45results about How to "Simple coding method" patented technology

The present invention discloses a method for predicting a secondary structure of the protein based on multiple evolution matrices. The method comprises: downloading a protein NR database and a BLAST program local software package to generate a position-specific scoring matrix PSSM of a given protein sequence, carrying out parameter adjustment on the PSI-BLAST program to obtain evolution matrices of different divergence degrees of the protein sequence; processing all eigenvectors in the evolution matrices to form multiple evolution matrix features; taking the multiple evolution matrix features as input of a classifier and evaluating classification accuracy to obtain an optimization model; and for the protein with an unknown structure, inputting the optimization model, and predicting the secondary structure of the protein. According to the method disclosed by the present invention, for a protein sequence, multiple matrices with different evolutionary divergence degrees are simultaneously used to express the protein sequence, so that the protein structure information is more fully expressed, the possibility of residue replacement is considered more comprehensively, accuracy for predicting the secondary structure of the protein is improved, and the encoding method is simple and effective.

Disclosed is an coding apparatus, an coding method, an coding method program, and a recording medium recording the coding method program. The present invention is applicable to transmission of motion pictures using satellite broadcasts, cable television, Internet, cellular phones, and the like, and recording of motion pictures on recording media such as optical disks, magnetic optical disks, flash memory, and the like, for example. In this manner, the coding apparatus can be also constructed to function as a decoding apparatus and an image conversion apparatus. An embodiment of the present invention can simplify the overall construction of such coding apparatus. An embodiment of the present invention detects an optimum prediction mode for intra prediction and inter prediction prior to a coding process. The embodiment detects variables IntraSAD, InterSAD, and (X) indicating differential data sizes according to the detected optimum prediction mode. The embodiment determines target code amounts for pictures according to the variables IntraSAD, InterSAD, and (X).

A computer and mobile phone input method of Chinese character holographic code includes forming sound code by initial consonant and vowel of Chinese character and forming shape code by component and stroke as well as stroke form then carrying out full spelling and double spelling as well as triple spelling to form mixed input coding system without said shape code-said sound code switching-over to each other, enabling to use normal keyboard on computer or on mobile phone to input said holographic code.

A bar code for measurement and the measurer, every code element consisting of a pair of light and shade fringe, the width of code element is fixed value, the boundary position of code element is fixed, the light an dshade code element representing zero code in binary, the opposite phase code of said code element representing 1 code in binary, the zero and 1 code arranged according to conventional rule and forming the bar code for measurement.

The invention discloses an environmental voice recognition method based on keypoint encoding and multi-pulse learning. An environmental voice is dynamically and efficiently recognized by robustness through a brain-imitating information processor, and by taking an RWCP database as a processing object, the whole system is divided into three parts: data preprocessing, characteristic extraction and classifier classification. The invention provides a method of combining a pulse neural network on the basis of sparse keypoint encoding, wherein the voice is recognized by means of discrete pulses. In order to make full use of effective information in a whole time window, nerve cells are guided to learn by adopting a multi-pulse output learning algorithm and using a pulse number in a special interval.

The invention is suitable for the field of multimedia information processing and provides a 3D (three--dimensional) video signal compression coding-decoding method, device and system. The compression coding method comprises the following steps: obtaining an odd pixel value or an even pixel value of a left eye video image and an odd pixel value or an even pixel value of a right eye video image of an original 3D video signal; and generating a hybrid video image according to the odd pixel value or even pixel value of the left eye video image and the odd pixel value or even pixel value of the right eye video image. The size of the newly generated hybrid video image is the same as that of the left or right eye video image so as to solve the problem of insufficient transmission bandwidth; and meanwhile, various frequency components of the left and right eye video images are completely preserved to reduce the distortion of the images, and the relativity of the left eye video image and the right eye video image is basically preserved so that the efficiency of coding and decoding the transmission format of the hybrid video image is high, and the compression ration is high.

