55results about How to "Strong uniqueness" patented technology

Provided is a commodity double-layer anti-fake method based on technologies of internet of things. The commodity double-layer anti-fake method based on the technologies of the internet of things comprises a plain code layer, a code layer, a mobile terminal, a server and a database. The plain code layer only contains inquiry codes which are used for inquiry of commodity information. A user obtains an inquiry code through the mobile terminal, and the inquiry code is automatically sent to the server. The server obtains a commodity information code through a decipherment algorithm, inquires corresponding commodity information from the database, and then sends the commodity information back to the mobile terminal. The code layer only contains verification codes which are used for verification of authenticity of a commodity, wherein a verification code and a corresponding inquiry code are a pair of rule codes which are bound in a one-to-one correspondence mode. The user obtains the verification code through the mobile terminal which is provided with identification software of two-dimension codes, bar codes or digital codes, and the verification code is automaticlly sent to the server. The server matches the verification code and the inquiry code, and sends a matching result back to the mobile terminal. The commodity double-layer anti-fake method based on the technologies of the internet of things has the advantages of being good in anti-fake performance, providing convenience, and being high in encryption performance, rapid, not prone to being forged, and beneficial for protecting rights and interests of consumers and enterprises.

The invention provides a vehicle identification data processing method. The method includes the steps of obtaining vehicle bus data through a vehicle bus, wherein the vehicle bus data include an engine identification code and further include at least one of vehicle bus configuration data, vehicle system configuration data, trip computer parameters, the vehicle bus type, the vehicle communication protocol category and vehicle delivery capacity; generating vehicle genetic data according to the combination of the vehicle bus data, uploading the vehicle genetic data to a data processing server, wherein the vehicle genetic data are used for vehicle identification. According to the vehicle identification data processing method, the vehicle genetic data uploaded to the data processing server have high uniqueness, vehicle identification can be achieved according to the vehicle genetic data so that different vehicles can be distinguished, and the method can be widely applied to various fields such as the traffic management field, the investigation field and the vehicle positioning field. The invention further provides a vehicle identification data processing device and system.

The invention discloses a method for authenticating an identity and a device for authenticating the identity, relates to the technical field of Internet, and can solve the problem that individual accounts in internet application can not be practically protected. The method disclosed by the invention comprises the following steps: obtaining characteristic data of a user; analyzing an account safety state of a user according to the characteristic data; finding an operating authorization corresponding to the account safety state; executing the operating authorization corresponding to the account safety state. The method and the device are mainly applied to an account safety detection process.

The present invention discloses a resistance voltage divider type DAC-PUF circuit which comprises an input register, a bias voltage generation circuit, a voltage comparator, and a time sequence controller. The bias voltage generation circuit comprises a two resistance voltage divider type DACs with the same structure. Each of the resistance voltage divider type DACs comprises three 2-4 decoded with the same structure, an operational amplifier, and four resistance divider units with the same structure. The resistance divider units comprise 22 NMOS tubes and 17 resistors. The circuit has the advantages that a digital and analog mixing mode is employed, the mismatch of the resistance voltage divider type DAC resistors is used to generate a bias voltage signal, the output key change is realized, in the TSMC-LP 65nm CMOS process, a full customization mode is used to design the circuit layout of the invention, the resistance voltage divider type DAC-PUF circuit is tested, an experimental result shows that the uniqueness of the resistance voltage divider type DAC-PUF circuit is strong, the randomness and reliability in different working environments are larger than 99.1% and 97.8%, and the circuit can be widely applied to the fields of key generation and device authentication.

A shadow puppet control robot achieves horizontal motion through a spiral transmission mechanism, achieves vertical motion through a crank sliding block mechanism, achieves arm simulation action through an open-loop mechanical arm structure, and transfers arm simulation action to a shadow puppet arm through a parallelogram mechanism so as to achieve the purpose of controlling a shadow puppet to perform. Through mechanical and electrical integrated control, shadow puppet play performance is simpler, load of artists is reduced, accordingly the shadow puppet performance technology heads for automation in true meaning, and the shadow puppet control robot adapts to the modern performance devices and enables shadow puppet culture too be passed on better.

The invention discloses a method and apparatus for verifying the authenticity of electronic archives for solving the problems that the method for verifying the authenticity of electronic archives in the prior art is relatively simple, the security is relatively low, and that the accuracy of the verification results cannot be ensured effectively. The method for verifying the authenticity of electronic archives comprises the following steps: obtaining a to-be-verified electronic archive and metadata of the to-be-verified electronic archive; generating a digital digest of the to-be-verified electronic archive; extracting core metadata of the to-be-verified electronic archive; obtaining an identity card of the electronic archive, analyzing the identity card of the electronic archive, and extracting an identity card serial number of the electronic archive, a public key certificate of a receiving unit receiving the electronic archive and a signature value from the analysis result; and based on the public key certificate of the receiving unit, the signature value, the digital digest of the to-be-verified electronic archive and the core metadata of the to-be-verified electronic archive, performing digital signature verification by using an asymmetric algorithm to determine the authenticity of the to-be-verified electronic archive.

