31 results about "Translation rule" patented technology

The invention discloses a distributed heterogeneous unmanned aerial vehicle network access management method and system. A control terminal and an unmanned platform are registered to a network access management server; the unmanned platform sends a real equipment number and information to the network access management server, the network access management server judges whether a translation rule exists or not according to the received real equipment number and information, if the translation rule exists, the virtual equipment number is returned according to the translation rule, and if the translation rule does not exist, the virtual equipment number is sent to the network access management server after the translation rule is configured; returning an equipment virtual number according to the configured translation rule; the control terminal and the unmanned platform interact through the network access management server according to the equipment virtual number; and confirming control requirements of the control terminal, wherein the control requirements comprise one-to-one single-machine control, one-to-many group control and control right preemption. Data formats of heterogeneous unmanned aerial vehicles are unified through translation rules, unified access, control and monitoring of the heterogeneous unmanned aerial vehicles are realized, and random access of unmanned platforms and on-demand switching of control relations are realized through control right preemption setting.

The invention belongs to the technical field of cloud computing heterogeneous resource scheduling, and particularly provides a multi-architecture virtualization environment integration and unified operation and maintenance method and system, and the method comprises the steps: detecting the underlying hardware characteristics of a source architecture and a target architecture; generating a hardware semantic abstract model based on the underlying hardware characteristics; carrying out compatibility analysis on the cross-architecture virtual machine instruction stream, and identifying atomic operation semantic conflicts and interrupt routing logic conflicts; generating an instruction translation rule and a micro-architecture cleaning strategy; converting an instruction stream and cleaning a branch predictor of a source architecture and a residual state of an out-of-order execution buffer area; and synchronizing the cleaned micro-architecture state and the conversion instruction stream to the target virtual machine. According to the method and the system, instruction stream conversion in a virtual machine migration process can be dynamically matched with micro-architecture characteristics of a target architecture, seamless connection of execution environments in a cross-architecture migration process is realized, cross-architecture conflicts can be prevented, and the problems of migration conflicts and performance degradation of the virtual machine of a virtualization platform are solved.

The invention discloses a cross-ISA mapping method for a unified atomic electricity calculation semantic layer, and relates to the field of electricity calculation fusion index measurement, and the method comprises the steps: 1, obtaining an instruction sequence of a to-be-evaluated or to-be-analyzed application on a target ISA; 2, according to a predefined UACES abstract instruction set, translating each instruction of the target ISA into one or more UACES atomic instructions according to an instruction set conversion translation rule; 3, performing bit width normalization metering on the obtained UACES atomic instruction according to a bit width scaling rule to obtain arithmetic, logic, memory access and control flow indexes based on 64 bits; and step 4, aggregating and analyzing normalized UACES instruction statistical results for scenes between different ISA, and providing a unified representation and measurement basis for semantic alignment and statistics in cross-ISA performance evaluation and reference comparison and instruction coding optimization.

A simple configuration aims to reduce MCU vulnerabilities. [Solution] The control device 10 includes an MCU 20. The MCU 20 has a CPU 22, a system bus 26, a storage device 28, and an address translation device 24 that translates addresses between the CPU address space of the CPU 22 and the system bus address space of the system bus 26 in accordance with translation rules set in a special function register 24A. The MCU 20 starts up in an unrestricted mode in which all addresses in the CPU address space are available, and after startup, when a predetermined condition is met, it switches to a restricted mode in which only a portion of the addresses in the CPU address space are available. The special function register 24A allows the translation rules to be set and read when in the unrestricted mode, and does not allow the translation rules to be set or read when in the restricted mode.

The invention provides a program compiling method. The program compiling method comprises the steps that a P4 program is converted into a first control flow diagram; edges in the first control flow graph comprise control edges for representing control relations, and node attributes in the first control flow graph comprise definition variables and use variables; according to a matching relationship between the definition variable and the use variable, constructing a data dependence edge in the first control flow diagram to obtain a second control flow diagram; and converting the second control flow graph into a program corresponding to the target compiling language according to a translation rule, a control edge and a data dependence edge between the elements of the P4 language and the corresponding elements of the target language. The disclosure also provides an electronic device and a computer program product.

A control device 10 includes an MCU 20 including a CPU 22, a system bus 26, storage 28, and an address translator 24 translating an address in the CPU address space of the CPU 22 to and from an address in the system bus address space of the system bus 26 according to the translation rule set in the special function register 24A. The MCU 20 starts up in the limitation-release mode in which all addresses in the CPU address space are available, and switches to the limitation mode in which only some of the addresses in the CPU address space are available when a predetermined condition is satisfied after the start-up. For the special function register 24A, the translation rule is settable and readable in the limitation release mode, and the translation rule is neither settable nor readable in the limitation mode.

