Abstract: Methods, systems, and computer storage media for providing glossary management using an artificial intelligence (AI)-integrated glossary engine in a glossary system are described. The AI-integrated glossary engine recommends definitions for terms and phrases associated with a query. In operation, the AI-integrated glossary engine identifies domain-specific glossary terms, which are terms or phrases (e.g., jargon) with a client-specific definition associated with several sources. A user can provide a query to an AI agent to generate a response, and the AI-integrated glossary engine, utilizing a machine learning model, retrieves domain-specific glossary terms that are unique to the domain in question and responsive to the query.

Abstract: Methods, systems, and computer storage media for providing glossary management using an artificial intelligence (AI)-integrated glossary engine in a glossary system are described. The AI-integrated glossary engine recommends definitions for terms and phrases associated with a query. In operation, the AI-integrated glossary engine identifies domain-specific glossary terms, which are terms or phrases (e.g., jargon) with a client-specific definition associated with several sources. A user can provide a query to an AI agent to generate a response, and the AI-integrated glossary engine, utilizing a machine learning model, retrieves domain-specific glossary terms that are unique to the domain in question and responsive to the query.

Abstract: A method for performing conditional copying of a data object in a data environment to prevent a copying operation failure includes receiving a request to copy the data object to a destination source, the request including an identification of a first source data object, a second source data object and indication of an order of preference between the first data object and the second data object for copying the data object; determining based on the order that data object should be copied from the first source data object; examining a first source indicator to determine if the first source data object is available for copying; based on the determination, copying the data object from the first source data object to the destination source, when the first source data object is available and copying the copying the data object from the second source data object to the destination source, when the first source data object is not available; and creating an indication of successful copying of the data object to the des

Abstract: A method for performing conditional copying of a data object in a data environment to prevent a copying operation failure includes receiving a request to copy the data object to a destination source, the request including an identification of a first source data object, a second source data object and indication of an order of preference between the first data object and the second data object for copying the data object; determining based on the order that data object should be copied from the first source data object; examining a first source indicator to determine if the first source data object is available for copying; based on the determination, copying the data object from the first source data object to the destination source, when the first source data object is available and copying the copying the data object from the second source data object to the destination source, when the first source data object is not available; and creating an indication of successful copying of the data object to the des