12 results about "Virtual platform" patented technology

Various implementations relate to methods, systems, and computer-readable media to dynamically apply creator signatures to virtual assets within a virtual platform. According to one aspect, a computer-implemented method includes receiving a request to display a virtual asset associated with a creator, where the request is linked to an avatar in a virtual environment hosted on the platform. A creator signature, which is defined by visual properties unique to the creator, is retrieved and stored separately from the virtual asset. The method includes rendering the virtual asset by rasterizing it and applying a fragment shader to overlay the creator signature as a dynamic visual element that changes over time based on predefined parameters. The rendered virtual asset with the dynamic signature is displayed within the virtual environment, providing visual attribution to the creator while preventing unauthorized embedding of the signature in the asset data.

Some examples of the disclosure are directed to a virtual motion capture application configured to operate on a first electronic device. In some examples, the virtual motion capture application is configured to present, via the first electronic device, a user interface element containing an animation timeline and a virtual platter including a virtual object in a computer-generated environment. In some examples, the user interface element includes a plurality of options and tools for generating pose-centered motion for the virtual object in the computer-generated environment. In some examples, the virtual motion capture application is configured to exchange data corresponding to the virtual object with a content creation application running on a second electronic device. In some examples, the second electronic device may display a motion creation user interface associated with the content creation application while the first electronic device presents the computer-generated environment.

A device, system and method for secure access to virtual platforms is provided. A computing device establishes a communication session between a client device and a virtual platform, the client device configured to provide rendered scenes of the virtual platform based on scene rendering data generated by the virtual platform. The computing devices accesses disability compensation data indicative of how to compensate for a disability associated with a user of the client device, the disability compensation data anonymized to remove personal identifiable information associated with the user. The computing device adjusts settings of the virtual platform according to the disability compensation data to control the virtual platform to generate the scene rendering data according to the settings as adjusted, such that the client device renders scenes of the virtual platform to replicate the disability for an avatar associated with the user in the virtual platform.

Embodiments described herein provide a processor comprising one or more circuits to cause one or more neural networks to dynamically generate one or more thermal conditions of a simulated data center based, at least in part, on one or more user interactions with an interactive virtual environment of the simulated data center.

The application provides a method for converting robot coordinate systems to a three-dimensional coordinate system and a virtual platform. The method comprises: obtaining more than one robot uploaded reference point coordinates and to-be-converted point coordinates in corresponding robot coordinate systems; creating an auxiliary coordinate system in a three-dimensional coordinate system of the virtual platform; converting the to-be-converted point coordinates of each robot into coordinates of the to-be-converted point in the three-dimensional coordinate system, which comprises: corresponding the reference point coordinates in the robot coordinate system to the auxiliary coordinate system; obtaining a comprehensive rotation matrix and a position offset by using the reference point coordinates in the auxiliary coordinate system and the reference point coordinates in the three-dimensional coordinate system; multiplying the to-be-converted point coordinates by the comprehensive rotation matrix, and adding the position offset to the multiplied coordinates to obtain the coordinates of the to-be-converted point in the three-dimensional coordinate system. The application also provides a virtual platform, which comprises: a receiving module, a display module and a robot three-dimensional coordinate acquisition module. With the aid of the auxiliary coordinate system and the reference point, the conversion process is simplified, and the calculation amount is reduced.

The application discloses a DOC test method for virtual calibration post-processing model development, and the experiment adopts a DOC test device which comprises a DOC, a DPF, a mixing section, SCR I and SCR II-ASC arranged in sequence along the airflow direction of exhaust gas; a first test module, a second test module and multiple thermocouples; the first test module is arranged upstream of the DOC and the SCR II-ASC; the second test module is arranged downstream of the DOC, the DPF, the mixing section and the SCR II-ASC; and the multiple thermocouples are arranged inside the DOC, the DPF, the SCR I and the SCR II-ASC. The DOC test method comprises the following steps: sensor position arrangement, which comprises the arrangement of the first test module, the second test module and the multiple thermocouples; DOC load step test; WHSC test; DOC light-off test; and WHTC test. By virtue of the method, the data obtained by testing can ensure the accuracy of the post-processing model of the virtual development platform, reduce the demand for sensors and other equipment, save test time and accelerate the model development of the virtual platform.

A device, system and method for more efficiently controlling client devices to provide common content is provided. A computing device: determines that avatars, associated with client devices interfacing with a virtual platform, are within a given distance of each other and / or located in a common area of the platform; and accesses respective associated data comprising: respective static data associated with users of the devices, and / or respective dynamic data indicative of orientation of the avatars within the platform and / or interactions of two or more of the avatars within the platform. The computing device determines, from the data: avatar subset associated with respective content, the subsets each including two or more of the avatars. The computing device causes respective devices, associated with the subsets, to provide the respective content in association with the subsets, such that two or more of the respective devices associated with a same subset provide respective common content.

Presented are computing systems for transferring digital assets between virtual platforms, methods for making / using such systems, and digital assets imported / exported by such systems. A method for controlling transfer of digital assets includes storing a fungible digital asset on a digital platform in association with a personal account of a user. A server computer of the digital platform receives a user request to transfer the fungible digital asset to another digital platform; in response, the fungible digital asset is converted to a non-fungible digital asset by generating a cryptographic (crypto) token, assigning the crypto token to the digital asset, and recording the crypto token on a blockchain ledger. The newly minted digital asset is transferred to an intermediate computing node and associated with another personal account of the user. The non-fungible digital asset is then transferred to the requested digital platform and associated with yet another personal account of the user.

The embodiments described herein provide a processor comprising one or more circuits to cause one or more neural networks to dynamically generate one or more thermal conditions of a simulated data center, at least partially, based on one or more user interactions with an interactive virtual environment of the simulated data center.

Various implementations relate to methods, systems, and computer-readable media for detecting policy-violating content in user-generated avatar bodies on a virtual platform. According to one aspect, a computer-implemented method includes obtaining a user-generated avatar body with a 3D mesh and texture and providing the avatar body and a set of text questions to a multimodal machine-learned model. Each text question pertains to a characteristic relevant to content policy. The model generates probability values indicating the likelihood of each characteristic being present in the avatar body. A decision model evaluates the probability values to determine if the avatar body violates content policy. Based on the determination, usage of the avatar body on the virtual platform is controlled, including potential restrictions or flagging for manual review.

Systems, methods, and computer-readable media for on-chip platform management of an integrated circuit device is provided. An integrated circuit device may include programmable logic circuitry and a device controller that includes a processor. The processor may execute instructions to run a hypervisor, a first virtual machine managed by the hypervisor, and a second virtual machine managed by the hypervisor. The first virtual machine may perform a configuration function of the programmable logic circuitry and the second virtual machine may perform a platform management function of the integrated circuit device.

This invention provides a digital twin method and apparatus for a satellite optical system. Receiving telemetry commands is the step executed by the interface layer in the satellite optical system. The virtual control box serves as the core logic layer, and the virtual camera serves as the unit model layer. The interface layer and core logic layer receive telemetry commands and respond to them in conjunction with the unit model layer, thereby obtaining the simulation results of the satellite optical system responding to the telemetry commands. This layered architecture, where the interface layer focuses on data interaction, the core logic layer handles command processing and logical operations, and the unit model layer focuses on imaging simulation, enhances the system's stability and reliability, providing a stable and reliable virtual platform for the testing and verification of satellite optical systems.