40 results about "Translation algorithm" patented technology

The invention provides a method for counting passenger flow of buses in real time, which adopts means of machine learning, multi-target detection and tracking, target behavior analysis and the like, and belongs to the technical field of pattern recognition. The method comprises the following concrete steps: detecting passenger targets by analyzing shape information and texture information of passenger heads in video images, wherein a column diagram in a gradient direction is used for representing the shape information, and a column diagram in a local binary mode is used for representing the texture information; then, accurately positioning passengers by adopting the target tracking policy combining gray level cross-correlation matching tracking and mean translation algorithm searching tracking; and finally, judging the behavior characteristics of the passengers by analyzing the moving tracks of the passengers, thereby accurately counting the passenger flow of buses. The practice shows that the method provided by the invention can provide an accurate and reliable basis for realizing intelligent scheduling of buses for bus companies, analyzing the acceptability of mobile media advertisements in buses, and the like, and the invention has very high practical value.

The invention discloses a method for generating virtual multi-viewpoint images based on depth image layering, which comprises the following steps: (1) preprocessing depth images to be processed; (2) layering the preprocessed depth images so as to obtain layered depth images; (3) selecting depth layers focused by camera arrays, and determining prospect layers and background layers; (4) layering two dimensional images to be processed so as to obtain layered two dimensional images; (5) calculating valves of parallax errors corresponding to the two dimensional image layers corresponding to various depth layers; (6) expanding the layered two dimensional images so as to obtain expanded layered two dimensional images; (7) obtaining the virtual two-dimensional images of various virtual viewpoint positions by using a weighted level translation algorithm. By using the method of the invention, virtual multi-viewpoint images required by a multi-viewpoint auto-stereoscopic display system can be generated rapidly and effectively without parameters of a virtual multi-viewpoint camera array model, and the method has good fault-tolerant capacity to the input depth images.

The invention provides a real-time bus passenger flow volume statistical method based on a target prior distribution, which adopts the methods of target detection, target tracking, target behavioral analysis and the like, and belongs to the technical field of pattern recognition. The method concretely comprises the following steps: utilizing the target prior grayscale to do statistics of the back-projection operation of a histogram on an input video image, and then performing the treatment of difference, binaryzation, wave filtering, connected domain marking and the like on a back-projection image to realize the target detection; adopting the grayscale to interrelate, match and track and a mean translation algorithm to search and track so as to realize the accurate positioning of the target; and finally analyzing the motion trail of the target to judge the get on or off of passengers, and realizing the passenger flow volume statistics. The invention can provide fine-grained reliable basis for a public transit company to realize intelligent dispatching of buses, audience analysis of the mobile media advertising of the busses and the like.

A new, more efficient memory translation algorithm facilitating the acquisition of a most appropriate translation in a target language from among those of nearly narrowed-down candidates of translation by separately applying the so-called dimension reducing functions of a template automaton and the LSI (latent semantic index) technique. Both the template automaton and the LSI principle play an important role in implementing an efficient process of narrowing down an efficient solution space from among the many example sentences of the databases in a target language by exploiting their respective unique search space reduction function. Once developed into a fully operational system, an expert editor rather than an expert translator can tune up the translation memory system, markedly widening the range of available experts who can utilize the system.

The invention discloses an absolute detection method for a surface shape error of a spherical surface. The absolute detection method comprises the steps of: establishing an equation system about Zernike multinomial coefficients of a measured spherical surface and a reference surface by utilizing measurement data of multiple rotation and concentric translation of the measured spherical surface at a con-focal position and adopting a Zernike multinomial fitting based rotation translation algorithm; and obtaining the Zernike multinomial coefficient by applying a least square method so as to obtain absolute surface shape information of the measured spherical surface and the reference surface. The absolute detection method is also available for the detection of the surface shape error of a plane. As a global optimized idea is adopted to resolve multinomial coefficients of the measured spherical surface and the reference surface at the same time, the absolute detection method for the surface shape error of the spherical surface can suppress system error and random noise for the better, and achieves stronger interference resistance and important application values.

