerprint server, carry out an identification of fingerprint application program module, appointment according to this balanced load group of server, compare the registered fingerprint data that this fingerprint data of processing and this user are stored in this distance host in advance, reach the effect of doing identification of fingerprint and authentication at distance host.
Description of drawings
Fig. 1 is the system architecture synoptic diagram of fingerprint remote authentication of the present invention
Fig. 2 is the identifying procedure synoptic diagram of Verification System of the present invention
Fig. 3 is the embodiment block schematic diagram of near-end computer installation of the present invention
Fig. 4 is the embodiment block schematic diagram of balanced load server in the distance host of the present invention
Fig. 5 is the embodiment block schematic diagram of identification of fingerprint server in the distance host of the present invention
Embodiment
Further describe the present invention below in conjunction with accompanying drawing.
As shown in Figure 1, be the system architecture synoptic diagram of fingerprint remote authentication of the present invention.Verification System 100 of the present invention comprises a computer installation 10 and a distance host 20 that is positioned at near-end, these computer installation 10 external finger print input devices 11, and carry out in it application program module 12 is arranged, this finger print input device 11 is the carry-on dish that a flash memory (Flash Memory) constitutes, be equipped with fingerprint input chipset on it, but tool USB interface plug and play can be used input one user's fingerprint data on this computer installation 10.
And this computer installation 10 can be imported this user's identity indexing information, as ID, password etc., so this computer installation 10 is to be a personal computer, a mobile computer, a transaction machine for punching the card or a financial transaction machine etc.And these application program module 12 general references are executed in Data Control and communication platform in this computer installation 10, browser or other equivalent software program as Internet, use this user's identity indexing information and this fingerprint data are seen through a network on-line, and transfer in this distance host 20, so this network can be an Internet, a LAN or a communication network.
This distance host 20 can be the main frame or a server host of a website, carry out in it server application module 20 ' is arranged, as website application program (Web Application Program) etc., and be connected with at least one database 400, mainly be in order to work as user's interface and data transmission, then store a large amount of users' registered fingerprint data in this database 400, relatively work for making this distance host 20 a large amount of fingerprint of loading, be provided with a balanced load group of server 21 and an identification of fingerprint group of server 22 in this distance host 20, this balanced load group of server 21 includes at least one balanced load server 31, carry out a balanced load application program module, receive this fingerprint data that this computer installation 10 is sent out in order to see through this server application module 20 ', specify arbitrary identification of fingerprint server 32 that operates to carry out relatively identification work of fingerprint with the balanced load control model.
And this identification of fingerprint group of server 22 includes a plurality of identification of fingerprint servers 32, all can carry out an identification of fingerprint application program module, it all can be connected to this database 400 respectively and take out this registered fingerprint data, and can be according to the appointment of this balanced load group of server 21, independently compare the work of this registered fingerprint data and this fingerprint data, to share fingerprint heavy load relatively, relatively the back produces an authentication result and is back to this server application module 20 ' again, according to the true and false of this this user's identity of authentication result identification.
As shown in Figure 2, be the identifying procedure synoptic diagram of Verification System of the present invention.The present invention desires to carry out must have this user's indexing information and fingerprint data just can compare before the authentication procedure in its database, therefore Verification System of the present invention is when the user enters for the first time, must set up this user's an identity indexing information and a registered fingerprint data (200) earlier, the user can be by this computer installation 10 these users' of input identity indexing information, and by these finger print input device 11 these registered fingerprint data of input, so that transmit these registered fingerprint data and this identity indexing information to this distance host 20 by this computer installation 10, registered fingerprint data and identity indexing information that this distance host 20 is about to this user are stored in the database 400 in the lump.And this registration action is not necessarily carried out on network, if the mechanism of financial transaction then may be set up the fingerprint data of registration please to bank or credit service merchant place.
Later on when the server application module 20 ' of this distance host 20 requires the user to import fingerprint with the identification identity, then on this computer installation 10 of near-end, carry out a relevant application program module 12 (202), import this user's identity indexing information for this user, perhaps import at least one piece of this fingerprint data to this computer installation 10 (204) by this finger print input device 11, this computer installation 10 with this identity indexing information and this fingerprint data through an encryption after (206), be sent to the server application module 20 ' (208) of this distance host 20, in case stolen by the hacker.
Then receive this fingerprint data (210) by this balanced load server 31 in this distance host 20, specify in an identification of fingerprint server 32 load to carry out fingerprint relatively work (212) by this balanced load server 31 again than the lighter, fingerprint relatively before earlier with this fingerprint data through a decryption processing (214), again by obtaining this registered fingerprint data (216) in this database 400, compare processing with this fingerprint data, relatively the back produces the authentication result (218) of this user's identity of affirmation.
