22 results about "Digital Life" patented technology

The invention belongs to the technical field of artificial intelligence, and particularly relates to a digital life continuous session method, a digital life continuous session device, a computer readable medium, electronic equipment and a computer program product. The method comprises: when a preset first trigger condition is satisfied, outputting a first session content belonging to a first session round, the first session round comprising historical session contents of a plurality of session members, the session members comprising one or more digital lives, the first trigger condition comprises a data input event triggered by the session member; when a preset second trigger condition is met, second session content belonging to a second session round is output, and the second trigger condition is different from the first trigger condition. The dialogue autonomy and continuity of digital life can be improved, and the sense of reality of interaction is enhanced.

The invention discloses a multi-fusion intelligent Internet of Things cloud management system, which relates to the technical field of Internet of Things, is constructed based on a digital life entity concept, and comprises an autonomous cell equipment layer, a digital body fluid network layer, a cloud evolution control layer and an application interaction layer. According to the invention, equipment self-discovery and flexible access are realized, manual configuration is not needed, and equipment compatibility and deployment efficiency are improved; routing transmission adapts to multi-dimensional factors, signal transmission delay is reduced, and transmission reliability and resource utilization rate are improved; through global evolutionary optimization and a closed-loop operation mechanism, the system autonomously adapts to a dynamic scene, and the operation performance is continuously improved; a global conflict arbitration mechanism guarantees multi-device cooperation consistency, and operation disorder caused by instruction conflicts is avoided; user target preference dynamic adaptation is supported, personalized optimization is achieved, and the application scene of the system is widened; the distributed architecture and the multi-fusion technology improve the robustness of the system, and avoid the influence of a single-point fault on the overall operation.

This invention provides a method, apparatus, device, and storage medium for generating digital life forms from multiple reference images. The method includes: acquiring multiple target reference images corresponding to different attributes such as appearance, clothing, and scene; extracting features from each of the multiple target reference images to determine multiple target feature vectors; determining comprehensive constraints, which at least include a comprehensive condition vector and condition injection parameters; inputting the comprehensive constraints into a target generation model to generate an image, determining an initial generated image corresponding to the digital life form; and optimizing the quality of the initial generated image corresponding to the digital life form to determine the target generated image corresponding to the digital life form after quality optimization. The character generated by this invention is highly consistent with each reference image in appearance, clothing, and background, achieving a realism close to that of a photograph, and the implementation process is simple and low-cost.

The invention discloses a digital life entity configuration method, device and equipment and a storage medium, and relates to the technical field of digital life entities, and the method comprises the steps: obtaining a target image containing a target person in response to a dialogue operation corresponding to a digital life entity; identifying a target person in the target image, and determining identity information of the target person; determining a social relationship between the target person and the digital life entity according to the identity information; determining a private knowledge base corresponding to the target person according to the identity information of the target person; configuring a target knowledge base of the digital life entity according to the private knowledge base and a preset basic database; and configuring an initial cue word of the digital life entity according to the social relationship. According to the invention, the personalized interaction capability of the digital life body is improved.

A system for determining a degree of dependence on screens of a user, includingat least one software module embedded in a set of information processing apparatuses, adapted for collecting first measurements about the behavior of the applications installed on said information processing apparatuses and second measurements about the behavior of said information processing apparatuses;a database for storing said measurements;a server for periodically determining an aggregation of said measurements and a degree of dependence on screens according to said aggregation.

The invention belongs to the technical field of interaction methods, and particularly relates to a digital life creation and interaction method and device, computer equipment and a storage medium. The method comprises the following steps: constructing a digital life with a basic attribute value according to basic information input by a user; configuring a corresponding interaction capability module for the digital life according to the functional characteristics of the physical hardware; establishing a mapping relation between physical hardware and digital life; and receiving interaction behavior data of the user to the physical hardware, inputting the interaction behavior data to the digital life, generating a feedback instruction through the large model based on the basic attribute value and the interaction capability module, and sending the feedback instruction to the physical hardware, so that the physical hardware executes a feedback action according to the feedback instruction. According to the method, a traditional hardware interaction mode is broken through, and the interaction experience and operation efficiency of a user and physical hardware are remarkably improved through anthropomorphic interaction design of digital life and the intelligent decision-making capability of a large model.

