CN106100841B - A kind of data encryption system and method based on molecule encryption technology - Google Patents
A kind of data encryption system and method based on molecule encryption technology Download PDFInfo
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- CN106100841B CN106100841B CN201610381596.3A CN201610381596A CN106100841B CN 106100841 B CN106100841 B CN 106100841B CN 201610381596 A CN201610381596 A CN 201610381596A CN 106100841 B CN106100841 B CN 106100841B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L9/00—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols
- H04L9/10—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols with particular housing, physical features or manual controls
Abstract
The present invention provides a kind of data encryption system and method based on molecule encryption technology, is related to medical field.It is characterized in that, the system comprises: encryption device and decryption device；The encryption device includes: fluorophor selecting module, solvent selection module, concentration selecting module, pH value selecting module, encryption spectrometer, transcoding module, encrypting module and transmitting device；The deciphering module includes: the first receiving end, the second receiving end, third receiving end, the 4th receiving end, decryption spectrometer, deciphering module and reception device.The invention has many advantages, such as at low cost, simple, reliable new peak, is not easy to be intercepted and crack.
Description
Technical field
The present invention relates to information security field, in particular to a kind of data encryption system and side based on molecule encryption technology
Method.
Background technique
Encryption is as a kind of mode for ensureing data safety, it is not now just to have, and the history that originates from will trace in Christian era
First 2000, although its not now encryption technology that we are said (or even not crying encryption), as a kind of concept of encryption,
Really just it is born before several centuries.Egyptian was to use special pictograph as information coding at first at that time,
As time goes by, Babylon, Mesopotamia and Greece's civilization all begin to use certain methods theirs are written to protect
Information.
Recent encryption technology is mainly used in military field, such as the Independent war of America, American Civil War and Two World Wars.
Most well-known encoding machine is GermanEnigma machine, and German creates encryption using it in World War II
Information.Hereafter, due to AlanTuring and Ultra plan and other people effort, German password is carried out finally
It cracks.Originally, the research of computer was exactly to crack German password, and people do not expect that computer is brought to today
Information revolution.With the development of computer, the enhancing of operational capability, past password all becomes very simple, then people
Again constantly have investigated new data encryption mode, such as using RSA Algorithm generate private key and public key be exactly in this base
It is generated on plinth.
Although encryption technology has been developed so long, existing encryption technology still remains many problems:
1, cryptographic means are single: existing encryption technology or cryptographic means are all based on greatly traditional mathematics or communication skill
Art.Although this cryptographic means popularity rate is higher, but is easy to be cracked, information security hardly results in guarantee.From practice
In from the point of view of, single cryptographic means be difficult ensure information safety.
2, large-scale encryption algorithm is extremely complex: many Encryption Algorithm will often carry out extremely complex operation, could generate
Enough keys deprotect data information.And in a practical situation, many times we are required to very fast to information
It is decrypted, but requires high safety again simultaneously, at this time, conventional encryption technique is difficult to meet actual demand.
3, be easy to be intercepted: traditional cryptographic means, if key is intercepted, all information are all extremely easy to be broken
Solution.Either symmetry encryption or unsymmetrical tridiagonal matrix, the security guarantee of key are all a problems.
4, at high cost: existing many leading Encryption Algorithm are all to be monopolized, if buying use for safety
It is costly, and as time goes by due to Encryption Algorithm, a kind of decryption technology occurs, be just easy to be eliminated, into
One step increases cost.
Summary of the invention
In consideration of it, the present invention provides a kind of data encryption system and method based on molecule encryption technology, invention tool
There is at low cost, simple, reliable new peak, be not easy to be intercepted and crack.
The technical solution adopted by the invention is as follows:
A kind of data encryption system based on molecule encryption technology, the system comprises: encryption device and decryption device；Institute
Stating encryption device includes: fluorophor selecting module, solvent selection module, concentration selecting module, pH value selecting module, encryption light
Spectrometer, transcoding module, encrypting module and transmitting device；The decryption device include: the first receiving end, the second receiving end,
Third receiving end, the 4th receiving end, decryption spectrometer, deciphering module and reception device；
The transcoding module signal is connected to encrypting module；The fluorophor selecting module be connected separately in
Encrypt spectrometer and the 4th receiving end；The solvent selection module is connected separately in encryption spectrometer and third receiving end；
The concentration selecting module is connected separately in encryption spectrometer and the second receiving end；The pH value selecting module distinguishes signal
It is connected to encryption spectrometer and the first receiving end；The encryption spectrometer signal is connected to encrypting module；The encrypting module letter
Number it is connected to transmitting device；The transmitting device signal is connected to reception device；The reception device signal is connected to decryption mould
Block；The deciphering module signal is connected to decryption spectrometer；The decryption spectrometer is connected separately in the first receiving end,
Two receiving ends, third receiving end and the 4th receiving end.