The invention discloses a method for translating an Internet protocol version 4 (IPv4) / Internet protocol version 6 (IPv6) initiating communication based on cloud service by using the IPv4, which relates to the technical field of computer networks. In the method, an information resource database and a domain name resolution server are installed in a cloud service data center; simultaneously, a serial stateless IPv4 / IPv6 translator and an IPv4 / IPv6 translator configured through the information resource database are installed; an address translation algorithm of the stateless IPv4 / IPv6 translator is used for translating an IPv4 address reserved for accessing a pure IPv6 service from an IPv4 network into a special IPv6 address into which the IPv4 address is embedded and an operator prefix is used; an address translation algorithm of the IPv4 / IPv6 translator is used for mapping an IPv6 address which corresponds to a pure IPv6 information resource into the special IPv6 address into which the IPv4 address is embedded; and the domain name resolution server is used for returning a record A to a user in response to a domain name resolution request of the user according to a mapping relation. Therefore, an IPv4 user can initiate access to the information resource of a pure IPv6, and the aim of communicating the IPv4 with the IPv6 is fulfilled.

A home environment managing method and system to manage home environment values from a plurality of locations is disclosed. The method allows in an acquisition mode to acquire through a Universal Remote Console a plurality of reference sets of home environment values from the plurality of locations. Each of the plurality of reference sets of home environment values are converted into a normalized set using a respective translation algorithm. Each normalized set is stored with a link to the translation algorithm used during the conversion. Furthermore, in a restore mode, a normalized set of home environment values is converted into a reference set using the translation algorithm linked to it, and then the reference set is restore to the appropriate location through a Universal Remote Console.

The invention relates to a highly-dynamical weak signal GPS capturing method assisted by an inertial navigation system. The method comprises five steps that 1) capturing performances of coherent, non-coherent and differential coherent accumulation are compared, accumulation manners are selected and combined, and signal energy accumulation is reinforced; 2) coherent accumulation is carried out on input intermediate-frequency signals, the inertial navigation system and satellite ephemeris are used to estimate the Doppler parameter and code phase of received signals, and the frequency and the phase searching space are compressed; 3) Kalman filtering and smoothing are carried out on the estimation values of the Doppler parameters and the code phase, and a smoothing result is used to calculate the dynamic frequency / phase offset between local signals and the reception signals; 4) the dynamic offset amount of an output matrix of coherent accumulation is compensated by a cycled translation algorithm; and 5) non-coherent accumulation is carried out on the compensated output matrix, and an output result is compared with a threshold to deciding capture. The dynamic tolerance of GPS signal capturing is improved, and high-sensitivity GPS signal capturing can be realized in the highly dynamic environment.

The invention discloses a spherical surface shape rotation and translation absolute detection method. According to the method of the invention, based on the measurement data of the rotation and translation of a detected spherical surface are utilized, an equation set of Zernike polynomial coefficients which are about the detected spherical surface and a reference surface is constructed through adopting a Zernike polynomial fitting-based rotation and translation algorithm, and the coefficients of a Zernike polynomial are solved through utilizing a least square method, and therefore, the absolute surface shapes of the detected spherical surface and the reference surface can be obtained; and adjustment errors in large-numerical value aperture spherical surface phase-shift detection are adopted as independent error terms, and the adjustment errors are applied to an absolute detection process, and the adjustment errors and interferometer system errors are removed together from test wave surface data, and therefore, computation accuracy can be improved, and the method has an important application value.

The invention discloses a real-time translation method and apparatus. The method comprises the following steps: step 1, obtaining a text input by a user and a corresponding pinyin string in real time; step 2, segmenting the pinyin string according to all possibilities by taking pinyin of a single Chinese character as a unit, taking candidate Chinese characters corresponding to the pinyin as nodes, forming a grid structure by connecting lines of the candidate Chinese characters, scoring a Chinese character string composed of any segmentation path in the grid by using a language model to obtain candidate results, and selecting an optimal Chinese character string from the candidate results; and step 3, calling a translation algorithm to translate the optimal Chinese character string, and outputting a translation result. Through the real-time translation method and apparatus, the technical problem that the user needs to occasionally perform switching between the text and an online dictionary during real-time translation of the input text is solved.

The invention provides a system for searching similar matched sentences and a method thereof. The method searches the matched sentence and simultaneously filters the sentences that surely do not conform to the expected matching degree, thus greatly reducing the matched sentences which carry out similarity comparison to the sentences to be translated, solving the problem that in the prior art, the load is higher as the precise computer is used for assisting translation algorithm and achieving the technical effect of reducing the load.

The invention relates to a method for realizing the functions of character extraction and automatic translation of a digital camera. The method generates a picture by taking a picture of characters, extracts the characters through image processing technology, generates a text file, uses a translation algorithm to translate the section of the characters into Chinese, and displays the translated result on an LCD. The method comprises the following steps: firstly, setting the camera into a translation mode according a corresponding item in a menu; secondly, taking the photo of the characters; thirdly, automatically using a character extraction algorithm to extract the characters and generating the text file by the camera; fourthly, automatically utilizing the prior translation algorithm to translate the characters by the camera; and fifthly, displaying the translated result on the LCD. The method can directly utilize the prior hardware resource of the digital camera, does not need to add any hardware cost, makes the digital camera have the functions of character extraction and automatic translation, and can bring convenience for users.