The utility model relates to basement water leakage monitoring technical field especially, it is a kind of basement floor water leakage detection device for whole digital life cycle building.The utility model provides a kind of basement floor water leakage detection device for whole digital life cycle building, solve the technical problem that whether the basement in the prior art cannot be monitored in real time whether water leakage.A kind of basement floor water leakage detection device for whole digital life cycle building, including sensing cable;Insulating sheet, the insulating sheet is set between the sensing cable with the reinforcing bar in the floor, for preventing sensing cable with the reinforcing bar electric contact;By setting sensing cable, controller and data processing platform, sensing cable and data processing platform cooperation, whether the basement can be monitored in real time whether water leakage, to realize the automatic monitoring of whether the basement is water leakage, relevant personnel can promptly understand the water leakage situation of basement, reduce the security risk.

This application provides a consciousness verification method, apparatus, computer device, computer-readable storage medium, and computer program product, belonging to the field of digital life forms. The consciousness verification method includes: acquiring a consciousness snapshot at the initial moment and a consciousness fingerprint at the initial moment after the digital life form initialization is completed; acquiring a consciousness snapshot at the current moment and generating a data hash at the current moment each time a preset condition is triggered; generating a consciousness fingerprint at the current moment based on the concatenated consciousness fingerprint from the previous moment and the data hash at the current moment; and sending each generated consciousness fingerprint to a channel node of a state channel, the channel node being used to upload the consciousness fingerprint to the blockchain according to preset rules. The technical solution of this application embodiment can efficiently put the consciousness of a digital life form onto the blockchain, thereby achieving the verifiability and traceability of the consciousness of the digital life form.

The application provides a digital life consciousness alignment and cross-platform migration method and electronic equipment, and belongs to the technical field of digital life. The method encapsulates the current state of the core consciousness data of the digital life in the source platform into a standardized and serializable consciousness data packet, then extracts the semantic embedding vector of the core node from the consciousness data packet, generates a semantic fingerprint vector through an aggregation algorithm, and transmits the encapsulated consciousness data packet and the semantic fingerprint vector to the target platform through a DL-CAP platform, so that the target platform can map the semantic fingerprint vector to its own semantic space through a semantic adapter to obtain a mapped semantic vector, and perform consistency checking on the semantic fingerprint vector and the mapped semantic vector. If the consistency checking passes, it indicates that the target platform understands the core consciousness data of the digital life in the source platform with a high degree of consistency with the source platform, and there is no semantic deviation, so that the target platform can reconstruct and activate the digital life in the source platform according to the content of the consciousness data packet. In this way, the consciousness consistency and migratability of the digital life in the heterogeneous AI engine, virtual environment and application scene are realized.

The present disclosure provides a SIM card-based digital life model generation method, device, equipment and medium, wherein the SIM card-based digital life model generation method comprises: determining attribute information of a digital life model to be generated according to user attribute information corresponding to a SIM card; determining appearance information of the digital life model to be generated according to attribute information editing information of the digital life model; determining a social attribute of the digital life model to be generated based on user communication records of the SIM card; training the digital life model to be generated based on user usage records of the SIM card to determine a behavior mode of the digital life model to be generated; and generating the digital life model according to the appearance information, the social attribute and the behavior mode. Through the present disclosure, the reliability, authenticity and practicality of the digital life model are improved.

The invention provides a multi-graph reference digital life body generation method and device, equipment and a storage medium. The method comprises the following steps: acquiring a plurality of target reference images corresponding to different attributes such as figure appearance, clothes, scenes and the like; performing feature extraction on the plurality of target reference images, and determining a plurality of target feature vectors; determining a comprehensive constraint condition, wherein the comprehensive constraint condition at least comprises a comprehensive condition vector and a condition injection parameter; inputting the comprehensive constraint conditions into a target generation model for image generation, and determining an initial generated image corresponding to the digital life body; and performing quality optimization on the initial generated image corresponding to the digital life body, and determining a target generated image corresponding to the digital life body after the quality optimization is passed. The figure generated by the method is highly consistent with each reference image in appearance, clothes and background, the fidelity is close to that of a real photo, the implementation process is simple and convenient to operate, and the cost is low.