The transcoding module is compiled for plaintext alphabetical information to be converted to corresponding number according to alphabetic order
Code；Fluorophor selecting module, for selecting the fluorophor for encryption, meanwhile, by selected fluorophor type
Information is sent to the 4th receiving end and encryption spectrometer；The solvent selection module, for selecting the solvent kind for encryption
Class, while selected solvent information is sent to third receiving end and encryption spectrometer；The concentration selecting module is used
The second receiving end and encryption light are sent in concentration of the selection for the solvent of encryption, while by selected concentration data information
Spectrometer；The pH value selecting module, for selecting the pH value of the solvent for encryption, while by selected pH value data information
It is sent to the first receiving end and encryption spectrometer.
It is described encryption spectrometer be used for according to send over pH value data information, concentration data information, solvent type and
Fluorescence group information carries out spectrum analysis, obtains fluorescence spectrum, characteristic parameter is obtained according to fluorescence spectrum, by characteristic parameter
It is sent to encrypting module；The encrypting module encrypts after being combined characteristic parameter and digital coding, obtains encryption letter
Breath, is sent to decryption device through transmitting device for encryption information.
First receiving end, the second receiving end, third receiving end and the 4th receiving end are all independent signal and receive dress
It sets, signal is connected to decryption spectrometer by way of the data transmission interface being plugged on decryption spectrometer, for that will receive
To pH value data information, concentration data information, solvent information and fluorophor information be sent to decryption spectrometer.
The decryption spectrometer, for being sent out according to the first receiving end, the second receiving end, third receiving end and the 4th receiving end
PH value data information, concentration data information, solvent information and the fluorophor information brought obtain corresponding spy
Parameter is levied, characteristic parameter is sent to deciphering module；The deciphering module, the feature for being sended over according to decryption spectrometer
Encryption information is decrypted in the alphabetical information that parameter and encryption device end send over.
A kind of data ciphering method based on molecule encryption technology, the described method comprises the following steps:
Step 1: encryption device end will need the plaintext alphabetical information that encrypts to first pass through transcoding module to be converted to number
Information；
Step 2: at encryption device end, selection is for encryption: fluorophor type, solvent type, solvent PH value and solvent
Concentration, encryption spectrometer can be with by the fluorophor type of above-mentioned selection, solvent type, solvent PH value and solvent strength parameter
It obtains in the solvent environment that corresponding solvent type, solvent PH value and solvent strength generate and point under fluorophor effect
The spectrum of son, chooses the corresponding X axis coordinate of spectrum peak point and Y-axis as characteristic parameter, characteristic parameter is sent to encryption
Module；
Step 3: the digital information that this feature parameter and transcoding module send over is combined by encrypting module to be added
It is close, encrypted encryption information is sent to decryption device end；
Step 4: if decryption device end needs to decrypt, needing to hold respectively the first receiving end, the second receiving end, third
Each receiving end is plugged on decryption spectrometer by the related personnel of receiving end and the 4th receiving end simultaneously, and decryption spectrometer passes through
These parameters could obtain characteristic parameter, and characteristic parameter is sent to deciphering module；
Step 5: the encryption information received and characteristic parameter are combined decryption by deciphering module.
The code conversion method of the transcoding module conversion plaintext alphabetical information are as follows: by the sky in plaintext alphabetical information
Lattice are removed, and obtain alphabetic string, obtain the number that each letter corresponds to sequence in alphabet, and every two number is formed one
Group encryption factor matrix:。
The encrypting module, by characteristic parameter and digital information be combined encryption encryption method the following steps are included:
Step 1: using the X-coordinate value of characteristic parameter as parameter A, using the Y-coordinate value of characteristic parameter as parameter B, building
One scrambled matrix:；
Step 2: by scrambled matrix and encryption factor matrix multiple, obtain character string matrix E after an encryption:
Step 3: after being sequentially used as encryption corresponding to the letter of the numerical value of P parameter and Q parameter in E matrix in alphabet
Information, all encrypted information is formed into final encryption information.