The invention discloses an automatic white balance correcting method which comprises the following steps of 1, respectively acquiring histogram information of each RGB channel of a current image; 2, selecting an appropriate algorithm mode through the characteristic of the image RGB channel histogram, wherein the algorithm mode comprises a histogram matching algorithm and a histogram translation algorithm; 3, performing histogram adjustment, wherein calculation of a new pixel value of the RGB channel is required in a histogram matching mode, and calculation of a translation coefficient is required in a histogram translation mode; and 4, converting each pixel value of the RGB channel, thereby obtaining a corrected image. According to the automatic white balance correcting method, effectiveness determining is performed on the white balance algorithm based on histogram matching through using the distribution characteristic of the RGB channel histogram; according to the characteristics in histogram matching and histogram translation, defects of the existing histogram-based white balance algorithm are compensated; a high correction effect is insured; and furthermore an application rangeof the algorithm is greatly expanded.

The invention relates to the technical field of image processing recognition and automatic translation, and provides an object recognition and real-time translation method which comprises the following steps: acquiring an image shot by a front object in real time through a camera; inputting the image into a convolutional neural network model, and extracting depth feature information of the image;inputting the extracted depth feature information into an image recognition model to recognize the category of the object, and outputting the recognized category of the object; and translating the object category into a target language through a translation algorithm and outputting the target language. The invention further provides a device applying the method which comprises a central processingunit, an image acquisition unit, a display screen, a camera and a device shell, the camera is arranged on one side surface of the device shell, the display screen is arranged on the other side surface of the device shell, and the central processing unit and the image acquisition unit are integrally arranged in the device shell. According to the invention, the current object can be recognized andtranslated, and the learning experience of a user is improved.

The invention relates to a quasi stateless adaptive mapping method for IPv4 / IPv6 access, and the method comprises the steps: deploying a translation gateway at an IPv4 service side, constructing a first type of IPv4 / IPv6 static mapping table and a second type of IPv4 / IPv6 dynamic mapping table in the translation gateway, and flexibly combining stateless static mapping and dynamic mapping according to demands, and flexibly adjusting the IPv4 / IPv6 mapping algorithm parameters on the basis of measurement negative feedback, so that on the basis of keeping the advantages of high performance, good safety, good traceability and the like of the existing stateless translation algorithm, the method can adapt to elastically burst IPv6 loads, and meanwhile, the system overhead is greatly reduced compared with the existing technology when large-scale IPv6 online user access is coped with.

The invention belongs to the field of VLSI structure design and provides a three-translation algorithm based image rotation VLSI structure. The structure is designed on the basis of an image rotation ASIC structure of three-translation and cubic convolution interpolation algorithms and is used to solve the problem of unstable images due to the inclination and vibration or motion of a camera platform and realize the rotation of a template during target matching. Based on a hardware implement structure of the three-translation algorithm, the structure reduces demands for storage space by temporarily storing translation amount, realizes three-translation stream line operation by introducing a delay line structure, realizes image edge expansion and reduces the image edge blurring by controlling the read-in data of a memory and a register. Compared with the prior structure, the structure effectively reduces the capacity of an on-chip memory, improves the processing speed and well solves the problems of speed and precision of electronic image stabilization.

A home environment managing method and system to manage home environment values from a plurality of locations is disclosed. The method allows in an acquisition mode to acquire through a Universal Remote Console a plurality of reference sets of home environment values from the plurality of locations. Each of the plurality of reference sets of home environment values are converted into a normalized set using a respective translation algorithm. Each normalized set is stored with a link to the translation algorithm used during the conversion. Furthermore, in a restore mode, a normalized set of home environment values is converted into a reference set using the translation algorithm linked to it, and then the reference set is restore to the appropriate location through a Universal Remote Console.

The invention discloses an XML description-based inter-astronautic measurement and control equipment command translation algorithm. The algorithm comprises the steps of monitoring a command frame of a monitoring network of astronautic measurement and control equipment B; when a command frame sent to a subsystem by a monitoring platform is monitored, firstly judging whether the subsystem is online astronautic measurement and control equipment A or not by a redirector; if yes, selecting and using an XML as a descriptive language of command information and command corresponding relationship information to perform a command translation algorithm and frame header conversion, and then performing forwarding by the redirector; or otherwise, not performing any processing. According to the algorithm, the interface files of the monitoring networks of the two sets of equipment A and B are taken as bases, a plurality of XML files are configured, and the command structure information and the inter-equipment command corresponding relationship information of the two sets of equipment are stored; and during running, the contents of a target command can be obtained through a series of conversions through input source command and configuration files, so that the key problem confronted by cross reuse of subsystems is solved and conditions are provided for realizing concurrent networking.