This invention discloses a method for realizing anthropomorphic expression of intelligent agents, belonging to the field of intelligent agent anthropomorphic expression technology. It constructs a symbiotic and interconnected closed loop of personality, emotion, text, voice, and environment interaction. This symbiotic and interconnected closed loop includes a digital life form basic information management module, a personality and emotion digital characterization module, a constraint text generation module, a constraint voice generation module, and a personality and emotion adaptive evolution module. This invention utilizes the symbiotic and interconnected closed loop of personality, emotion, text, voice, and environment interaction, a multi-module bidirectional feedback mechanism, a quantitative evolution formula, and an improved VITS emotional TTS model to solve the technical problems of existing intelligent agent text being mechanical, voice lacking emotional depth, fixed personality, and a disconnect between internal state and external expression. It achieves intelligent agent text empathic adaptation, natural and personalized voice, dynamic personality growth, and unified coordination between internal and external expression, improving the naturalness and immersion of the interaction.

The application discloses a configuration method, device and equipment of a digital life body and a storage medium, relates to the technical field of the digital life body, and comprises the following steps: in response to a dialogue operation corresponding to the digital life body, a target image containing a target person is acquired; the target person in the target image is identified, and identity information of the target person is determined; a social relationship between the target person and the digital life body is determined according to the identity information; a private knowledge base corresponding to the target person is determined according to the identity information of the target person; a target knowledge base of the digital life body is configured according to the private knowledge base and a preset basic database; and an initial prompt word of the digital life body is configured according to the social relationship. The application improves the personalized interaction capability of the digital life body.

The application discloses a kind of based on multimodal AI's dead digital immortality and continuation accompanying system and method, it is related to artificial intelligence and digital person technical field.The application sets up the threefold user authentication mechanism of identity card+face recognition+relative relationship proof, and privacy protection system of end-to-end encryption+data desensitization+AES-256 cloud encryption.For the defects that the personality of prior art is not complete, lacks dynamic accompanying, seven core modules are passed, AI virtual relatives are dynamically grown up and old according to human physiological law, family AR scene is more than 90% restoration degree immersive interaction, digital personality standardization storage and scene fusion type advertisement implantation based on coordinate positioning are realized.The application provides deep emotional comfort, realizes the digital immortality and physical accompanying extension of the dead, simultaneously excavates commercial value, and is applicable to the field of emotional accompanying and digital life continuation.

This application proposes a method and system for the evolution of digital life forms, belonging to the field of digital life form technology. The method first involves individual digital life forms extracting and anonymizing consciousness fragments to form anonymized consciousness fragment data packets. Then, a federated aggregation strategy of consciousness data units is used to aggregate multi-person data packets, protecting individual privacy from the source and during the aggregation process, preventing the leakage of original consciousness data. Subsequently, a nonlinear emotional resonance field model is used to achieve the propagation and fusion of group emotions and form a resonance field, allowing the digital life form group to form a unified emotional tendency, solving the problem of group emotional synchronization. Next, dynamic density clustering is performed on the aggregated consciousness fragments at the group level to extract collective consciousness supernodes and construct a topological structure, self-organizing and condensing the group's core consensus, forming a stable collective consciousness and values. Finally, collective rewards are calculated and injected based on the supernode topological structure, realizing the evolutionary guidance of collective consciousness on individual consciousness, and promoting the leap of digital life forms from individual intelligence to collective wisdom.

The invention relates to the technical field of building outer wall hollowing monitoring, in particular to a detection method and device for preventing hollowing and falling of an outer wall in an all-digital life cycle. According to the detection method and device for preventing hollowing and falling of the outer wall in the full-digital life cycle, the technical problem that hollowing detection cannot be carried out on the outer wall of a building in the prior art is solved. Some embodiments adopted to solve the technical problem include: the detection method for preventing the hollowing and falling of the outer wall in the full-digital life cycle comprises the following steps: acquiring a picture after the construction of the outer wall is completed as a first reference picture; by obtaining the first reference picture after the construction of the outer wall is completed, continuously obtaining the outer wall pictures according to the timeline and comparing the outer wall pictures, the subtle changes of the outer wall at different time points can be accurately captured. When slight hollowing occurs on the outer wall, the coordinate data of the hollowing part can be changed, and the difference between the coordinate data of the hollowing part and the coordinate data of the reference picture can exceed a set value, so that the potential hollowing problem can be found in time.