The deciphering module, by characteristic parameter and encryption information be combined decryption decryption method the following steps are included:
1, go out the inverse matrix of characteristic parameter according to calculation of characteristic parameters；
2, inverse operation is made according to the process of encryption.
Using above technical scheme, present invention produces following the utility model has the advantages that
1, encrypted using molecular engineering: the present invention gets around traditional telecommunications means cipher mode, Promethean use
Molecular engineering is encrypted.It theoretically can produce infinite more key, it is very big to crack difficulty, greatly improves encryption system
The reliability of system.
2, multi-enciphering, algorithm are simple: other than molecular engineering is applied to cryptographic means, the present invention also believes molecule
Breath and digital information have carried out combined ciphering, and the mode of double-encryption also allows entire encrypted information to be more difficult to be cracked, removes this
Except, the Encryption Algorithm that the present invention uses is also very simple, dependent on the diversity of key, so that simple algorithm can also have very
High degree of safety.
3, be not easy to be intercepted: the present invention separates four receiving ends, and different staff can be transferred to take care of,
Only after the data information on four receiving ends, which is all decrypted spectrometer, to be read out, it just can guarantee what decryption spectrometer obtained
Characteristic ginseng value is correct, and also encryption information could be decrypted.
4, low in cost: the cryptographic means that the present invention uses, theoretically for have infinite multiple keys, due to adding
Under conditions of different material, various concentration, different solvents and pH value, this set system can produce a variety of fluorescence spectrums, in this way
It can be obtained by ever-changing key, data allowed preferably to be protected, and operating process is also simple enough.
Detailed description of the invention
Fig. 1 is a kind of system structure signal of data encryption system and method based on molecule encryption technology of the invention
Figure.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract), unless specifically stated,
It is replaced by other equivalent or with similar purpose alternative features.That is, unless specifically stated, each feature is a series of
An example in equivalent or similar characteristics.
A kind of data encryption system based on molecule encryption technology is provided in the embodiment of the present invention 1, equipment structure chart is such as
Shown in Fig. 1:
A kind of data encryption system based on molecule encryption technology, the system comprises: encryption device and decryption device；Institute
Stating encryption device includes: fluorophor selecting module, solvent selection module, concentration selecting module, pH value selecting module, encryption light
Spectrometer, transcoding module, encrypting module and transmitting device；The decryption device include: the first receiving end, the second receiving end,
Third receiving end, the 4th receiving end, decryption spectrometer, deciphering module and reception device；
The transcoding module signal is connected to encrypting module；The fluorophor selecting module be connected separately in
Encrypt spectrometer and the 4th receiving end；The solvent selection module is connected separately in encryption spectrometer and third receiving end；
The concentration selecting module is connected separately in encryption spectrometer and the second receiving end；The pH value selecting module distinguishes signal
It is connected to encryption spectrometer and the first receiving end；The encryption spectrometer signal is connected to encrypting module；The encrypting module letter
Number it is connected to transmitting device；The transmitting device signal is connected to reception device；The reception device signal is connected to decryption mould
Block；The deciphering module signal is connected to decryption spectrometer；The decryption spectrometer is connected separately in the first receiving end,
Two receiving ends, third receiving end and the 4th receiving end.
The transcoding module is compiled for plaintext alphabetical information to be converted to corresponding number according to alphabetic order
Code；Fluorophor selecting module, for selecting the fluorophor for encryption, meanwhile, by selected fluorophor type
Information is sent to the 4th receiving end and encryption spectrometer；The solvent selection module, for selecting the solvent kind for encryption
Class, while selected solvent information is sent to third receiving end and encryption spectrometer；The concentration selecting module is used
The second receiving end and encryption light are sent in concentration of the selection for the solvent of encryption, while by selected concentration data information
Spectrometer；The pH value selecting module, for selecting the pH value of the solvent for encryption, while by selected pH value data information
It is sent to the first receiving end and encryption spectrometer.
It is described encryption spectrometer be used for according to send over pH value data information, concentration data information, solvent type and
Fluorescence group information carries out spectrum analysis, obtains fluorescence spectrum, characteristic parameter is obtained according to fluorescence spectrum, by characteristic parameter
It is sent to encrypting module；The encrypting module encrypts after being combined characteristic parameter and digital coding, obtains encryption letter
Breath, is sent to decryption device through transmitting device for encryption information.