Provided are computer-implemented systems and methods for providing improved rule-based machine translation, including a memory having a plurality of text translations, each text translation comprising an input text element and an output text element; at a processor: generating a text translation cluster comprising a plurality of matching text translations in the plurality of text translations, the text translation cluster associating the plurality of matching text translations; receiving the plurality of matching text translations associated with the text translation cluster; generating a first translation rule corresponding to the input text elements of the text translation cluster and a second translation rule corresponding to the output text elements; generating a machine translation rule based on the first translation rule and the second translation rule, the machine translation rule comprising a template and at least one converter; receiving an input text element for translation; and determining an output translated text element.

The invention provides an internet protocol version translation rule determination method and related equipment, and the method comprises the steps: for each sub-translation node, in response to the determination of different internet protocol versions, each round of adjustment operation executes the following steps: based on network flow data, utilizing a model parameter and an intelligent agent in a federated learning model to determine the translation rule of each sub-translation node; determining a translation parameter combination corresponding to the internet protocol version of the client; the central translation node aggregates each model parameter; based on each model parameter and the aggregated model parameter, in response to determining that the federated learning model is not converged, taking the aggregated model parameter as a model parameter in a next round of operation, and performing the next round of operation; and in response to the determination of convergence of the federal learning model, obtaining the translation parameter combination corresponding to each sub-translation node, determining the translation rule corresponding to the client based on each translation parameter combination, and exiting at least one round of operation, thereby solving the technical problem of low adaptability of the translation rule of the internet protocol version in the prior art.

The present invention proposes an instruction translation method and device for dynamic binary translation. The instruction translation method first analyzes the differences between the source instruction set architecture and the target instruction set architecture to find a specific instruction sequence in the source instruction set architecture instructions, and then designs translation rules for the specific instruction sequence based on the characteristics of the target instruction set architecture. During dynamic binary translation, the specific instruction sequence in the source instruction set architecture binary file is scanned and translated using the translation rules of the present invention; otherwise, conventional translation methods are still used. The present invention translates the binary instructions of the source instruction set architecture according to customized translation rules, reducing the number of instructions of the translated target instruction set architecture, improving translation quality, and thus improving binary translation efficiency.

The invention discloses a method for processing uplink and downlink data translation by a gateway machine device and the gateway machine device, a data point translation rule module is configured in a database dictionary table of the gateway machine, and the data point translation rule module comprises a downlink translation rule and an uplink translation rule. When the numerical value description of the sensor about the data point is different from the description of the gateway machine about the data point, the gateway machine data and the sensor data are translated by using a downlink translation rule; and when the description of the gateway machine about the data point is different from the description of the uplink platform about the data point, inter-translating the gateway machine data and the uplink platform data by using an uplink translation rule. By configuring uplink and downlink translation rules, the compatibility requirements of numerical value acquisition of different sensors can be met, and meanwhile, the numerical value translation requirements of different platforms can be met; even for different platforms adopting the same protocol, different dictionary translation configurations can be carried out to realize numerical value translation, program upgrading and program replacement are not needed, and the universality and adaptability of gateway machine equipment in different scenes are effectively improved.

The invention discloses an alarm processing method and device for network equipment, a storage medium and electronic equipment. The method comprises the following steps: receiving alarm information of network equipment, and judging whether the alarm information is matched with a translation rule in an alarm translation library or not; under the condition that the alarm information is matched with the target translation rule, target translation content is extracted from the target translation rule, and the target translation content is displayed on a front-end page; under the condition that the translation rule matched with the alarm information does not exist in the alarm translation library, the alarm information is input into a target model, predicted translation content is obtained, the target model is obtained through training of multiple sets of training samples, and each set of training samples comprise historical alarm information and historical translation content; and displaying the predicted translation content on a front-end page. Through the method and the device, the problem of low operation and maintenance efficiency of network equipment due to the fact that partial alarm information cannot be matched with the translation content in related technologies is solved.

The application discloses a kind of intelligent labeling method, equipment and medium of text data, belong to electric digital data processing technical field, comprising: obtaining the label ontology of source field and target field;Based on the concept granularity, semantic boundary and axiom form between the two, construct the semantic alignment graph of cross ontology;According to the formal semantic equivalence determination of the logic rule of the graph to source field, generate the translated logic rule suitable for target field;After multi-label prediction is carried out to target text, the consistency check is carried out to candidate label combination using translation rule, and the final labeling result is output.The application solves the logic rule invalidation problem caused by label system isomerism and semantic boundary dynamic change in cross-domain scene by constructing the migration framework based on formal ontology semantic alignment and hierarchical translation verification, realizes the semantic fidelity and structure consistent translation of logic rule between heterogeneous knowledge system, effectively avoids semantic drift and conflict misjudgment.