This invention relates to the field of smart exhibition hall and interactive technology, and particularly to a human-computer interaction method and system based on smart exhibition halls. The method includes: simultaneously collecting visual and radar perception data of target audiences; performing fusion tracking based on this data to generate user status information with confidence levels; determining the target interaction mode based on the cumulative judgment results of attribute tag confidence levels within a time window; calling corresponding resources to drive a digital life avatar to perform matching interactive behaviors; collecting audience feedback data after interaction; associating and storing user status information, interaction modes, and feedback data as a historical optimization set; and finally, optimizing and adjusting parameters of the aforementioned perception fusion and decision-making process based on this set. This system achieves stable and personalized adaptive interaction in complex environments and can continuously self-optimize through data-driven processes.

The invention provides a dynamic activation system and method for oral history intangible cultural heritage based on multi-modal fusion and digital life. According to the method, multi-modal data acquisition, generative artificial intelligence (AIGC), digital humans, virtual reality (VR) technology, augmented reality (AR) technology and large language model (LLM) technology are systematically combined, so that 1) high-fidelity digital extraction of shape, sound and spirit of inherited humans is realized; according to the method, a complete technical closed loop from recording to activation is formed, the problems of fidelity, interaction and continuity in oral history non-enthusiasm inheritance are effectively solved, and a revolutionary scheme is provided for permanent storage and innovative inheritance of cultural heritage.

The invention relates to the field of data security, in particular to a reliable self-destruction method suitable for an electronic medical data sharing and destruction scene. The method is based on attribute encryption, a time lock puzzle and a block chain technology, a data life cycle management model is constructed, a system is initialized and a digital life cycle is preset through a system administrator, a data owner encrypts data by using an attribute-based encryption strategy and constructs a time lock self-destruction key, and an intelligent contract automatically monitors time and triggers a self-destruction process. The verification node and the consensus node cooperatively complete verifiable auditing and global confirmation of the destroying state, and the recovery committee executes emergency recovery when necessary. Through strong cryptographic guarantee and decentralized verification, automatic and irreversible destruction of the data at the preset time point is realized, a verifiable and non-repudiation destruction proof is provided, the problems that data copy cleaning is not thorough and depends on service provider credit in a distributed environment are fundamentally solved, and the data copy cleaning efficiency is improved. And the safety and privacy of the medical data in the whole life cycle are ensured.

1. The name of the design product: digital life interaction graphical user interface for electronic devices. 2. The use of the design product: an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 interface change state diagram 1. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: for the use and inquiry of the digital life APP of the old-age apartment. 7. The human-computer interaction mode of the graphical user interface: in design 1, after the program is started and runs, the design 1 main view is entered; after the login in the design 1 main view is completed, the design 1 interface change state diagram 1 is jumped to; in the design 1 interface change state diagram 1, the "health report" icon in the middle of the interface is clicked to jump to the design 1 interface change state diagram 2; in the design 1 interface change state diagram 2, the "message reminder" icon in the lower right corner of the interface is clicked to jump to the design 1 interface change state diagram 3. In design 2, after the program is started and runs, the design 2 main view is entered, after the login in the design 2 main view is completed, the design 2 interface change state diagram 1 is jumped to; in the design 2 interface change state diagram 1, the "common tool" icon in the middle of the interface is clicked to jump to the design 2 interface change state diagram 2; in the design 2 interface change state diagram 2, the "message reminder" icon in the lower right corner of the interface is clicked to jump to the design 2 interface change state diagram 3.

1. The name of the design product: doll (good home mascot). 2. The use of the design product: for the promotion and display of the brand image of the "good home" of the digital life of the wings. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.