First receiving end, the second receiving end, third receiving end and the 4th receiving end are all independent signal and receive dress
It sets, signal is connected to decryption spectrometer by way of the data transmission interface being plugged on decryption spectrometer, for that will receive
To pH value data information, concentration data information, solvent information and fluorophor information be sent to decryption spectrometer.
The decryption spectrometer, for being sent out according to the first receiving end, the second receiving end, third receiving end and the 4th receiving end
PH value data information, concentration data information, solvent information and the fluorophor information brought obtain corresponding spy
Parameter is levied, characteristic parameter is sent to deciphering module；The deciphering module, the feature for being sended over according to decryption spectrometer
Encryption information is decrypted in the alphabetical information that parameter and encryption device end send over.
A kind of data ciphering method based on molecule encryption technology is provided in the embodiment of the present invention 2:
A kind of data ciphering method based on molecule encryption technology, the described method comprises the following steps:
Step 1: encryption device end will need the plaintext alphabetical information that encrypts to first pass through transcoding module to be converted to number
Information；
Step 2: at encryption device end, selection is for encryption: fluorophor type, solvent type, solvent PH value and solvent
Concentration, encryption spectrometer can be with by the fluorophor type of above-mentioned selection, solvent type, solvent PH value and solvent strength parameter
It obtains in the solvent environment that corresponding solvent type, solvent PH value and solvent strength generate and point under fluorophor effect
The spectrum of son, chooses the corresponding X axis coordinate of spectrum peak point and Y-axis as characteristic parameter, characteristic parameter is sent to encryption
Module；
Step 3: the digital information that this feature parameter and transcoding module send over is combined by encrypting module to be added
It is close, encrypted encryption information is sent to decryption device end；
Step 4: if decryption device end needs to decrypt, needing to hold respectively the first receiving end, the second receiving end, third
Each receiving end is plugged on decryption spectrometer by the related personnel of receiving end and the 4th receiving end simultaneously, and decryption spectrometer passes through
These parameters could obtain characteristic parameter, and characteristic parameter is sent to deciphering module；
Step 5: the encryption information received and characteristic parameter are combined decryption by deciphering module.
The code conversion method of the transcoding module conversion plaintext alphabetical information are as follows: by the sky in plaintext alphabetical information
Lattice are removed, and obtain alphabetic string, obtain the number that each letter corresponds to sequence in alphabet, and every two number is formed one
Group encryption factor matrix:。
The encrypting module, by characteristic parameter and digital information be combined encryption encryption method the following steps are included:
Step 1: using the X-coordinate value of characteristic parameter as parameter A, using the Y-coordinate value of characteristic parameter as parameter B, building
One scrambled matrix:；
Step 2: by scrambled matrix and encryption factor matrix multiple, obtain character string matrix E after an encryption:
Step 3: after being sequentially used as encryption corresponding to the letter of the numerical value of P parameter and Q parameter in E matrix in alphabet
Information, all encrypted information is formed into final encryption information.
The deciphering module, by characteristic parameter and encryption information be combined decryption decryption method the following steps are included:
1, go out the inverse matrix of characteristic parameter according to calculation of characteristic parameters；
2, inverse operation is made according to the process of encryption.
A kind of data encryption system and method based on molecule encryption technology, system knot are provided in the embodiment of the present invention 3
Composition is as shown in Figure 1:
A kind of data encryption system based on molecule encryption technology, the system comprises: encryption device and decryption device；Institute
Stating encryption device includes: fluorophor selecting module, solvent selection module, concentration selecting module, pH value selecting module, encryption light
Spectrometer, transcoding module, encrypting module and transmitting device；The deciphering module include: the first receiving end, the second receiving end,
Third receiving end, the 4th receiving end, decryption spectrometer, deciphering module and reception device；
The transcoding module signal is connected to encrypting module；The fluorophor selecting module be connected separately in
Encrypt spectrometer and the 4th receiving end；The solvent selection module is connected separately in encryption spectrometer and third receiving end；
The concentration selecting module is connected separately in encryption spectrometer and the second receiving end；The pH value selecting module distinguishes signal
It is connected to encryption spectrometer and the first receiving end；The encryption spectrometer signal is connected to encrypting module；The encrypting module letter
Number it is connected to transmitting device；The transmitting device signal is connected to reception device；The reception device signal is connected to decryption mould
Block；The deciphering module signal is connected to decryption spectrometer；The decryption spectrometer is connected separately in the first receiving end,
Two receiving ends, third receiving end and the 4th receiving end.