The invention discloses an automatic conversion and compiling system for a visual script and a native code of a game editor. The system aims at breaking the conversion barrier between the visual script and the native code and improving the game development efficiency. The system covers a visual script editing module and provides a graphical interface, and developers create game logic through dragging and connection operations, which is simple and visual. And the script analysis module performs semantic and grammatical analysis on the visual script, constructs an abstract syntax tree and accurately understands script logic. The translation rule definition module predefines a plurality of translation rules, standardizing mapping from visual elements to native code elements. The automatic conversion module converts the abstract syntax tree into native codes according to rules. And the code compiling module adopts an efficient compiler to compile and optimize the converted native code to generate an executable file, and supports various mainstream programming languages such as C #, C + + and the like. The system greatly reduces the development threshold, accelerates the development process, and assists the development of the game development industry.

The application relates to a lightweight IPv4 / IPv6 translation method and device, which comprises the following steps: starting an IPv4 / IPv6 translation instance in a default VRF routing table on an IPv4 / IPv6 translation device, and creating two virtual ports; creating a user VRF routing table for each user on the IPv4 / IPv6 translation device; configuring corresponding translation rules according to the translation requirements of the users; connecting each user VRF routing table and the translation rules in a preset mode; when an IPv4 message to be translated or an IPv6 message to be translated enters the IPv4 / IPv6 translation device, matching a pre-configured mark rule, and after routing and forwarding in the corresponding user VRF routing table, translating the IPv4 message to be translated or the IPv6 message to be translated into a corresponding IPv6 message or IPv4 message by using the corresponding translation rules; and receiving the translated IPv6 message or IPv4 message by using the corresponding virtual port to perform routing and forwarding. The method can realize routing and IPv4 / IPv6 translation isolation for multiple slices / users on the basis of only configuring one IPv4 / IPv6 translation instance, and solves the limitations of traditional VRF and traditional IPv4 / IPv6 translation.

The invention discloses a translation method, electronic equipment, a readable storage medium and a program product, is applied to the technical field of translation, and can improve the accuracy of translation between dialects and mandarin. Comprising the steps of obtaining an input text of a first language, and performing translation processing of a second language on the input text based on a preset translation strategy so as to obtain target translation content corresponding to the input text. Wherein the preset translation strategy comprises translation processing through a preset translation rule and / or translation processing through a preset translation model, the preset translation rule comprises a corresponding relation between a first language and a second language in a specific field, and a cross-language vector corresponding to the specific field is integrated in an embedded sub-network of the translation model; and the translation module is used for translating the first language and the second language.

The invention relates to the technical field of automotive electronics, in particular to a control method for interconnection and intercommunication of a CAN (Controller Area Network) and an Ethernet, which is based on a PDU (Protocol Data Unit) Router module, establishes a mapping relation between a CAN ID (Identity) and an Ethernet address through a routing table, and realizes data conversion among different network protocols by adopting a standardized translation rule; according to the method, the problems of low routing efficiency, complex translation rules, poor real-time performance and the like in heterogeneous network communication are solved, and efficient and reliable vehicle-mounted network interconnection and intercommunication are realized through optimized routing table configuration and translation rules; the method is suitable for seamless integration and information interaction of heterogeneous networks in a new generation of automobile electronic and electrical architecture.

Systems and methods are provided for strongly isolating processes executing in a process virtual machine (PVM), to provide a security boundary similar to that provided by a system virtual machine (SVM). The PVM can include a hypervisor that supports execution of multiple processes within the PVM. The hypervisor can intermediate data resource requests from the processes and apply translation rules to such requests, which rules can isolate data resources accessible to each process from data resources available to other processes of the PVM.

A method for automatic expansion of a storage array includes: acquiring a word-line total number and bit-line total number of a target expanded storage array; calculating a translation amount of a translation array in a translation direction according to the word-line total number and the bit-line total number, a word-line total number and bit-line total number of the translation array and a preset translation rule, and calculating a number of repetitions of a repetition array in a repetition direction according to the translation amount, a word-line total number and bit-line total number of the repetition array and a preset repetition rule; and controlling at least part of the translation array and at least part of the repetition array to translate the translation amount along the translation direction and controlling the repetition array to repeat for the number of repetitions along the repetition direction to obtain the target expanded storage array.