At last, again this authentication result is encrypted the server application module 20 ' (220) that is sent to this distance host 20, after this server application module 20 ' is deciphered this authentication result again, promptly produce this user's identity identification information according to this authentication result, promptly message such as identity validation or identification failure is back to (222) on this computer installation.
As shown in Figure 3, be the embodiment block schematic diagram of near-end computer installation of the present invention.This computer installation 10 includes a first processor unit 111, a data input cell 112, a ciphering unit 113 and one first transmit receive unit 114, wherein this application program module 12 is responsible for carrying out in this first processor unit 111, this data input cell 112 is connected in this first processor unit 111 and this finger print input device 11, is responsible for this identity indexing information and this fingerprint data that this user imported are sent to this first processor unit 111.
Wherein this ciphering unit 113 is connected in this first processor unit 111, be responsible for encrypting this identity indexing information and this fingerprint data, and first transmit receive unit 114 is connected in this first processor unit 111, be responsible for transmitting this identity indexing information and this fingerprint data to this distance host 20, perhaps be responsible for receiving the authentication result that this distance host 20 transmits, be resent to this first processor unit 111 and handle.
As shown in Figure 4, be the embodiment block schematic diagram of balanced load server in the distance host of the present invention.This balanced load server 31 includes one second processor unit 311, one second transmit receive unit 312, one first monitoring unit 313, one identification of fingerprint distribution services unit 314, one identification of fingerprint server load inventory access unit 315, one the 3rd transmits and receiving element 316, one receives radio unit 317 and one second monitoring unit 318, wherein this second processor unit 311 is responsible for carrying out this balanced load application program module, and this second transmit receive unit 312 is connected in this second processor unit 311, be responsible for receiving this finger print data and be delivered to this second processor unit 311 again, perhaps be responsible for transmitting this authentication result and select the server application module 20 ' of journey main frame 20 to this.
This first monitoring unit 313 is connected in this second processor unit 311 and this second transmit receive unit 312, this first monitoring unit is connected between second processor unit 311 and this computer apparatus 10, be responsible for the communication co-ordination of 20 of this computer installation 10 and this distance hosts, and this identification of fingerprint distribution services unit 314 is connected in this second processor unit 311, is responsible for distributing this fingerprint data to arbitrary this identification of fingerprint server 32 that operates.
This identification of fingerprint server load inventory access unit 315 is connected in this second processor unit 311, be responsible for the charge capacity of this identification of fingerprint server 32 of record, the 3rd transmission and receiving element 316 are connected in this identification of fingerprint distribution services unit 314 and this identification of fingerprint group of server 22, are responsible for transmitting this fingerprint data this identification of fingerprint server 32 to assignment of allocation.
This reception radio unit 317 is connected to this identification of fingerprint server load inventory access unit 315, the charge capacity of being responsible for this each identification of fingerprint server 32 of reception is sent to this identification of fingerprint server load inventory access unit 315, and this second monitoring unit 318 is connected in this identification of fingerprint server 32 and this reception radio unit 317, is responsible for the communication co-ordination that this identification of fingerprint group of server 22 and this balanced load are watched 21 of device groups.
As shown in Figure 5, be the embodiment block schematic diagram of identification of fingerprint server of the present invention.This identification of fingerprint server 32 is to include that one the 3rd processor unit 321, the 4th transmits and receiving element 322, a load are counted access unit 323, an encryption/decryption element 324, a data access unit 325, an identification comparing unit 327, a generation unit 328, one the 3rd monitoring unit 329 and an external radio unit 330 as a result, and wherein the 3rd processor unit 321 is responsible for these identification of fingerprint application program modules of execution.
Wherein the 4th transmission and receiving element 322 are connected in the 3rd processor unit 321 and this balanced load group of server 21, be responsible for receiving this fingerprint data to the 3rd processor unit 322, perhaps transmit this authentication result to this balanced load server 31, this load is counted access unit 323 and is connected in the 3rd processor unit 321, is responsible for the load number of this identification of fingerprint server 32 of record.
This encryption/decryption element 324 is connected in the 3rd processor unit 321, be responsible for this identification of fingerprint data of deciphering and encrypt this authentication result, this data access unit 325 is connected in the 3rd processor unit 321 and this database 400, is responsible for the registered fingerprint data in this database 400 of access.
This identification comparing unit 327 is connected in the 3rd processor unit 321, is responsible for relatively this fingerprint data and this registered fingerprint data, this as a result generation unit 328 be connected in the 3rd processor unit 321, responsible comparative result with this fingerprint produces an authentication result.
The 3rd monitoring unit 329 is connected in the 3rd processor unit 321 and this balanced load server 31, be responsible for the communication co-ordination of 31 of this identification of fingerprint server 32 and this balanced load servers, this overseas broadcast unit 330 is connected in this load and counts access unit 323 and this balanced load server 31, is responsible for notifying the responsible number of these balanced load server 31 these identification of fingerprint servers.
