Abstract: A smart home hub may receive sensor information from a plurality of smart home objects (e.g., a washing machine, an electricity meter, etc.). The smart home hub may also generate smart home events based on the received sensor information. The sensor information may be received via a plurality of different communication protocols. An analytics cloud platform with built-in smart home support may receive smart home information from the smart home hub via an analytic querying protocol adapted to handle big data. The analytics cloud platform may process the received smart home information using a multi-platform query library and automatically analyze the processed data using predictive analytics. The analytics cloud platform may then arrange to display analysis results via an analytics cloud user interface.

Abstract: A smart home hub may receive sensor information from a plurality of smart home objects (e.g., a laundry washing machine, an electricity power meter, etc.). The smart home hub may also generate smart home events based on the received sensor information. A central management plane component associated with a cloud-native application runtime may communicate with the smart home hub. The system may receive smart home events from the hub and, responsive to the received, arrange to execute smart home functions via a cloud infrastructure. For example, a function may arrange to reduce the cost of operating a smart washing machine. As a result of execution of at least one smart home function, the system may transmit a smart home response to the hub causing at least one of the smart home objects to perform a task (e.g., the washing machine may automatically run when the cost of electricity is low).

Abstract: The present disclosure involves systems, software, and computer implemented methods for creating an extension field across system tenants in a customer landscape. One example method includes receiving a request to add an extension field to an entity used in a customer landscape. Entity-using system tenants that use the entity are determined. Event-pairing information is provided to each entity-using system tenant to enable receiving of extension field events. Field attribute values for a set of field attributes for the extension field are received. A field creation event is generated that instructs a system tenant receiving the field creation event to create a local field that has a target state of the extension field in that system tenant. The field creation event is sent to each entity-using system tenant.

Abstract: In an example embodiment, a graphical user interface-based software tool is provided that uses integrated process information and information of a technical infrastructure to provide automatically-analyze integrations. The tool displays a list of integrations available with one or more corresponding software products linked to the first process by the linkage, each integration in the list of integrations identifying a separate software product with a separate application program interface (API) from the first software product.

Abstract: In an example embodiment, a graphical user interface-based software tool is provided that uses integrated process information and information of a technical infrastructure to provide automatically-analyze integrations. There are several current approaches to capturing information relevant to the above questions available within a computer system, but each of them only captures a fragment of the information that will be utilized and are not linked. Additionally, most of them do not include extensibility information. The provided tool solves these issues.

Abstract: A system and method including the reception of an input of a set of textual terms including a subject matter parameter value and an indeterminate term parameter value; automatically determining, by a machine learning process, the subject matter parameter value is subsumed within a specified data model including the indeterminate term parameter value; automatically processing the indeterminate term parameter value to execute a combination of literal, systemic, historical perspective, and teleological interpretations thereof to generate an overall assessment that includes a non-arbitrary interpretation of the indeterminate term parameter value; and presenting a representation of the set of textual terms expanded to include the non-arbitrary interpretation of the indeterminate term parameter value.

Abstract: The present disclosure involves systems, software, and computer implemented methods for creating an extension field across system tenants in a customer landscape. One example method includes receiving a request to add an extension field to an entity used in a customer landscape. Entity-using system tenants that use the entity are determined. Event-pairing information is provided to each entity-using system tenant to enable receiving of extension field events. Field attribute values for a set of field attributes for the extension field are received. A field creation event is generated that instructs a system tenant receiving the field creation event to create a local field that has a target state of the extension field in that system tenant. The field creation event is sent to each entity-using system tenant.

Abstract: A system and method including the reception of an input of a set of textual terms including a subject matter parameter value and an indeterminate term parameter value; automatically determining, by a machine learning process, the subject matter parameter value is subsumed within a specified data model including the indeterminate term parameter value; automatically processing the indeterminate term parameter value to execute a combination of literal, systemic, historical perspective, and teleological interpretations thereof to generate an overall assessment that includes a non-arbitrary interpretation of the indeterminate term parameter value; and presenting a representation of the set of textual terms expanded to include the non-arbitrary interpretation of the indeterminate term parameter value.