The transcoding module is compiled for plaintext alphabetical information to be converted to corresponding number according to alphabetic order
Code；Fluorophor selecting module, for selecting the fluorophor for encryption, meanwhile, by selected fluorophor type
Information is sent to the 4th receiving end and encryption spectrometer；The solvent selection module, for selecting the solvent kind for encryption
Class, while selected solvent information is sent to third receiving end and encryption spectrometer；The concentration selecting module is used
The second receiving end and encryption light are sent in concentration of the selection for the solvent of encryption, while by selected concentration data information
Spectrometer；The pH value selecting module, for selecting the pH value of the solvent for encryption, while by selected pH value data information
It is sent to the first receiving end and encryption spectrometer.
It is described encryption spectrometer be used for according to send over pH value data information, concentration data information, solvent type and
Fluorescence group information carries out spectrum analysis, obtains fluorescence spectrum, characteristic parameter is obtained according to fluorescence spectrum, by characteristic parameter
It is sent to encrypting module；The encrypting module encrypts after being combined characteristic parameter and digital coding, obtains encryption letter
Breath, is sent to decryption device through transmitting device for encryption information.
First receiving end, the second receiving end, third receiving end and the 4th receiving end are all independent signal and receive dress
It sets, signal is connected to decryption spectrometer by way of the data transmission interface being plugged on decryption spectrometer, for that will receive
To pH value data information, concentration data information, solvent information and fluorophor information be sent to decryption spectrometer.
The decryption spectrometer, for being sent out according to the first receiving end, the second receiving end, third receiving end and the 4th receiving end
PH value data information, concentration data information, solvent information and the fluorophor information brought obtain corresponding spy
Parameter is levied, characteristic parameter is sent to deciphering module；The deciphering module, the feature for being sended over according to decryption spectrometer
Encryption information is decrypted in the alphabetical information that parameter and encryption device end send over.
A kind of data ciphering method based on molecule encryption technology, the described method comprises the following steps:
Step 1: encryption device end will need the plaintext alphabetical information that encrypts to first pass through transcoding module to be converted to number
Information；
Step 2: fluorophor type, solvent type, solvent PH value and solvent of the selection for encryption at encryption device end
Concentration, encryption spectrometer, it can be concluded that in the solvent environment and under fluorophor effect, are divided by these parameters of selection
The spectrum of son, chooses the corresponding X axis coordinate of spectrum peak point and Y-axis as characteristic parameter, characteristic parameter is sent to encryption
Module；
Step 3: the digital information that this feature parameter and transcoding module send over is combined by encrypting module to be added
It is close, encrypted encryption information is sent to decryption device end；
Step 4: if decryption device end needs to decrypt, needing to hold respectively the first receiving end, the second receiving end, third
Each receiving end is plugged on decryption spectrometer by the related personnel of receiving end and the 4th receiving end simultaneously, and decryption spectrometer passes through
These parameters could obtain characteristic parameter, and characteristic parameter is sent to deciphering module；
Step 5: the encryption information received and characteristic parameter are combined decryption by deciphering module.
The code conversion method of the transcoding module conversion plaintext alphabetical information are as follows: by the sky in plaintext alphabetical information
Lattice are removed, and obtain alphabetic string, obtain the number that each letter corresponds to sequence in alphabet, and every two number is formed one
Group encryption factor matrix:。
The encrypting module, by characteristic parameter and digital information be combined encryption encryption method the following steps are included:
Step 1: using the X-coordinate value of characteristic parameter as parameter A, using the Y-coordinate value of characteristic parameter as parameter B, building
One scrambled matrix:；
Step 2: by scrambled matrix and encryption factor matrix multiple, obtain character string matrix E after an encryption:
Step 3: after being sequentially used as encryption corresponding to the letter of the numerical value of P parameter and Q parameter in E matrix in alphabet
Information, all encrypted information is formed into final encryption information.
The deciphering module, by characteristic parameter and encryption information be combined decryption decryption method the following steps are included:
1, go out the inverse matrix of characteristic parameter according to calculation of characteristic parameters；
2, inverse operation is made according to the process of encryption.