This balanced load server and this identification of fingerprint server by the invention described above are shared identification of fingerprint work relatively in the mode of the division of labor, the influence that not used by many people concurrent connections, and can effectively separate identification time-lag and great mass of data and wait for the problem that transmits, and utilization of the present invention is in remote authentication identity pattern, collocation is with balanced loaded data transmission and manner of comparison, the process and the result of identification of fingerprint will not be captured, assume another's name for or round people usurp, and the effect of maintenance rapid authentication, add this finger print input device, more can enjoy and carrying and the convenience of plug and play, even this finger print input device is lost, still needn't worry that identity is falsely used by the people, and more can improve user's security, if can be in conjunction with being applied to credit card trade mechanism, financial transaction mechanisms etc. need the service mechanism of high security, then must allow the user more feel at ease.
Only above-mentioned disclosed graphic, explanation is embodiments of the invention only, is not to be used for the present invention is limited, and protection scope of the present invention is as the criterion with claims.
Claims (10)
1. system that utilizes finger print input device to make long-distance identity-certifying is characterized in that comprising:
One computer installation is circumscribed with this finger print input device, and its inner execution has an application program module, uses the indexing information and a fingerprint data of input one user's identity; And
One distance host, be by a network on-line in this computer installation, include a balanced load group of server and an identification of fingerprint group of server.
2. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1 is characterized in that, wherein this computer installation can be a personal computer, a mobile computer, a transaction machine for punching the card, a financial transaction machine.
3. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1 is characterized in that, wherein this computer installation comprises:
This application program module is responsible for carrying out in one first processor unit;
One data input cell is connected in this first processor unit and this finger print input device, is responsible for this user's identity indexing information and this fingerprint data are sent to this first processor unit;
One ciphering unit is connected in this first processor unit, is responsible for encrypting indexing information and this fingerprint data of this user's identity; And
One first transmit receive unit, be connected in this first processor unit, the indexing information of responsible this user's identity of transmission and this fingerprint data perhaps are responsible for receiving the authentication result that this distance host transmits to this distance host, are resent to this first processor cell processing.
4. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1 is characterized in that, wherein this storage carrier is the carry-on dish that a flash memory (Flash Memory) constitutes.
5. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1 is characterized in that, wherein this network is an Internet, a LAN or a communication network.
6. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1 is characterized in that, wherein this distance host is a server host or a web host, carries out server application module in it, and connects at least one database.
7. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1, it is characterized in that, wherein this balanced load group of server has at least one balanced load server, in order to carry out a balanced load application program module, specify arbitrary this identification of fingerprint server reception that operates this fingerprint data from this computer installation.
8. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1 is characterized in that, wherein this balanced load server comprises:
One second processor unit is responsible for carrying out this balanced load application program module;
One second transmit receive unit is connected in this second processor unit, is responsible for receiving this finger print data and is delivered to this second processor unit again, perhaps is responsible for transmitting this authentication result information to this computer installation;
One first monitoring unit is connected in this second processor unit and this second transmit receive unit, is responsible for the communication co-ordination between this computer installation and this distance host;
One identification of fingerprint distribution services unit is connected in this second processor unit, is responsible for distributing this fingerprint data to arbitrary this identification of fingerprint server that operates;
One identification of fingerprint server load inventory access unit is connected in this second processor unit, is responsible for the charge capacity of this identification of fingerprint server of record;
One the 3rd transmits and receiving element, is connected in this identification of fingerprint distribution services unit and this identification of fingerprint group of server, is responsible for transmitting this fingerprint data this identification of fingerprint server to assignment of allocation;
One receives radio unit, is connected to this identification of fingerprint server load inventory access unit, and the charge capacity of being responsible for this each identification of fingerprint server of reception is sent to this identification of fingerprint server load inventory access unit; And
One second monitoring unit is connected in this identification of fingerprint server and this reception radio unit, and responsible this identification of fingerprint group of server and this balanced load are watched the communication co-ordination between the device group.
9. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 1, it is characterized in that, this identification of fingerprint group of server wherein, have a plurality of identification of fingerprint servers, in order to carry out an identification of fingerprint application program module, according to the appointment of this balanced load group of server, compare the registered fingerprint data that this fingerprint data of processing and this user are stored in this distance host in advance.
