8 results about "Direct transformation" patented technology

Systems and methods translate and govern directives across heterogeneous platforms. In some embodiments, directives are normalized into a common intermediate representation (CIR) for validation, conflict handling, and deployment. In other embodiments, a direct semantic mapping engine converts source directives directly into target-native, machine-executable directives without a CIR and without normalization, consulting a platform capability database and synthesizing target-compatible scripts, profiles, workflows, or rules where native primitives are absent. Ephemeral triggers (e.g., time window, incident, risk, posture, geofence) cause generation and atomic activation of temporary directives that supersede baseline directives for a defined scope and interval, with withdrawal on expiry to restore the baseline. Adapters actuate across families including cloud control planes, operating systems (Windows / macOS / Linux), IoT / OT, Kubernetes, identity, email / DLP, browser, and SaaS / social platforms. Both approaches share validation, simulation, and governance / deployment engines supporting approvals, audit logging, staged rollout, rollback, and continuous feedback.

According to the automatic label conversion method, system and equipment and the storage medium provided by the invention, the method comprises the steps of scanning the first label to obtain the first label data, matching the supplier exclusive RF analysis rule, splitting and analyzing the attribute feature and the numerical feature, selecting the conversion mode according to the demand, associating the customer label rule, and performing automatic conversion on the customer label. Mapping sorting and integration of attribute values are completed to obtain second label data, a label template is customized according to requirements, data are filled to generate a graphic code, then the graphic code is integrated to generate a second label, and the second label is printed and archived, so that full-process automatic conversion from original label data to customer exclusive available labels is realized; according to the method, multi-scene requirements of single-label direct conversion, multi-label combination, single-label splitting and the like are met, the automation degree of label generation is improved, the error rate of data analysis and conversion is reduced, and the personalized requirements of multiple suppliers and multiple clients are met.

The application discloses a humanoid robot full-body cooperative voice control system and method, relates to the technical field of robots, and aims at the problems of semantic understanding of the existing humanoid robot voice control being shallow, action planning being localized, and safety control being lagged. The application constructs a unified control architecture through the closed-loop cooperation of a multi-modal intention understanding module, a full-body action planning module, a dynamic balance safety arbitrator and a microkernel safety scheduler. The system deeply analyzes natural language instructions into full-body movement constraints through a semantic-action mapping knowledge base, generates a personified cooperative movement trajectory, carries out prior safety checking by using a boundary model based on Lyapunov stability, and finally realizes hard real-time execution and full-cycle safety guardianship through the microkernel safety scheduler. The application realizes direct conversion from natural language to safe, stable and personified full-body movement, and significantly improves the task execution capability and interactive naturalness of the humanoid robot in a complex scene.

Systems and methods translate and govern directives across heterogeneous platforms. In some embodiments, directives are normalized into a common intermediate representation (OR) for validation, conflict handling, and deployment. In other embodiments, a direct semantic mapping engine converts source directives directly into target-native, machine-executable directives without a OR and without normalization, consulting a platform capability database and synthesizing target-compatible scripts, profiles, workflows, or rules where native primitives are absent. Ephemeral triggers (e.g., time window, incident, risk, posture, geofence) cause generation and atomic activation of temporary directives that supersede baseline directives for a defined scope and interval, with withdrawal on expiry to restore the baseline. Adapters actuate across families including cloud control planes, operating systems (Windows / macOS / Linux), loT / OT, Kubernetes, identity, email / DLP, browser, and SaaS / social platforms. Both approaches share validation, simulation, and governance / deployment engines supporting approvals, audit logging, staged rollout, rollback, and continuous feedback.

The invention discloses a novel agrobacterium carrier system and application thereof. The invention provides an agrobacterium vector system, and the agrobacterium vector system comprises an expression vector and an auxiliary vector, the expression vector comprises elements such as a pVS1 oriV nucleotide sequence of a replication start site from a pVS1 replication system and the like; the auxiliary vector comprises a nucleotide sequence from a replication start site oriV of a pRK2 replication system and other elements. The agrobacterium vector system provided by the invention can keep high copy in escherichia coli and agrobacterium respectively, has very high plant transformation efficiency and very small skeleton, is very easy and flexible in construction, and is very suitable for construction of libraries. Moreover, as the framework is small and the construction efficiency is high, the step of transforming escherichia coli can be omitted, the agrobacterium can be directly transformed, and the positive rate is high, so that the whole experimental period is shortened, and the workload is reduced.

The invention relates to a coordinate system conversion method based on digital twinning, and the method comprises the steps: planning a coordinate conversion path through a conversion scheduling module according to the combination of a source coordinate system type and a target coordinate system type; a corresponding conversion unit is called through a conversion algorithm module to execute conversion, and the conversion unit comprises a WGS84 coordinate system and GCJ02 coordinate system conversion unit, a GCJ02 coordinate system and BD09 coordinate system conversion unit and an approximate reverse calculation unit. And if the target is the UE engine coordinate system, a result is output through the output adaptation module, if the target is the UE engine coordinate system, the WGS84 coordinate system coordinates are transmitted to the Cesium docking module, and conversion with the UE engine coordinate system coordinates is completed through a CesimGeoreence assembly. Flexible conversion among a WGS84 coordinate system, a GCJ02 coordinate system, a BD09 coordinate system and a UE engine coordinate system is supported, and the industrial defect that the BD09 coordinate system cannot be directly converted into the WGS84 coordinate system is particularly overcome. And meanwhile, the method adapts to UE4 and UE5 series engines, and can meet diversified requirements of POI point position marking, track route planning and the like in a digital twin scene.

The invention provides a tensor conversion path automatic planning method for a heterogeneous chip, belongs to the technical field of computer software and artificial intelligence chips, and constructs a three-level routing strategy including'direct conversion ', 'equipment end rearrangement' and'host rollback '. A compiler automatically judges whether the hardware can meet a conversion request or not through a preset hardware capability graph; the dependency deadlock is avoided preferentially by adjusting an atomic operation sequence (for example, changing layout first and then converting type) at a device end; and when the equipment end path is completely unreachable, an equipment-host-equipment rollback path is automatically generated, and the universality of the host is used as a transfer springboard. According to the mechanism, the optimal instruction sequence considering the execution efficiency and the program correctness is automatically generated under the condition that manual intervention is not needed.

This invention discloses a document information extraction method, system, and program product that combines logical constraints and reinforcement learning, relating to the fields of artificial intelligence and intelligent document processing technology. Firstly, by explicitly incorporating arithmetic rules into the reward function, this invention significantly reduces "numerical illusions" and substantially improves logical consistency. Secondly, it solves the problem of extracting borderless tables, deriving the table structure through semantic content and logical constraints instead of relying on visual dividing lines, making it particularly suitable for borderless complex tables such as medical invoices. Thirdly, this invention uses reinforcement learning to transform discrete business rules into dense supervisory signals to guide the optimization of the document information extraction model. Furthermore, the document information extraction model of this invention directly outputs JSON format conforming to the database schema, eliminating the need for complex post-processing steps and achieving direct conversion from images to a queryable database.