The invention provides a fluorescent encoding microsphere, an array and a preparation method of the fluorescent encoding microsphere. The encoding microsphere comprises a microsphere carrier, which isa mesoporous microsphere, wherein the microsphere carrier is internally provided with at least one fluorescent marker, the fluorescent marker is formed by connecting a fluorescent dye and an intermediate substance, and the central emission wavelengths of the fluorescent dyes corresponding to the fluorescent markers are different, so that each fluorescent dye defines the coding information of onedimension of the coding microsphere.

The embodiment of the application provides a method and device for encoding or decoding a three-dimensional data point set, which can simplify an encoding method, reduce the time overhead of encodingand decoding, and improve the compression rate. The method comprises the following steps: carrying out position coordinate coding on the position coordinate of at least one three-dimensional data point in the three-dimensional data point set to obtain a first binary code stream; according to the position coordinate sequence of the at least one three-dimensional data point after the position coordinate coding, carrying out binarization coding on the attribute of the at least one three-dimensional data point to obtain a second binary code stream; and carrying out entropy coding on the first binary code stream and the second binary code stream.

This invention relates to an interactive phonetic-stroke code input method. Wherein, with tone-form input method as the main and the spelling / stroke input method as the supplement, applying freely on one input state without any switch; if knowing nothing about the Chinese tone-form code, inputting the word with the spelling or stoke input method to learn every code information of the word on selection window, including the right spelling, split result or right stroke order, tone-form code and the source of every code; if does not the spelling, inputting the word with stroke method to see the information about the word. This invention has no coincident code for high-speed touch typing.

The invention provides a Chinese character configuration full-character configuration code encoding method and a color Chinese character full-code input method. The Chinese characters are split into ancient / modern Chinese character code elements with independent implications which are used as Chinese character letters; the Chinese character letters are similar to the Latin letters in form; the splitting of the Chinese characters is not restricted by encoding length and the quantities of Chinese character letters obtained in practical splitting are used as the encoding lengths; the colors of the Chinese character letters and evolving bodies in each group are the same. Each of the 26 groups of Chinese character letters corresponding to the 26 groups of the Latin letters has an independent color. The method has the advantages that the quantity of character roots is small, the character roots are closely related to the Latin letters, the rules are simple, the arrangement is orderly and memorizing is facilitated; the Chinese character encoding length is not limited and the numbers of the Chinese character letters obtained in practical splitting are used as the criterion, so that the encoding method is simple, is great in regularity and easy to master; during Chinese character input, the Chinese character letters corresponding to each Latin letter in the Chinese characters has one independent color, so that Chinese character learners can understand the structures of the Chinese characters and master the structures of the Chinese characters quickly.

The embodiment of the invention provides an image processing method and device, an electronic device and a storage medium. The image processing method comprises the steps of extracting first feature data with a first dimension of an image; performing feature dimension reduction on the first feature data to obtain second feature data with a second dimension, the value of the second dimension beingsmaller than the value of the first dimension; according to a threshold value preset for each piece of feature data of the second dimension, carrying out binary coding on the feature value of each dimension of the second feature data to generate a binary string code for representing an image gene; and mapping the value of each corresponding unit number in the binary string code into a character toobtain a coded character string for representing an image gene. The image characteristic gene coding method is fast and simple, can perform calculation by using relatively few calculation resources,and has excellent field applicability.

The invention relates to a digital Chinese character inputting method and a commonly-used numeric keyboard for computers, an electronic products and internet network terminal devices and belongs to the technical field of Chinese character encoding and information processing. The commonly-used numeric keyboard comprises a virtual numeric keyboard or a numeric soft keyboard on a touch screen. The digital Chinese character inputting method adopts a digital positioning method of three elements including strokes, radicals and spellings, and Chinese characters are divided into three categories including a simple Chinese character with less than 6 strokes, a combined Chinese character with more than 7 strokes and an independent Chinese character, and are classified and encoded. The digital Chinese character inputting method has the advantages of being simple, strong in intuitiveness, convenient to fetch codes, few in repeated codes, small in memory capacitance, convenient to learn and use and suitable for popularization and application. Chinese character word groups and phrases are encoded by means of multiple methods, thereby facilitating usage of users. The digital Chinese character inputting method is not required to be memorized mechanically in learning, characters and codes can be output only by mastering keyboard positioning and encoding rules of the three elements including strokes, radicals and spellings, and the users can use the method with facility.

