Abstract: A question answering system is provided that can be used to supply workers at a jobsite with relevant answers or information for situations occurring at the jobsite. The question answering system can include a knowledge base with different types of content that are related to situations that may occur at the jobsite. When a user submits a query to the question answering system, the system can then determine whether an appropriate response to the query is contained in the knowledge base. If the knowledge base does not have an appropriate response, then the system submits the query to a third party information source such as a generative artificial intelligence tool for an answer. The system then analyzes the response from the third party information source and selects either the response from the third party information source or the response from the knowledge base to provide to the user.

Abstract: A question answering system is provided that can be used to supply workers at a jobsite with relevant answers or information for situations occurring at the jobsite. The question answering system can include a knowledge base with different types of content that are related to situations that may occur at the jobsite. When a user submits a query to the question answering system, the system can then determine whether an appropriate response to the query is contained in the knowledge base. If the knowledge base does not have an appropriate response, then the system submits the query to a third party information source such as a generative artificial intelligence tool for an answer. The system then analyzes the response from the third party information source and selects either the response from the third party information source or the response from the knowledge base to provide to the user.

Abstract: The present disclosure relates to a metal-air battery, such as a zinc (Zn)-air battery with a decoupled cathode, an acidic catholyte, an alkaline anode electrolyte, and a solid electrolyte between the catholyte and the anode electrolyte.

Abstract: Capturing interconnectivity data for one or more multi-pin devices in the design of emulator circuit boards is automated using a translator that extracts relevant information, from a text-based input/output (I/O) definition file. The I/O definition file contains textual descriptions of I/O connectivity information for the various devices created by partitioning the design for application on the emulator circuit board, undefined connector interface entries, and design-specific information. The translator parses through the I/O definition file extracting the I/O connectivity and design-specific information, and retrieves connector interface definitions for the undefined connector interface entries using vendor data.

Abstract: Capturing interconnectivity data for one or more multi-pin devices in the design of emulator circuit boards is automated using a translator that extracts relevant information, from a text-based input/output (I/O) definition file. The I/O definition file contains textual descriptions of I/O connectivity information for the various devices created by partitioning the design for application on the emulator circuit board, undefined connector interface entries, and design-specific information. The translator parses through the I/O definition file extracting the I/O connectivity and design-specific information, and retrieves connector interface definitions for the undefined connector interface entries using vendor data.