The invention relates to a circular loop statistic characteristic-based anti-rotation image Hash method, which comprises the following steps of: normalizing the size of an image size by using a bilinear interpolation method; processing the image by using a Gaussian low-pass filter; if the image is a color image, converting the image into a YCbCr color space, and representing the color image by using a brightness component; dividing the image into a plurality of circular loops, and extracting statistical data such as an average value, variance, skewness degree and kurtosis of each circular ring as characteristics; normalizing the statistical characteristics; calculating an average value of the statistical data, taking the average value as a reference, calculating Euclidean distances between the statistical characteristics of the circular loops and reference characteristics, and connecting all distance values in series to obtain an image Hah; and when similarity is judged, calculating L2 norms of two Hashes, determining that corresponding images are the same if the similarity is less than a set threshold value, otherwise determining that the corresponding images are different. The method is robust for common digital processing such as image rotation, joint photographic experts group (JPEG) compression, noise jamming, brightness regulation and contrast enhancement, and is high in uniqueness.

The first and last code Chinese character input selects radicals of 100-130, defined on the letter keys and selected punctuation marks keys, maximizing the first code based on the sequence of writing, and maximizing the last code radical based on the reverse sequence, then maximizing the second radical based on reverse sequence, then the third code. In the sequence of codes, it is based on the sequence of first code, last code, second code and the third code to realize the maximization of the radicals, with the latter giving way to the previous when the strokes of the codes in contradiction. It is easy in character resolution, low in code repetition, visual, easy to remember, and easy to learn.

The invention provides a movable texture anti-counterfeiting method and a marker. The method comprises the following steps: coding a product, and recording texture information; bonding movable textures formed by individual elements on the base material layer; arranging a transparent protective layer to fix the movable individual elements; collecting the feature information of the immobile individual elements, and filing the feature information into an anti-counterfeiting inspection system database as a texture information file; and checking whether the immovable texture is consistent with thetexture information file or not by using the smart phone so as to identify the authenticity of the product. The method is convenient for the public to discriminate true and false textures by hands, and is high in anti-counterfeiting strength.

The invention discloses a pharmaceutical composition for improving climacteric symptoms. The pharmaceutical composition comprises the following materials in parts by weight: 12-20 parts of glossy privet fruits, 12-20 parts of eclipta, 8-15 parts of rhizoma cyperi, 4-10 parts of lilies, 14-25 parts of oysters, 12-20 parts of spina date seeds, 4-14 parts of rhizoma anemarrhenae and 0.1-2.5 parts of oviductus ranae. The preparation method of the pharmaceutical composition comprises the following steps of: extracting and concentrating the glossy privet fruits, the eclipta and the rhizoma cyperi by alcohol to obtain thick extract A; water-extracting and concentrating the lilies, the oysters and the rhizoma anemarrhenae to obtain thick extract B; mixing the thick extract A with the thick extract B, drying, crushing and sieving to dry extract powder; crushing and sieving the oviductus ranae; and mixing the dry extract powder with the oviductus ranae, adding normal auxiliary materials for preparing an oral solid preparation according to a normal process. The pharmaceutical composition disclosed by the invention has the function of improving the climacteric symptoms, and can be used for preparing healthcare food, common food or drugs.

The invention discloses a soft PUF (Physical Unclonable Function) based on a Camellia encryption algorithm, which comprises a hardware platform, the hardware platform is a 128-bit Camellia encryption algorithm hardware circuit, PUF response data is acquired by utilizing path delay deviation in the Camellia encryption algorithm hardware circuit, special hardware overhead is not needed, PUF response acquisition is carried out under a fixed clock frequency, the instability phenomenon caused in the frequency change process is avoided, in addition, the PUF response is subjected to multi-round data randomization of the Camellia encryption algorithm, the uniqueness and randomness are relatively high, the collection difficulty of extracting the PUF response from the output of the Camellia encryption algorithm hardware circuit is low, the number of bits is relatively large, and the security is relatively high. The Soft PUF based on the Camellia encryption algorithm has the advantages of frequency disturbance resistance, high reliability, good uniqueness and randomness and high security, and is beneficial to application in the field of information security.

The invention aims to provide a piezoelectric ceramic novel label, and an identification system and an identification method for the piezoelectric ceramic novel label for meeting a protection requirement on special goods. The piezoelectric ceramic novel label has a piezoelectric ceramic sheet, wherein conducting layers are coated on two planes of the piezoelectric ceramic sheet; and the conducting layers on the two planes are not conducted. The identification system comprises the piezoelectric ceramic novel label to be labeled, an impedance analyzer and a computer, wherein the conducting layers on the two planes of the piezoelectric ceramic novel label are connected with the impedance analyzer by leads; and the impedance analyzer is connected to the computer. The impedance characteristic information of the piezoelectric ceramic (lead zirconate titanate (PZT)) label is correlated with PZT materials, glue water, structural physical characteristics and the like, so the PZT label is strong in uniqueness and relatively simple to identify and can be used as a special label.

The invention discloses a method for registering types of raise dust of a fixed source. The method relates to fixed source raise dust type registration, comprises a Harris corner point algorithm and an image registration process, and further comprises the following steps: setting sampling points according to the fixed source raise dust type, selecting one optimal image in each sampling interval toform a registration image set, and taking other images as source images for testing; performing the same preprocessing on the source image and the registration image; setting a registration area; calculating a correlation coefficient of a registration area of the source image and the registration image; utilizing the correlation coefficient to judge the matching degree of the source image and theregistration image; and entering an image registration process. According to the method, the types of raise dust of a fixed source can be effectively distinguished, and an ideal registration image set is obtained; and the method has good characteristic invariance, uniqueness, stability and independence, and can realize identification of different fixed dust sources such as excavation, decorationand total balance.