The invention discloses a dictionary translation method based on iterative dimensionality reduction, which comprises the following steps of: collecting monolingual corpora of two languages, respectively carrying out word segmentation to obtain training data, and training word embedding spaces of the two languages; embedding the two monolingual words into dimensions which are respectively subjected to dimension reduction to a specified threshold value; embedding and inputting the words subjected to dimension reduction into an unsupervised dictionary translation algorithm for training, and storing two shared word embedding spaces; inferring an inter-translation dictionary of which the word frequency is greater than a specified threshold value in the two shared word embedding spaces by taking the CSLS as a measurement distance; inputting an inter-translation dictionary and dimensionality-reduced words into a supervised dictionary translation algorithm for training, and storing two shared word embedding spaces after model convergence; and repeating the steps until the model converges, and performing dictionary translation from the two shared word embedding to obtain a final bilingual dictionary. The method can effectively improve the dictionary translation accuracy of many remote languages, and can be widely applied to downstream tasks such as machine translation and knowledge mining.

The invention discloses an IPv4 / IPv6 stateless translation algorithm. By using information included in the head of an application layer protocol, packets with the same IPv4 address and the same port are mapped to different IPv6 addresses through an application layer, and IPv4 / IPv6 translation from the same IPv4 address and the same service port to different IPv6 addresses and the same service port is achieved. According to the IPv4 / IPv6 stateless translation algorithm, different pure IPv6 servers can be accessed by any IPv4 address in the IPv4 Internet, the pure IPv6 servers can provide services for IPv6 clients, and can also provide services for IPv4 clients by using the same port, the problem of the shortage of a public IPv4 address in a data center is solved effectively, and transition of Internet information resources from IPv4 to IPv6 is promoted.

The invention provides an information hiding, embedding and extracting method based on two-dimensional histogram translation. The information hiding and embedding method comprises the following steps:selecting a 4*4 coefficient embedding block of secret information to be embedded from an embedding carrier; randomly selecting two coefficients Y1 and Y2 from the coefficients of the embedded block to form an embedded coefficient pair {Y1,Y2}; according to the embedding coefficient pair {Y1,Y2}, dividing the coefficient pairs into 19 sets which are not intersected with each other according to thevalue of the embedded coefficient pair {Y1,Y2}; respectively defining a two-dimensional histogram translation algorithm corresponding to each of the 19 sets, and embedding the secret information intothe 4*4 coefficient embedding block according to the secret information to be embedded and the histogram translation algorithm corresponding to the set to which the current embedding coefficient pair{Y1,Y2} belongs; performing information extraction by adopting an operation opposite to information hiding and embedding. The two-dimensional histogram translation method has the advantages of beinglarge in embedding capacity, small in embedding error, high in embedding efficiency, particularly suitable for high-resolution videos and the like.

The invention discloses a real-time translation method and apparatus. The method comprises the following steps: step 1, obtaining a text input by a user and a corresponding pinyin string in real time; step 2, segmenting the pinyin string according to all possibilities by taking pinyin of a single Chinese character as a unit, taking candidate Chinese characters corresponding to the pinyin as nodes, forming a grid structure by connecting lines of the candidate Chinese characters, scoring a Chinese character string composed of any segmentation path in the grid by using a language model to obtain candidate results, and selecting an optimal Chinese character string from the candidate results; and step 3, calling a translation algorithm to translate the optimal Chinese character string, and outputting a translation result. Through the real-time translation method and apparatus, the technical problem that the user needs to occasionally perform switching between the text and an online dictionary during real-time translation of the input text is solved.

The invention provides a real-time bus passenger flow volume statistical method based on a target prior distribution, which adopts the methods of target detection, target tracking, target behavioral analysis and the like, and belongs to the technical field of pattern recognition. The method concretely comprises the following steps: utilizing the target prior grayscale to do statistics of the back-projection operation of a histogram on an input video image, and then performing the treatment of difference, binaryzation, wave filtering, connected domain marking and the like on a back-projection image to realize the target detection; adopting the grayscale to interrelate, match and track and a mean translation algorithm to search and track so as to realize the accurate positioning of the target; and finally analyzing the motion trail of the target to judge the get on or off of passengers, and realizing the passenger flow volume statistics. The invention can provide fine-grained reliable basis for a public transit company to realize intelligent dispatching of buses, audience analysis of the mobile media advertising of the busses and the like.