The invention discloses a number-code matching Chinese character input method. According to the number-code matching Chinese character input method, by splitting Chinese characters into character components, Chinese character coding rules are correspondingly set, and the crossing and step-by-step use of the character components and the coding of Chinese character structures and last stroke information are normalized; and according to different requirements of the coding process, Chinese characters and Chinese words are coded and Chinese characters and Chinese words are input into an electronic product by a keyboard input device. The number-code matching Chinese character input method is scientific and regular to classify and code the character components, the character components correspond to number key positions, a user does not need to remember a keyboard, and mnemonics are provided to help users to remember the character components; Chinese characters are split visually, and a coding method is concise and is easy to master; an input speed is high, a small number of coincident codes are generated, traditional and variant Chinese characters can be directly processed, Chinese words are rapid and convenient to input, Chinese character input adaptability is high, and the number-code matching Chinese character input method is convenient to use; the number-code matching Chinese character input method accords with the laws of recognizing, learning and describing Chinese characters, learning of Chinese characters and mastering of the method are synchronously carried out, and popularization and generalization are good; and the number-code matching Chinese character input method has the advantages when being used for a small-scale mobile electronic device, and has high practical value on the aspects of retrieval, sorting, learning tools and character and word dictionary tools.

The invention is suitable for the field of multimedia information processing and provides a 3D (three--dimensional) video signal compression coding-decoding method, device and system. The compression coding method comprises the following steps: obtaining an odd pixel value or an even pixel value of a left eye video image and an odd pixel value or an even pixel value of a right eye video image of an original 3D video signal; and generating a hybrid video image according to the odd pixel value or even pixel value of the left eye video image and the odd pixel value or even pixel value of the right eye video image. The size of the newly generated hybrid video image is the same as that of the left or right eye video image so as to solve the problem of insufficient transmission bandwidth; and meanwhile, various frequency components of the left and right eye video images are completely preserved to reduce the distortion of the images, and the relativity of the left eye video image and the right eye video image is basically preserved so that the efficiency of coding and decoding the transmission format of the hybrid video image is high, and the compression ration is high.

The invention provides an anti-counterfeiting recognition analysis method for an anti-counterfeiting recognition analysis system. The anti-counterfeiting recognition analysis method comprises receiving a first code transmitted by an electronic device and the global positioning system information of the electronic device; according to the first code, obtaining a second code corresponding to the first code from a database; combining the first code and the second code according to a predetermined sequence to generate an identification code; and transmitting the second code corresponding to the first code to the electronic device. According to the anti-counterfeiting recognition analysis method, the uniqueness of the code is identified, and the effect of identifying and analyzing multiple parameters such as the number of inquiry times of the same first code, the inquiry area and the inquiry time is achieved.

The invention relates to the field of transportation, in particular to a technique for determining a delivery and collection plan in a collecting and distributing transportation network for goods requiring quick transportation. The invention provides the method and the device for determining a delivery and collection plan for the quick goods, wherein the method for determining the delivery plan comprises the following steps: for the quick goods required to be transported from an unloading station to m receiving points, determining a first set S1 which contains set number of digital sequences corresponding to a distribution plan respectively; determining a set Si+1 according to a set Si; and after determining the kth set SK, determining the delivery plan according to the set SK. Because the digital sequences in the first set S1 pass through a plurality of times of selection and interlace operations, a better distribution plan is selected according to the set SK iterated for K times to further obtain a better delivery or collection plan; besides, a method for coding the digital sequences is relatively simple, and under the condition with more receiving points, the delivery or collection plan is solved at a high speed.

