10 results about "Deliverable" patented technology

Provided is implementation of inspection of a printed material, which eventually becomes a three-dimensional deliverable, taking into consideration a state of being formed into a three-dimensional. An information processing apparatus configured to inspect a printed material specifies a region pair formed of two regions, which are regions as an inspection target in a read image obtained by optically reading the printed material and which to be put in contact with each other in a case where the printed material is changed into the three-dimensional form. Then, the specified region pair is displayed on a display unit in an identifiable manner.

The disclosure describes a method of generating a target profile including the target's sequence of events (SOE) for a task. Such target profile sequence of events is derived from several source group's transactions, where any source group's transactions cannot be shared with other source groups but the derived target group's profile is the only information that is shared. Source-side information is periodically extracted for a plurality of sources that each interact with a plurality of targets. The information includes source stages, resources, and stage transition events for a task with a target. Source information is used to generate a set of normalized stages, and a set of normalized events for transitioning between the stages of the set of normalized stages. An artificial intelligence (AI) model is trained using the source information. The AI model can generate a target profile with target process information inferred using the trained model. The target process information can include the target's identifiers for each stage, an estimated duration of the stage, deliverables for the stage, and one or more stage transition events for the stage.

We provide the system. [Solution] A means of automatically classifying uploaded information based on its attributes, A means of converting classified information into an integrated format, Means of obtaining additional information on relevant information and historical background from external sources, A means of generating digital records that take into account the user's characteristics and history, A means of providing the generated digital record to the user's device in a viewable format, A method for adding narration and music to digital content using a generative AI model to create visual deliverables based on a storyline, A system that includes this.

A 3D digital transfer management cloud platform, management method, equipment, and medium include: a project management module for creating new projects and using a directory template to allocate project data uploaded by each participant at each stage to the corresponding directory structure; a deliverables transfer module for performing data quality review and optimization processing on the digital deliverables to be transferred selected in the project management module, and transferring the reviewed and optimized digital deliverables to the digital asset management module; a digital asset management module for receiving digital deliverables from the deliverables transfer module, performing asset coding, classification, and attribute information entry, and storing them in a 3D design general model library; and a data display module for obtaining the transferred models from the digital asset management module, performing 3D model browsing, and model-image linkage. The deliverables transfer module of this application supports data transfer, quality review, and optimization processing to ensure the accuracy, completeness, and usability of the transferred data.

This application discloses a method and system for calculating the development cost of automotive aftermarket technical data deliverables, relating to the field of automotive aftermarket technical data deliverable development cost calculation. The method includes constructing a structured cost database, comprising a cost item database, a cost feature database, and a development cost quota database; receiving development roadmap information associated with the target deliverable; automatically constructing corresponding cost item information and cost item hierarchy relationships in the cost database; automatically recommending cost feature information for each task unit category under the third-level category in the cost feature database; and automatically calculating the development cost of the target deliverable by combining the quota work hour information of the corresponding cost feature combination retrieved from the development cost quota database. This achieves automated and intelligent calculation of development costs, reducing the difficulty and improving the efficiency of cost calculation while also laying the foundation for accurate business quotations.

This system structurally eliminates errors and tampering caused by AI generation, thereby ensuring the consistency and reliability of the deliverables. [Solution] The program causes the processor to perform the following steps: obtain the target to be changed and the change instruction from the user; generate a first prompt including the target to be changed, the change instruction, specific information of the target to be changed, and the content of the change to the target to be changed, a system prompt for generating a structured transaction including the target to be changed, the change instruction, specific information of the target to be changed, and the content of the change to the target to be changed; input the first prompt to the generating AI and cause it to generate a structured transaction including the specific information and the content of the change included in the first prompt; verify whether the generated structured transaction conforms to a predetermined structure; execute the change to the target if the structured transaction conforms to the predetermined structure; and confirm the change to the target if the executed change to the target satisfies predetermined conditions.

This invention discloses a parametric design method, system, device, and medium for road vertical planning. First, it processes multi-source, heterogeneous raw surveying data, transforming it into structured digital terrain assets. Next, it constructs a logical topology for the road centerline, assigning it engineering semantics. Then, it performs vertical parametric design on a three-dimensional terrain benchmark. Following this, it conducts earthwork balance analysis and three-dimensional visualization based on the design scheme. Then, it uses a built-in specification library for intelligent diagnosis and optimization of the scheme. Finally, it transforms the complex design results into standardized digital deliverables and a visual interactive interface. This completes the fully automated layout design process from raw CAD data to digital deliverables, solving problems such as fragmented processes, low iteration efficiency, and delayed compliance review in existing technologies.

This invention belongs to the field of power design technology and provides a substation secondary design system based on a logic model. It includes a multi-dimensional logical semantic modeling unit for constructing a full-element logical model of the secondary system; a hierarchical physical topology definition unit for establishing multi-level physical entity mappings of equipment; a logical-physical dynamic coupling matrix for achieving deep binding and synchronization between digital logic flows and physical nodes; a multi-dimensional conflict verification unit for automatically verifying the loop integrity and consistency of mapping relationships; and an automated engineering output generation unit for automatically generating engineering deliverables. Through this solution, the substation secondary design is transformed from experience-driven to digitally driven, significantly reducing the risk of incorrect wiring, improving design efficiency, and ensuring a high degree of consistency between logical intent and physical implementation.

This application discloses a method and system for constructing a dynamic budget for automotive aftermarket technical data deliverables, relating to the field of budget management for automotive aftermarket service technical data deliverables. Based on fundamental data such as development routes, work tasks, job levels, and standard working hours, this invention effectively generates development budgets, dynamically corrects changes and standard working hours, automatically calculates rework budgets, generates and allocates management budgets in layers, and summarizes multi-dimensional budgets. This allows the deliverable budget to be dynamically adjusted according to the development scope, execution resources, and historical data patterns, forming a comprehensive dynamic total budget covering operational budgets, other item budgets, and management budgets. This addresses the pain points of traditional static budgets, such as low manual efficiency, susceptibility to errors, poor adaptability, and easy cost overruns. It achieves automated, dynamic, and accurate budget preparation, significantly improving the level of budget management for automotive aftermarket technical data deliverables and project economic benefits.