Abstract: An optimal configuration method and device for energy storage capacity of an optical storage system, and apparatus and storage medium are provided, and relates to the photovoltaic field. The specific steps includes: obtaining original output data of a photovoltaic power station for step output; constructing a model of genetic algorithm, and determining algorithm parameters and a fitness function of the genetic algorithm; performing optimization operation based on the genetic algorithm and the original output data to obtain a recommended energy storage capacity, and building an energy storage device according to the recommended energy storage capacity.

Abstract: A lithium salt-free composite solid electrolyte membrane and a preparation method thereof are provided. The composition of the lithium salt-free composite solid electrolyte membrane includes: micro-nanoscale garnet-type solid electrolyte and polymer; where a mass ratio of the micro-nanoscale garnet-type solid electrolyte to the polymer is (60-100):(5-40); a particle size of the micro-nanoscale garnet-type solid electrolyte is 100 nm-2 ?m. The disclosure also provides a preparation method for the lithium salt-free composite solid electrolyte membrane. The lithium salt-free composite solid electrolyte membrane prepared by the disclosure has controllable morphology and thickness, and does not need to add lithium salt and be equipped with anhydrous and inert environment atmosphere, so that the production cost can be significantly reduced, and large-scale production is easy.

Abstract: Methods, device, system and one or more computer readable media having one or more computer programs with instructions to generate custom-fit garment patterns from a 3D body scan are disclosed. The patterns may be obtained by unwrapping the 3D body scan (3D image) into 2D using defined datapoints associated with the surface of a body in a target region. Patterns may be generated for different types of garments. The custom-fit garment patterns generated from the 3D body scan may be basic patterns, which may be further customized or modified as desired.

Abstract: Apparatuses, systems and methods for determining the boundary of breasts based on a determined displacement parameter determined at least in part from series of three-dimensional images captured in time while an individual is in motion are provided. The displacement parameter may be determined with respect to a base image. The base image may be one of the 3D images captured while the individual is moving, or a 3D image acquired while the individual is stationary. The displacement may be a vertical displacement. Once the boundary of the breasts is determined, the breasts may be separated from other image data, and the cup size of the individual may be predicted. Apparatuses, systems and methods for evaluating the performance of a garment based on a determined displacement parameter determined at least in part from a series of three-dimensional images captured in time while an individual is in motion are also provided.

Abstract: Methods and systems for developing a sizing system through categorization and selection of prototypes, which can be regarded as the most appropriate fit model, is described. Once categorized and prototypes are selected, recommendations for the sizing of a target body part may be issued.

Abstract: Methods and systems for developing a sizing system through categorization and selection of prototypes, which can be regarded as the most appropriate fit model, is described. Once categorized and prototypes are selected, recommendations for the sizing of a target body part may be issued.

Abstract: Methods and systems for developing a sizing system through categorization and selection of prototypes, which can be regarded as the most appropriate fit model, is described. Once categorized and prototypes are selected, recommendations for the sizing of a target body part may be issued.

Abstract: Methods and systems for providing dynamic and mixed rendering of medical images on a client device. The client device receives user input selecting a medical image and determines whether system capabilities of the client device satisfy conditions for performing client-side rendering of the medical image. In response to determining that the system capabilities satisfy the conditions for performing client-side rendering, the client device retrieves raw image data corresponding to the medical image from an image repository and provides the data to the image viewer application for client-side rendering of the medical image within the image viewer application. In response to determining that the system capabilities do not satisfy the conditions for performing client-side rendering of the medical image, the client device provides a server-side rendered version of the raw medical image data corresponding to the medical to the image viewer.

Abstract: Methods and systems for collaborating on a medical image. One system includes an electronic processor. The electronic processor is configured to receive, from a first user device collaborating on the medical image as a presenter within a collaboration session for the medical image, presentation state information representing a current presentation state of the medical image as displayed on a display device of the first user device as modified by a user interaction of the presenter, and automatically transmit a presentation model based on the presentation state information to a second user device collaborating on the medical image as a collaborator, the second user device automatically modifying the medical image as displayed on a display device of the second user device based on the presentation model to mirror the user interaction with the medical image as displayed on the display device of the first user device.

Abstract: Methods and systems for providing dynamic and mixed rendering of medical images on a client device. The client device receives user input selecting a medical image and determines whether system capabilities of the client device satisfy conditions for performing client-side rendering of the medical image. In response to determining that the system capabilities satisfy the conditions for performing client-side rendering, the client device retrieves raw image data corresponding to the medical image from an image repository and provides the data to the image viewer application for client-side rendering of the medical image within the image viewer application. In response to determining that the system capabilities do not satisfy the conditions for performing client-side rendering of the medical image, the client device provides a server-side rendered version of the raw medical image data corresponding to the medical to the image viewer.