Using above technical scheme, present invention produces following the utility model has the advantages that
The present invention gets around traditional telecommunications means cipher mode, Promethean to be encrypted using molecular engineering.Reason
It by above can produce infinite more key, cracking that difficulty is very big, greatly improving the reliability of encryption system.
Other than molecular engineering is applied to cryptographic means, the present invention has also carried out group to molecular information and digital information
Encryption is closed, the mode of double-encryption also allows entire encrypted information to be more difficult to be cracked, in addition to this, the encryption that the present invention uses
Algorithm is also very simple, dependent on the diversity of key, so that simple algorithm can also have very high degree of safety.
The present invention separates four receiving ends, and different staff can be transferred to take care of, only when four connect
Data information in receiving end is all plugged on spectrometer, after decrypted spectrometer is read out, just can guarantee that decryption spectrometer obtains
The characteristic ginseng value taken is correct, and also encryption information could be decrypted.
The cryptographic means that the present invention uses, theoretically for there are infinite multiple keys, due in addition different material, no
Under conditions of same concentration, different solvents and pH value, this set system can produce a variety of fluorescence spectrums, can be obtained by thousand in this way
Become ten thousand keys changed, data is allowed preferably to be protected, and operating process is also simple enough.
The invention is not limited to specific embodiments above-mentioned.The present invention, which expands to, any in the present specification to be disclosed
New feature or any new combination, and disclose any new method or process the step of or any new combination.
Claims (5)
1. a kind of data encryption system based on molecule encryption technology, which is characterized in that the system comprises: encryption device reconciliation
Close device；The encryption device includes: fluorophor selecting module, solvent selection module, concentration selecting module, pH value selection mould
Block, encryption spectrometer, transcoding module, encrypting module and transmitting device；The decryption device includes: the first receiving end,
Two receiving ends, third receiving end, the 4th receiving end, decryption spectrometer, deciphering module and reception device；
The transcoding module signal is connected to encrypting module；The fluorophor selecting module is connected separately in encryption
Spectrometer and the 4th receiving end；The solvent selection module is connected separately in encryption spectrometer and third receiving end；It is described
Concentration selecting module is connected separately in encryption spectrometer and the second receiving end；The pH value selecting module is connected separately
In encryption spectrometer and the first receiving end；The encryption spectrometer signal is connected to encrypting module；The encrypting module signal connects
It is connected to transmitting device；The transmitting device signal is connected to reception device；The reception device signal is connected to deciphering module；Institute
It states deciphering module signal and is connected to decryption spectrometer；The decryption spectrometer is connected separately to be connect in the first receiving end, second
Receiving end, third receiving end and the 4th receiving end；
The transcoding module, for plaintext alphabetical information to be converted to corresponding digital coding according to alphabetic order；It is glimmering
Light group selecting module, for selecting the fluorophor for encryption, meanwhile, selected fluorophor information is sent out
It send to the 4th receiving end and encryption spectrometer；The solvent selection module, for selecting the solvent type for encryption, simultaneously
Selected solvent information is sent to third receiving end and encryption spectrometer；The concentration selecting module, for selecting
The concentration of solvent for encryption, while selected concentration data information is sent to the second receiving end and encryption spectrometer；
The pH value selecting module is sent for selecting the pH value of the solvent for encryption, while by selected pH value data information
To the first receiving end and encryption spectrometer；
The encryption spectrometer is used for according to pH value data information, concentration data information, solvent type and the fluorescence sended over
Group's information carries out spectrum analysis, obtains fluorescence spectrum, obtains characteristic parameter according to fluorescence spectrum, characteristic parameter is sent
To encrypting module；The encrypting module encrypts after being combined characteristic parameter and digital coding, obtains encryption information,
Encryption information is sent to decryption device through transmitting device；
At encryption device end, selection is for encryption: fluorophor type, solvent type, solvent PH value and solvent strength, encryption
Spectrometer is by the fluorophor type of above-mentioned selection, solvent type, solvent PH value and solvent strength parameter it can be concluded that in phase
The light of solvent environment and the molecule under fluorophor effect that solvent type, solvent PH value and the solvent strength answered generate
Spectrum, chooses the corresponding X axial coordinate of spectrum peak point and Y axis as characteristic parameter, characteristic parameter is sent to encryption mould
Block；The code conversion method of transcoding module conversion plaintext alphabetical information are as follows: by the space in plaintext alphabetical information into
Row removal, obtains alphabetic string, obtains the number that each letter corresponds to sequence in alphabet, and every two number composition is added for one group
Close factor matrix:；Characteristic parameter and digital information are combined encryption by the encrypting module, and the X of characteristic parameter is sat
Scale value constructs a scrambled matrix using the Y coordinate of characteristic parameter as parameter B as parameter A:；It will
Scrambled matrix and encryption factor matrix multiple obtain character string matrix E after an encryption:；It will
Sequentially correspond to the letter of the numerical value of the P parameter and Q parameter in E matrix in alphabet as encrypted information, incites somebody to action
All encrypted information form final encryption information.