The invention discloses a method for generating virtual multi-viewpoint images based on depth image layering, which comprises the following steps: (1) preprocessing depth images to be processed; (2) layering the preprocessed depth images so as to obtain layered depth images; (3) selecting depth layers focused by camera arrays, and determining prospect layers and background layers; (4) layering two dimensional images to be processed so as to obtain layered two dimensional images; (5) calculating valves of parallax errors corresponding to the two dimensional image layers corresponding to various depth layers; (6) expanding the layered two dimensional images so as to obtain expanded layered two dimensional images; (7) obtaining the virtual two-dimensional images of various virtual viewpoint positions by using a weighted level translation algorithm. By using the method of the invention, virtual multi-viewpoint images required by a multi-viewpoint auto-stereoscopic display system can be generated rapidly and effectively without parameters of a virtual multi-viewpoint camera array model, and the method has good fault-tolerant capacity to the input depth images.

This application relates to a quasi-stateless adaptive mapping method for IPv4 / IPv6 access. The method deploys a translation gateway on the IPv4 service side, and builds a first type of IPv4 / IPv6 static mapping table and a second type of static mapping table in the translation gateway. An IPv4 / IPv6-like dynamic mapping table, which flexibly combines stateless static mapping and dynamic mapping on demand, and flexibly adjusts the parameters of the IPv4 / IPv6 mapping algorithm based on measurement negative feedback, thereby maintaining the high performance and security of the existing stateless translation algorithm On the basis of good, good traceability characteristics and other advantages, it can adapt to elastic burst IPv6 load, and at the same time, when dealing with large-scale IPv6 online user access, it greatly reduces system overhead compared with existing technologies.

The invention provides a core content processing method and device, electronic equipment and a readable storage medium. Aiming at to-be-processed information, the method comprises the following steps:generating a corresponding information abstract for identifying core content of information according to content information of the information; and processing the information abstract by adopting apreset translation algorithm to obtain a translation abstract corresponding to the information abstract, the translation abstract being used for identifying the core content of the information but being different from the expression form of the information abstract. According to the scheme, brief information used for representing the core content of the information message is obtained in an information abstract extraction mode, and then the information abstract is converted into a translation abstract which also expresses the core content of the information message but is different from the original information abstract in expression form. Therefore, on the basis of simplifying the information, the core content can be displayed in different expression forms according to the requirements ofdifferent user groups and different platforms, and the requirements of different user groups and different platforms are flexibly met.

The present invention relates to a system (100) for data communication in a network between two or more local devices (110, 120, 130) and a cloud computing platform (150), in which data collected and / or stored on at least one local device (110) are transmitted to a cloud computing platform (150) using at least one communication protocol (a1, a2,..., an) and processed by a translation algorithm (A) executed in a translator module (170) of the cloud computing platform (150), wherein the data are transferred to at least one another communication protocol (b1, b2,..., bn) which is processable or executable by at least one second local device (120) and submitted to the at least one second device (120).

The invention discloses an automobile component list file processing method and a device, a terminal and a storage medium. The processing method of the automobile component list file comprises the steps of acquiring the component list file of an automobile, the component list file at least comprises component names of components, and the component list file is a table file; according to a preset translation algorithm, translating the element names of the elements to obtain a translated element list file; and determining the category of the element according to the element name of the translation element list file, and marking the element according to the category. According to the method provided by the embodiment of the invention, the element list file is translated and labeled accordingto classes, so that the readability and convenience of the file are improved, and meanwhile, the processing efficiency of the file is improved.

The invention provides a method for counting passenger flow of buses in real time, which adopts means of machine learning, multi-target detection and tracking, target behavior analysis and the like, and belongs to the technical field of pattern recognition. The method comprises the following concrete steps: detecting passenger targets by analyzing shape information and texture information of passenger heads in video images, wherein a column diagram in a gradient direction is used for representing the shape information, and a column diagram in a local binary mode is used for representing the texture information; then, accurately positioning passengers by adopting the target tracking policy combining gray level cross-correlation matching tracking and mean translation algorithm searching tracking; and finally, judging the behavior characteristics of the passengers by analyzing the moving tracks of the passengers, thereby accurately counting the passenger flow of buses. The practice showsthat the method provided by the invention can provide an accurate and reliable basis for realizing intelligent scheduling of buses for bus companies, analyzing the acceptability of mobile media advertisements in buses, and the like, and the invention has very high practical value.