The invention discloses an anti-counterfeit identification code, its encoding method and a method for generating the anti-counterfeit identification code. The coding method includes: translating into a first barcode according to a first code; providing a second code according to the first code; suffixing the second code to the first code; and setting the first barcode The barcode is on one side of the first code and the second code: wherein, the second code is a random number. The anti-counterfeit identification code of the present invention can directly generate code corresponding to the manufacturing time during the manufacturing process and print it on the product in real time, and has low manufacturing cost and is difficult to counterfeit.

The Chinese word holographic coding computer mobile phone input method and keyboard is a phonetic code composed of initials and finals of Chinese characters, and a font code composed of parts, strokes and stroke shapes, and the full spelling, double spelling, triple spelling, font code and phonetic code The encoding system of the mixed input is not switched. Its advantage is that this is a kind of Chinese character encoding that can be used for 26 key position standard English keyboards and 10 digital miniature keyboards and location code bar code word dictionary retrieval. The encoding method is scientific, the keyboard design is reasonable, the rules are concise and standardized, and the operation is simple and quick. It is a Chinese character encoding suitable for popularization and broad development prospects.

The invention relates to a new energy technology, in particular relating to an encoding method of a battery pole piece forming machine. The battery pole piece forming machine is provided with a punching motor, wherein the punching motor is provided with an output spindle; the battery pole piece forming machine also comprises a material pulling motor for intermittent material supply; the output spindle is connected with a 360-degree absolute encoder through a coupling; and the absolute encoder sends the absolute position of the output spindle back to a control system. The method comprises the following steps: S10, powering on; S20, performing self test; if the self test is successful, turning to a step S40; S30, stopping suddenly and outputting alarm information to terminate a sub-program; S40, selecting whether to call the existing formula; if so, turning to a step S80; S50, setting a new formula; S60, judging whether an operation button is pressed down; if the operation button is not pressed down, turning to the step S60; S70, running the machine and terminating the sub-program; and S80, calling the existing formula and turning to a step S7. The invention provides a simple and fast encoding method of a battery pole piece forming machine.

A Chinese-character full-information encode input method for inputting single words or phrases to computer features that the initial consonant and vowel are combined to become phonetic code and the component, stroke and stroke shape are combined to become shape code. Its advantages are scientific encode method, reasonable keyboard design, simple rule, and high speed.

The invention provides a Chinese character input method. The Chinese character input method includes steps: (1) generalizing strokes of Chinese characters into eight types including a horizontal stroke, a vertical stroke, a left-falling stroke, a right-falling stroke, a dot stroke, a rising stroke, a hook stroke and a turning stroke; (2) subjecting the Chinese characters to primary coding, to be more specific, according to a writing order of strokes of each Chinese character, coding first three strokes and last two strokes; (3) subjecting the Chinese characters to secondary coding; (4) subjecting the Chinese characters to tertiary coding. By primary coding, secondary coding and tertiary coding in Chinese character input and setting of tail codes for part of Chinese characters or setting ofsetting codes for first strokes or second strokes, the code repeating rate is sharply decreased; each Chinese character at most includes five codes in one-to-one correspondence to numbers on a computer keyboard directly, and accordingly simplicity in learning and saving of keyboard resources are realized.

According to priority of quantity split etymon as first rule, Chinese character is split. Coding elements include first letter of Chinese spell, first letter of split Chinese spell, code of split radical, and code of last stroke; but stroke of split non-etymon is not a coding element. Each Chinese character includes input keys composed of spelling initial of the Chinese character, and at the utmost three spelling initials of split Chinese character, or code of radical or code of last stroke. Under condition mostly, code of radical or code of last stroke is taken from pronunciation of initial name. Conversion key for priority of splitting structure is setup in the invention. Advantages are: easy of use, quick inputting speed and low rate of coincident code.

The invention provides a computer Chinese characters input method which comprises: taking the initial letter of phoneticize of Chinese characters and the initial letters of character root as codes. The inventive method has the advantages of being adaptable to speech input, and of being easy to remember.