2. the data encryption system as described in claim 1 based on molecule encryption technology, which is characterized in that described first receives
End, the second receiving end, third receiving end and the 4th receiving end are all independent signal receiving device, by being plugged into decryption spectrum
The mode signal of data transmission interface on instrument is connected to decryption spectrometer, the pH value data information for will receive, concentration
Data information, solvent information and fluorophor information are sent to decryption spectrometer.
3. the data encryption system as claimed in claim 2 based on molecule encryption technology, which is characterized in that the decryption spectrum
Instrument, the pH value data letter for being sended over according to the first receiving end, the second receiving end, third receiving end and the 4th receiving end
Breath, concentration data information, solvent information and fluorophor information obtain corresponding characteristic parameter, and characteristic parameter is sent out
It send to deciphering module；The deciphering module, characteristic parameter and encryption device end for being sended over according to decryption spectrometer are sent out
Encryption information is decrypted in the alphabetical information brought.
4. a kind of data ciphering method based on molecule encryption technology, which is characterized in that any described for claim 1-3
The data encryption system based on molecule encryption technology, the described method comprises the following steps:
Step 1: encryption device end will need the plaintext alphabetical information that encrypts to first pass through transcoding module to be converted to digital information；
Step 2: at encryption device end, selection is for encryption: fluorophor type, solvent type, solvent PH value and solvent are dense
Degree, encryption spectrometer can be obtained by the fluorophor type of above-mentioned selection, solvent type, solvent PH value and solvent strength parameter
Out in the solvent environment that corresponding solvent type, solvent PH value and solvent strength generate and the molecule under fluorophor effect
Spectrum, choose the corresponding X axis coordinate of spectrum peak point and Y-axis as characteristic parameter, characteristic parameter be sent to encryption mould
Block；
Step 3: the digital information that this feature parameter and transcoding module send over is combined encryption by encrypting module, will
Encrypted encryption information is sent to decryption device end；The code conversion side of the transcoding module conversion plaintext alphabetical information
Method are as follows: the space in plaintext alphabetical information is removed, alphabetic string is obtained, each letter is obtained and corresponds to sequence in alphabet
Number, by every two number form a group encryption factor matrix:；The encrypting module believes characteristic parameter and number
Breath is combined the encryption method of encryption are as follows: first using the X-coordinate value of characteristic parameter as parameter A, by the Y coordinate of characteristic parameter
Value is used as parameter B, constructs a scrambled matrix:；Then by scrambled matrix and encryption factor matrix phase
Multiply, obtain character string matrix E after an encryption:
；Finally by the number of the P parameter and Q parameter that sequentially correspond in E matrix in alphabet
The letter of value forms final encryption information as encrypted information, by all encrypted information；
Step 4: if decryption device end needs to decrypt, needing to hold respectively the first receiving end, the second receiving end, third reception
Each receiving end is plugged on decryption spectrometer by the related personnel of end and the 4th receiving end simultaneously, and decryption spectrometer passes through these
Parameter could obtain characteristic parameter, these parameters include the pH value data information of pH value selecting module selection, concentration selecting module
The fluorescence of the concentration data information of selection, the solvent information of solvent selection module selection and the selection of fluorophor selecting module
Characteristic parameter is sent to deciphering module by radical species information；
Step 5: the encryption information received and characteristic parameter are combined decryption by deciphering module.
5. the data ciphering method as claimed in claim 4 based on molecule encryption technology, which is characterized in that the decryption mould
Block, by characteristic parameter and encryption information be combined decryption decryption method the following steps are included:
1, go out the inverse matrix of characteristic parameter according to calculation of characteristic parameters；
2, inverse operation is made according to the process of encryption.