The invention discloses an SQL dialect automatic translation method and device based on a large language model. The method comprises the following steps: receiving a source complex query containing a specific SQL dialect; carrying out compatibility verification on the source complex query to obtain a to-be-translated source complex query; removing redundant elements irrelevant to dialects from the source complex query by adopting a dialect-aware query reduction technology, and generating a source simplified query which only retains a dialect specific structure; translating the source simplified query into a target simplified query which can be recognized by a target database management system by utilizing a large language model; through an automatic rule generation algorithm, extracting and generating a translation rule based on the abstract syntax tree of the simplified query before and after translation; the generated translation rule is applied to source complex query, automatic translation of dialects is completed, and final target query is generated. According to the SQL dialect translation method, the illusion problem when a large language model processes complex queries is effectively avoided, and the accuracy, the robustness and the automation degree of SQL dialect translation are remarkably improved.

This invention provides a dynamic binary translation method for stack-based floating-point architectures using rule-based translation, expanding the applicability of translation rules and improving the support of existing dynamic binary translation systems for stack-based floating-point instruction sets. The specific operation of this invention is as follows: During the translation rule matching process, the correctness of the translation rules is ensured by virtualizing stack registers, thereby generating the correct target architecture instruction sequence in the instantiation of translation rules; when generating target code, the characteristics of the floating-point register stack are considered, and register allocation constraints are used to allocate registers on the floating-point stack. By identifying the target register and performing pop operations, the source architecture registers and target architecture registers are synchronized, ultimately generating an efficient target architecture floating-point instruction sequence. Compared to software-simulated floating-point instruction translation methods, the method of this invention achieves efficient dynamic binary translation while ensuring correct translation.

The application belongs to the technical field of dynamic binary translation in computer architecture, and designs a system-level dynamic binary translation method based on translation rules, which proposes a new state saving and restoring mechanism to deal with conflicts in special scenarios of system-level dynamic binary translator. Specifically, it includes the following three steps: first, the instructions that will affect the system-level implementation are identified in the client instruction analysis stage, and are separated and identified for monitoring; then, in the translation rule application stage, the instructions related to system-level instruction problems, memory management problems and exception / interrupt problems are checked and processed; finally, two conditional code optimization schemes are proposed by analyzing the instruction flow information to improve the translation efficiency. The method realizes efficient dynamic binary translation while ensuring correct translation.

The embodiment of the invention provides a code translation method and device, electronic equipment and a readable storage medium, and the method comprises the steps: determining a target translation rule corresponding to a target instruction for any target instruction based on instruction information corresponding to the target instruction under the condition that a to-be-translated code of a source platform contains the target instruction; the instruction information comprises a target instruction name and a target instruction parameter corresponding to the target instruction; and under the condition that the target translation rule contains a complex type of instruction conversion rule, calling a target translation function corresponding to the target instruction name, and performing instruction translation on the target instruction name and the target instruction parameter to obtain a target translation instruction. Therefore, the translation efficiency of the code translation process is improved, and meanwhile, the code translation accuracy is ensured through a systematic code translation mode.

Provided are computer-implemented systems and methods for providing improved rule-based machine translation, including a memory having a plurality of text translations, each text translation comprising an input text element and an output text element; at a processor: generating a text translation cluster comprising a plurality of matching text translations in the plurality of text translations, the text translation cluster associating the plurality of matching text translations; receiving the plurality of matching text translations associated with the text translation cluster; generating a first translation rule corresponding to the input text elements of the text translation cluster and a second translation rule corresponding to the output text elements; generating a machine translation rule based on the first translation rule and the second translation rule, the machine translation rule comprising a template and at least one converter; receiving an input text element for translation; and determining an output translated text element.

One example method for controlling a traffic generator using an open application programming interface (API) occurs at a vendor-agnostic traffic generator controller. The method comprises: receiving, via an open API, a vendor-agnostic test command; distributing, using at least one distribution rule, the vendor-agnostic test command to at least one service module; generating, by the at least one service module and using a translation rule, one or more device-specific commands for performing an aspect of testing or test configuration, wherein the at least one service module generates telemetry data associated with the generation of the one or more device-specific commands and the telemetry data is provided periodically or aperiodically to a data collector using an open telemetry API; and sending the one or more device-specific commands to a test related device, wherein the test related device includes a traffic generator.