The present invention provides an anti-counterfeit identification analysis method for an anti-counterfeit identification analysis system, comprising: receiving a first code transmitted by an electronic device and a global positioning system information of the electronic device; according to the first code, Obtaining a second code corresponding to the first code from a database; combining the first code and the second code in a predetermined order to generate an identification code; and transmitting all the codes corresponding to the first code the second code to the electronic device. The anti-counterfeiting identification and analysis method provided by the embodiment of the present invention utilizes the uniqueness of the identification code and utilizes multiple parameters of the same first code, such as the query times, query area, and query time, to achieve the effect of identification and analysis.

The invention relates to a method for recognizing the service models QoS in the Ethernet. It is characterized in that: setting 1bit of loose bit; access device, based on the service flux and the basic wideband of user, sets the loose bit of user service; other device throws said service, according to the loaded loose bit. The invention uses 1bit to mark the loose ability of service, as using the fixed 1bit of user_priority / PCP region of VLAN TAG, to simplify the code method of VLAN TAG. And the invention can assure the basic wideband of user, to simplify the realization of QoS.

The invention discloses an augmented reality content transmission method and system. The method comprises the following steps that a transmitting terminal preforms continuous coding on augmented reality (AR) data source information according to a predetermined coding rule and sequence; the transmitting terminal continuously plays coded data frames; a receiving terminal continuously receives the continuously-coded data frames sent by the transmitting terminal; and the receiving terminal performs decoding operation on the coded data frames according to a preset decoding rule and sequence in order to present original augmented reality data source information. According to the method and the system, the data capacity of the effective information data frames of a two-dimensional code is increased, a simple and practical coding method is provided, a continuous dynamic two-dimensional code sequence is generated, and the information transmission speed and capacity are improved.

The invention discloses an augmented reality content transmission method and system. The method includes: the transmitting terminal continuously encodes the augmented reality AR data source information according to a predetermined encoding rule and sequence; the transmitting terminal continuously plays the encoded data frames; the receiving terminal continuously receives the continuously encoded data frames sent by the transmitting terminal; The coded data frame is decoded by preset decoding rules and order to present original augmented reality data source information. The invention increases the data capacity of the valid information data frame of the two-dimensional code, proposes a simple and practical encoding method, and improves the speed and capacity of information transmission by generating a continuous dynamic two-dimensional code sequence.

The invention provides a method and a device for image coding. The image coding method comprises the following steps: S1, a field depth map is acquired, wherein the field depth map comprises multiple pixels, and each pixel comprises a field depth value; a focal plane of a pixel, nearest an observation point, of an object in the field depth map is determined; and a focal plane of a pixel, farthest from the observation point, of the object in the field depth map is determined; S2, distances between a pixel, located between already-determined adjacent two focal planes, of the object and the two focal planes are compared, and thus, the focal plane located between the two focal planes and the field depth value of a pixel of the object located on the newly-determined focal plane are determined; and S3, the pixel with the already-determined field depth value of the object and the field depth value are sequentially stored, and a coding stream is generated. The coding method of the invention is simple and practical, and has wide applications in fields such as 3D films, 3D televisions and 3D rendering.

The invention relates to the technical field of video coding, and specifically relates to a scalable coding method for mobile video live broadcast. The method comprises the main steps of carrying out 1 / 4 downsampling on an image needing to be coded, placing the 1 / 4 pixel images obtained after the downsampling at upper left, upper right, lower right and lower left locations, and taking the image at the upper left location as a reference image; marking the four 1 / 4 images as four slices; selecting a corresponding data rate scale according to a practical bandwidth demand; carrying out independent coding on the four slices; and forming four scales of code rates and reserving scale information. According to the hierarchical coding method provided by the invention, the existing video coding structure and data rate are not changed; the relatively flexible hierarchical coding can be realized; the coding method is simple; and the coding efficiency is high.