Priority Applications (1)
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| CN107704622A (en) * | 2017-10-27 | 2018-02-16 | 成都艾薇尼尔信息技术有限公司 | A kind of Intelligent Business service system based on big data analysis |
| CN109617604B (en) * | 2017-12-25 | 2020-07-21 | 中科稀土（长春）有限责任公司 | Optical communication system based on stroboscopic information |
| CN108259501A (en) * | 2018-01-26 | 2018-07-06 | 成都易达天下国际贸易有限责任公司 | A kind of encryption system and encryption method of EMS declarations system |
| CN110266729A (en) * | 2019-07-18 | 2019-09-20 | 倪玉根 | Cloud Server login method and device based on image encryption |
| CN112488638A (en) * | 2019-09-11 | 2021-03-12 | 杭州云想企业管理有限公司 | Enterprise process electronic management system and method |
| CN112000981B (en) * | 2020-07-13 | 2024-04-05 | 山西中维信息工程股份有限公司 | Computer encryption system and method based on molecular encryption |
| CN113121409A (en) * | 2021-03-03 | 2021-07-16 | 太原理工大学 | Organic fluorescent material with information deep hiding function, preparation and application |
| CN113746629B (en) * | 2021-11-04 | 2022-03-01 | 山东凤和凰城市科技有限公司 | Secret communication method based on polymer simulation |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2004088585A3 (en) * | 2003-03-31 | 2005-06-02 | Council Scient Ind Res | A method for storing information in dna |
| CN101702240A (en) * | 2009-11-26 | 2010-05-05 | 大连大学 | Image encryption method based on DNA sub-sequence operation |
| CN102324106A (en) * | 2011-06-02 | 2012-01-18 | 武汉大学 | SFS (Shape From Shading) three-dimensional reconstruction sparse-DEM (Digital Elevation Model) encrypting method considering surface spectral information |
| CN103226723A (en) * | 2013-04-26 | 2013-07-31 | 福建鸿博印刷股份有限公司 | Combined two-dimensional code anti-counterfeiting method capable of preventing copy |
| CN105119717A (en) * | 2015-07-21 | 2015-12-02 | 郑州轻工业学院 | DNA coding based encryption system and encryption method |
| CN105447407A (en) * | 2015-11-11 | 2016-03-30 | 中国建设银行股份有限公司 | Off-line data encryption method and decryption method and corresponding apparatus and system |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7162372B2 (en) * | 2002-10-08 | 2007-01-09 | Tse-Wei Wang | Least-square deconvolution (LSD): a method to resolve DNA mixtures |
| US20080268431A1 (en) * | 2004-09-14 | 2008-10-30 | Jin-Ho Choy | Information Code System Using Dna Sequences |
| US9141823B2 (en) * | 2013-03-15 | 2015-09-22 | Veridicom, Sa De Cv | Abstraction layer for default encryption with orthogonal encryption logic session object; and automated authentication, with a method for online litigation |
-
2016
- 2016-05-31 CN CN201610381596.3A patent/CN106100841B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2004088585A3 (en) * | 2003-03-31 | 2005-06-02 | Council Scient Ind Res | A method for storing information in dna |
| CN101702240A (en) * | 2009-11-26 | 2010-05-05 | 大连大学 | Image encryption method based on DNA sub-sequence operation |
| CN102324106A (en) * | 2011-06-02 | 2012-01-18 | 武汉大学 | SFS (Shape From Shading) three-dimensional reconstruction sparse-DEM (Digital Elevation Model) encrypting method considering surface spectral information |
| CN103226723A (en) * | 2013-04-26 | 2013-07-31 | 福建鸿博印刷股份有限公司 | Combined two-dimensional code anti-counterfeiting method capable of preventing copy |
| CN105119717A (en) * | 2015-07-21 | 2015-12-02 | 郑州轻工业学院 | DNA coding based encryption system and encryption method |
| CN105447407A (en) * | 2015-11-11 | 2016-03-30 | 中国建设银行股份有限公司 | Off-line data encryption method and decryption method and corresponding apparatus and system |
Non-Patent Citations (3)
| Title |
|---|
| Four-image encryption method based on spectrum truncation,chaos and the MODFrFT;J Wu;《Optics & Laser Technology》;20130228;全文 |
| 基于DNA技术的加密方案;崔光照;《计算机工程与应用》;20090430;全文 |
| 基于DNA计算的加密方法研究;赵晓航;《中国优秀硕士学位论文全文数据库 信息科技辑》;20140515(第05期);全文 |
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