The invention provides an intelligent translation method and system for an HTTP protocol operation statement, and belongs to the technical field of computers. The intelligent translation method comprises the following steps: preprocessing a C language background storage operation statement to obtain a standardized HTTP operation statement; constructing a multi-level rule engine, and pre-constructing a mapping relationship between a known operation statement and a translation rule combination; automatically matching a corresponding translation rule combination for the standardized HTTP operation statement based on a multi-level rule engine; based on the translation rule combination, converting the standardized HTTP operation statement into a preliminary natural language description; performing readability optimization on the preliminary natural language description to obtain an optimized natural language description, and outputting the optimized natural language description as a translation result; and based on the user feedback and the new scene data, automatically updating the multi-level rule engine to obtain an updated multi-level rule engine. The method can solve the technical problems that in the prior art, HTTP operation statement translation depends on manual processing, efficiency is low, and accuracy is insufficient.

The invention discloses a visual session translation method and related equipment, and relates to the technical field of intelligent terminals and voice processing, and the method comprises the steps: responding to a session translation instruction, employing a microphone to collect a speech of a speaker, obtaining a to-be-translated first statement, employing a display of a mobile translation terminal to display the first statement, and obtaining a to-be-translated second statement; sending the first statement to a speaker to enable the speaker to determine whether the first statement has an error, if the speaker confirms that the first statement does not have an error, executing translation operation on the first statement based on a preset translation rule to obtain a second statement, and displaying the second statement to a listener. According to the translation mobile terminal, the display is integrated, when a speaker speaks, the collected content is displayed on the display, so that the speaker confirms whether the content collected by the mobile translation terminal is consistent with the content actually needing to be translated or not, the accuracy of the to-be-translated statement is improved, and then the accuracy of the translation result is improved.

The invention relates to the technical field of natural language processing, in particular to a cross-ethnic language place name translation and writing method based on a large model. According to the cross-ethnic language geographical name translation and writing method based on the large model, relevant translation and writing rules of geographical names are arranged, an ethnic language geographical name translation and writing corpus is constructed, structured processing is performed after cleaning and verification, and the processing priority of structured rule information is arranged in a user-defined mode; importing the structured rule information into a large model knowledge base in a text form, and describing a corresponding rule chain; decomposing and constructing subtasks according to the processing priority, deploying to form a workflow, and summarizing to obtain an output result; and finally, releasing the large model in the form of an application program interface (API). According to the cross-ethnic language geographical name translation and writing method based on the large model, excessive dependence of a traditional method on manual rules is broken through, the technical threshold and operation complexity of multi-language geographical name translation and writing are remarkably reduced, and an intelligent solution is provided for standardized construction of an ethnic region geographic information system.

This application provides a text translation control method, apparatus, electronic device, and storage medium. The method includes: identifying the field type of a field to be translated in the text; obtaining a target translation rule corresponding to the field to be translated from a preset field type-translation rule mapping table according to the field type; and performing field splitting, translation matching, and translation recombination on the field to be translated according to the target translation rule to obtain a translation corresponding to the field to be translated. This method classifies the fields in the text and configures corresponding translation rules for different field types, automatically translating according to different field types, which is highly efficient and targeted, effectively improving the accuracy of translation processing.

The present invention discloses a method and system for distributed heterogeneous unmanned aerial vehicle network access management, which registers a control terminal and an unmanned platform to a network access management server; the unmanned platform sends the real equipment number and information to the network access management server, and the network access management server determines whether there is a translation rule according to the received real equipment number and information. If there is a translation rule, the equipment virtual number is returned according to the translation rule. If there is no translation rule, after the translation rule is configured, the equipment virtual number is returned according to the configured translation rule; the control terminal and the unmanned platform interact through the network access management server according to the equipment virtual number; the control requirements of the control terminal are confirmed, including one-to-one single aircraft control, one-to-many group control, and control right preemption. By unifying the data format of heterogeneous unmanned aerial vehicles through the translation rule, the unified access, control, and monitoring of heterogeneous unmanned aerial vehicles are realized. Through the setting of control right preemption, the unmanned platform can be randomly accessed and the control relationship can be switched as needed.

The present invention is applicable to the field of text recognition technology, and provides an automatic testing method, device, electronic device and storage medium for a scanning and translation pen. The method includes: obtaining a first image of a file to be scanned and translated through a camera, obtaining first coordinate information of the text to be scanned and translated according to the first image, and controlling the movement of a mechanical arm fixed with the scanning and translation pen through a programmable logic controller according to the first coordinate information of the text to be scanned and translated, a preset coordinate mapping relationship and a preset scanning and translation rule, so that the scanning and translation pen scans the text to be scanned and translated to obtain a test log of the scanning and translation pen, and outputting a test result according to the test log, thereby realizing the automatic testing of the scanning and translation pen based on machine vision and the mechanical arm, improving the testing efficiency of the scanning and translation pen and reducing the testing cost.