Abstract: The present disclosure provides systems and methods that generate query templates that are expressed in a generic schema-agnostic language. The query templates can be generated “from scratch” or can be automatically generated from existing queries, a process which may be referred to as “templatizing” the existing queries. As one example, generation of query templates can be performed through an iterative process that iteratively generates candidate templates over time to optimize a coverage over a set of existing queries. After generation of the schema-agnostic query templates, the systems and methods described herein can automatically translate/map the templatized queries into “concrete,” schema-specific queries that can be evaluated over specific customer schemas/datasets. In this manner, a query template for a given semantic query (e.g., “return the names of all employees”), is required to be written only once.

Abstract: The present disclosure provides systems and methods that generate query templates that are expressed in a generic schema-agnostic language. The query templates can be generated “from scratch” or can be automatically generated from existing queries, a process which may be referred to as “templatizing” the existing queries. As one example, generation of query templates can be performed through an iterative process that iteratively generates candidate templates over time to optimize a coverage over a set of existing queries. After generation of the schema-agnostic query templates, the systems and methods described herein can automatically translate/map the templatized queries into “concrete,” schema-specific queries that can be evaluated over specific customer schemas/datasets. In this manner, a query template for a given semantic query (e.g., “return the names of all employees”), is required to be written only once.

Abstract: Systems and methods for determining a communication schedule for a satellite system are provided. For instance, orbital data indicative of one or more orbital elements of a first satellite system and one or more second satellite systems can be obtained. Frequency data frequency data indicative of one or more frequencies at which the one or more second satellite systems transmit data can also be obtained. One or more expected radio frequency interference events associated with the first satellite system can then be determined based at least in part on the orbital data and the frequency data. One or more downlink periods during which data is transmitted by the first satellite and one or more silent periods during which data is not transmitted by the first satellite can then be scheduled based at least in part on the expected radio frequency interference events.

Abstract: Systems and methods for determining a communication schedule for a satellite system are provided. For instance, orbital data indicative of one or more orbital elements of a first satellite system and one or more second satellite systems can be obtained. Frequency data frequency data indicative of one or more frequencies at which the one or more second satellite systems transmit data can also be obtained. One or more expected radio frequency interference events associated with the first satellite system can then be determined based at least in part on the orbital data and the frequency data. One or more downlink periods during which data is transmitted by the first satellite and one or more silent periods during which data is not transmitted by the first satellite can then be scheduled based at least in part on the expected radio frequency interference events.