Abstract: A combination subsurface heating system that incorporates electrical resistance heating and thermal conduction heating with systems disposed within a single borehole. The combination heating system includes an electrically conductive outermost well casing and a heating element that is electrically isolated from the casing but disposed within it or in an adjacent casing but within the same borehole. Each of the two heating components is powered by a separate power source.

Abstract: Techniques and solutions are described for facilitating the determination of whether a query, such as a database query, may raise a compliance issue, such as whether restricted information associated with a particular database field is provided as an output of the query. A compliance tool receives a query that includes a plurality of query operations. At least one database field associated with a potential compliance issue is received. For example, the at least one database field may be associated with restricted information. The plurality of query operations are analyzed to determine whether information associated with the at least one database field is an output of the query to provide compliance results. The compliance results are output to a user.

Abstract: A combination subsurface heating system that incorporates electrical resistance heating and thermal conduction heating with systems disposed within a single borehole. The combination heating system includes an electrically conductive outermost well casing and a heating element that is electrically isolated from the casing but disposed within it or in an adjacent casing but within the same borehole. Each of the two heating components is powered by a separate power source.

Abstract: A method and system to remediate soil containing PFAS compounds and organic carbon. Total organic carbon is reduced by heating the soil at a sufficient temperature and for a sufficient duration to reduce surface effects between the PFAS compounds and the organic carbon to permit evaporation and treatment of the PFAS compounds from the soil. A flexible helical heater is employed to heat the soil.

Abstract: A method and system to remediate soil containing PFAS compounds and organic carbon. Total organic carbon is reduced by heating the soil at a sufficient temperature and for a sufficient duration to reduce surface effects between the PFAS compounds and the organic carbon to permit evaporation and treatment of the PFAS compounds from the soil.

Abstract: A method and system to remediate soil containing PFAS compounds and organic carbon. Total organic carbon is reduced by heating the soil at a sufficient temperature and for a sufficient duration to reduce surface effects between the PFAS compounds and the organic carbon to permit evaporation and treatment of the PFAS compounds from the soil.

Abstract: A plurality of data sources accessed by a software program are automatically determined by a compliance tool. At least a portion of the data sources are automatically associated with one or more formalized compliance terms using the compliance tool. At least a portion of the data sources is analyzed by the compliance tool using at least one formalized compliance norm that include at least one of the one or more formalized compliance terms to provide compliance results. The compliance results are output to a user.

Abstract: In an example embodiment, a triple to store in a triple store is received from a first application, the triple defining data having a subject, predicate, and object. The triple is sent to a triple store interface configured to store the triple in an in-memory database management system. Later, a request from a second application to query the triple store is received. A cloud-based triple store query server is used to process the request and generate an in-memory database management system query to the in-memory database management system. Results of the in-memory database management system query are received from the in-memory database management system. The result is sent to the second application for display to a user.

Abstract: A heater having a helical electrical resistance heating wire connected to and coiled around a current return wire. The heater is employed in thermal conduction heater wells used for removing contaminants from soil, groundwater or rock.

Abstract: Techniques and solutions are described for facilitating the determination of whether a software program may raise a compliance issue, such as whether processes invoked by the software program may involve the sending of protected information. A compliance tool automatically determines a plurality of processes invoked by a program. A plurality of the invoked processes are compared with a process compliance library comprising at least one process. The comparing produces compliance results. The compliance results are output to a user.

Abstract: Techniques and solutions are described for facilitating the determination of whether a query, such as a database query, may raise a compliance issue, such as whether restricted information associated with a particular database field is provided as an output of the query. A compliance tool receives a query that includes a plurality of query operations. At least one database field associated with a potential compliance issue is received. For example, the at least one database field may be associated with restricted information. The plurality of query operations are analyzed to determine whether information associated with the at least one database field is an output of the query to provide compliance results. The compliance results are output to a user.

Abstract: Techniques and solutions are described for facilitating the determination of whether a software program may raise a compliance issue, such as whether processes invoked by the software program may involve the sending of protected information. A compliance tool automatically determines a plurality of processes invoked by a program. A plurality of the invoked processes are compared with a process compliance library comprising at least one process. The comparing produces compliance results. The compliance results are output to a user.