10. the system that utilizes finger print input device to make long-distance identity-certifying as claimed in claim 9 is characterized in that, wherein this identification of fingerprint server comprises:
One the 3rd processor unit is responsible for carrying out this identification of fingerprint application program module;
One the 4th transmits and receiving element, is connected in the 3rd processor unit and this balanced load group of server, is responsible for receiving this fingerprint data to the 3rd processor unit, perhaps transmits this authentication result to this balanced load server;
Access unit is counted in one load, is connected in the 3rd processor unit, is responsible for the load number of this identification of fingerprint server of record;
One encryption/decryption element is connected in the 3rd processor unit, is responsible for this identification of fingerprint data of deciphering and encrypts this authentication result;
One data access unit is connected in the 3rd processor unit and at least one database, is responsible for the registered fingerprint data in this database of access;
One identification comparing unit is connected in the 3rd processor unit, is responsible for relatively this fingerprint data and this registered fingerprint data;
One generation unit as a result is connected in the 3rd processor unit, is responsible for the comparative result of this fingerprint is produced an authentication result;
One the 3rd monitoring unit is connected in the 3rd processor unit and this balanced load server, is responsible for the communication co-ordination between this identification of fingerprint server and this balanced load server; And
One external radio unit is connected in this load and counts access unit and this balanced load server, is responsible for notifying the responsible number of this this identification of fingerprint server of balanced load server.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03146701 CN1567348A (en) | 2003-07-09 | 2003-07-09 | Remote identification system using fingerprint input equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03146701 CN1567348A (en) | 2003-07-09 | 2003-07-09 | Remote identification system using fingerprint input equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1567348A true CN1567348A (en) | 2005-01-19 |
Family
ID=34471832
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03146701 Pending CN1567348A (en) | 2003-07-09 | 2003-07-09 | Remote identification system using fingerprint input equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1567348A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101459515B (en) * | 2007-12-14 | 2011-05-04 | 深圳富泰宏精密工业有限公司 | ID identification system and method for handhold portable electronic device |
| CN105101187A (en) * | 2015-06-16 | 2015-11-25 | 努比亚技术有限公司 | Method and system for processing encrypted information |
| CN105989490A (en) * | 2014-08-12 | 2016-10-05 | 神盾股份有限公司 | Electronic device and fingerprint recognition control method |
-
2003
- 2003-07-09 CN CN 03146701 patent/CN1567348A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101459515B (en) * | 2007-12-14 | 2011-05-04 | 深圳富泰宏精密工业有限公司 | ID identification system and method for handhold portable electronic device |
| CN105989490A (en) * | 2014-08-12 | 2016-10-05 | 神盾股份有限公司 | Electronic device and fingerprint recognition control method |
| CN105989490B (en) * | 2014-08-12 | 2019-11-05 | 神盾股份有限公司 | Electronic device and method for controlling fingerprint identification |
| CN105101187A (en) * | 2015-06-16 | 2015-11-25 | 努比亚技术有限公司 | Method and system for processing encrypted information |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US8484480B2 (en) | Transmitting information using virtual input layout | |
| CN101662469B (en) | Method and system based on USBKey online banking trade information authentication | |
| CN1881924A (en) | Group communication safety distribution media recording and retaking method and device | |
| CN101034981A (en) | Network access control system and its control method | |
| CN1276610C (en) | Electronic value data communication method and system, IC cards, portable terminal and communication terminal | |
| CN1689297A (en) | Method of preventing unauthorized distribution and use of electronic keys using a key seed | |
| CN1694555A (en) | Dynamic cipher system and method based on mobile communication terminal | |
| CN1889432A (en) | Long-distance password identifying method based on smart card, smart card, server and system | |
| CN101958892A (en) | Electronic data protection method, device and system based on face recognition | |
| CN113468598A (en) | Block chain-based certificate-preserving and security notarization system and method | |
| CN102722576A (en) | Encipherment protection system and encipherment protection method for database in cloud computing environment | |
| CN1323114A (en) | Discriminating system, discriminating method, discriminating equipment and its discriminating method | |
| CN101034423A (en) | Method for unicity, accurate and quick locating logon web page on internet | |
| CN1889426A (en) | Method and system for realizing network safety storaging and accessing | |
| CN102710611A (en) | Network security authentication method and system | |
| CN1900963A (en) | Online safety payment system | |
| CN101808077A (en) | Information security input processing system and method and smart card | |
| CN101741826A (en) | Method and system for realizing encryption unloading on virtualized platform | |
| CN114884697A (en) | Data encryption and decryption method based on state cryptographic algorithm and related equipment | |
| CN101409618B (en) | Method for encrypting and deciphering multi-reader document | |
| CN1141653C (en) | Computer applycation layer network safety control and management system and relative program method thereof | |
| CN1765077A (en) | Data transmit system and transmit methods by using n-dimensional information | |
| CN1567348A (en) | Remote identification system using fingerprint input equipment | |
| RU2001116571A (en) | METHOD AND DEVICE FOR PROTECTED DISTRIBUTION OF AUTHENTICATION CERTIFICATE DATA FOR ROAMING USERS | |
| CN105072136A (en) | Method and system for security authentication between devices based on virtual drive |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |