Abstract: A management platform for a digital twin workshop for automated assembly of circuit breakers includes a physical workshop management unit, a twin virtual workshop management unit, a twin data center and a service management unit. The physical workshop management unit performs scene object analysis, sensor network configuration and operation response. The twin virtual workshop management unit builds a virtual geometric scene and controls data movement response. The twin data center stores twin data. The service management unit performs on-line communication and builds twin data while managing and monitoring the physical workshop management unit. The management platform implements intellectualized and visualized management of production factors, activity planning and production process of a physical workshop for automated assembly of circuit breakers, so as to achieve automation control, parameter visualization and real-time-state monitoring of the physical workshop.

Abstract: A computer implemented method and an interactive guide management system (IGMS) for creating and managing interactive guides (IGs) for multiple items with feedback collection and customer support are provided. The IGMS creates IGs based on media content specific to the items received from item provider devices and stores the IGs in a guide management database (GMD). The IGMS generates a client application that displays the IGs for each item and interface elements for executing interactive functions based on functional inputs on a customer device. The GMD transmits the IGs to the client application based on item information for display in a stepwise manner. The IGMS receives customer inputs, functional inputs, and feedback information provided by the customer device via multiple communication modes from the client application via a network for providing real time or time shifted support, dynamically updating and managing the IGs, and performing one or more interactive functions.

Abstract: A computer implemented method and system provides a mobile application development platform (MADP) for dynamically creating a healthcare provider specific customizable composite mobile application (CCMA) and monitoring healthcare elements of a healthcare recipient using the CCMA. The MADP is accessible by a healthcare provider device and a healthcare recipient device via a network. The MADP stores multiple template objects, for example, sub-applications that perform tasks for monitoring the healthcare elements in an application management database (AMD). The MADP acquires a selection of one or more template objects and one or more dynamic content objects defined by a healthcare provider and dynamically creates the CCMA by integrating the selected template objects and dynamic content objects. The MADP stores the CCMA in the AMD. The CCMA facilitates communication between the healthcare provider device and the healthcare recipient device for monitoring the healthcare elements of the healthcare recipient.