Abstract: An approach is provided in which the approach displays, on a user interface during a first user session, a set of objects with a first level of detail based on a prioritization model. The approach adjusts the prioritization model based on a set of user selections to the set of objects captured during the first user session that indicates a second level of detail of at least one object in the set of objects. The approach displays the set of objects to the user on the user interface during a second user session based on the adjusted prioritization model.

Abstract: A method, system, and computer program product for automating product identification is provided. The method includes receiving from users, permission to identify and monitor items associated with the users. Local devices located at a first geographical location are detected in response to receiving permission and identification data identifying each device is stored. A user and a user device are detected arriving at the first geographical location and communications between the user device and the local devices are established. The identification data and associated metadata describing the local devices is retrieved and the user and the user device are detected arriving at a second geographical location. A request for locating a specified item is received. In response, the identification data and associated metadata is analyzed and resulting network search results including a list of items and associated descriptions associated with the request are presented to the user.

Abstract: Digital design of an area is provided by obtaining input parameters for designing the area, comparing the input parameters to a design profile for the user, in which the design profile indicates user preferences regarding design elements, identifying design element(s) to be included in digital design(s) for the area based on correlating the input parameters with design element(s) from the design profile, generating the digital design(s), each of which incorporates at least one of the identified design elements, and displaying a digital design for potential selection to guide designing the area.

Abstract: Embodiments relate to a computer program product, a computer system and a method using artificial intelligence for dynamically determining sub-category ratings from content commentary of reviews of an online review forum, such as, for example, venue reviews of a crowd-source review forum. In particular embodiments, the computer program product, the computer system, and the method apply the artificial intelligence for dynamically determining sub-category ratings from content commentary of reviews of an online review forum based on personal characteristic data of an entity (e.g., user) profile or entity online history.

Abstract: A method can include determining an assistance-initiating characteristic corresponding to a user. Determining the assistance-initiating characteristic can be based, at least in part, on a user action by the user. The method can further include generating an adaptation corresponding to the assistance-initiating characteristic. Generating the adaptation can include automatically adjusting an adaptable device.

Abstract: A method can include obtaining user interaction data by monitoring a set of user interactions between a user and one or more data elements of a data table. The method can further include determining a set of data element scores based, at least in part, on the user interaction data. The method can further include generating a customized data visualization based, at least in part, on the set of data element scores and the data elements of the data table.

Abstract: A method, system, and program product for modifying a location based video steam is provided. The method includes receiving a video stream being presented to viewers. Video frames are extracted from the video stream. The video frames are analyzed, and a digital display device is detected presenting first video information. A specified identification attribute of the digital display device is located, and it is detected that the digital display device is currently within a field of view of the video stream. A detected viewer count, associated metadata, and topics of interest of the viewers are retrieved and it is determined that the detected viewer count exceeds a previous viewer count detected with respect to a previous presentation of the video stream. In response, second video information is retrieved and the first video information is disabled. The second video information is presented to the viewers.

Abstract: A method, computer system, and computer program product for adding individual to a video conference. The method may include capturing a first video stream of a user from a first camera of a device and providing the first video to a device of at least one video conference participant other than the user. The method may include capturing and analyzing second video stream from second camera to detect whether an individual appears in the second video stream. In response to detecting an individual in the second video stream, the method may include determining an identity for the individual and prompting the user to confirm adding the individual to the video conference. In response to receiving the confirmation from the user to add the individual to the video conference, the method may include adding the second video stream to the video conference, thereby adding the individual to the video conference.

Abstract: A method, computer system, and computer program product for adding individual to a video conference. The method may include capturing a first video stream of a user from a first camera of a device and providing the first video to a device of at least one video conference participant other than the user. The method may include capturing and analyzing second video stream from second camera to detect whether an individual appears in the second video stream. In response to detecting an individual in the second video stream, the method may include determining an identity for the individual and prompting the user to confirm adding the individual to the video conference. In response to receiving the confirmation from the user to add the individual to the video conference, the method may include adding the second video stream to the video conference, thereby adding the individual to the video conference.

Abstract: Provided are techniques for an objective determination of the most appropriate person to conduct a software inspection in a large software development project with multiple components, packages and at in which individuals or small groups are each assigned specific modules. Historical information from testing of software commits is stored. An automated and objective analysis of an entire project including the historical information is performed, revealing connections that would otherwise not be apparent between specific potential reviewers and the commit to be reviewed. Based upon the analysis, the system suggests one or more reviewers for the commit to be reviewed. An appropriate code reviewer may he a person with subject matter expertise (SME) in a related are or have more knowledge of a bigger picture and more context of the project, including knowledge of other components.

Abstract: Provided are techniques for an objective determination of the most appropriate person to conduct a software inspection in a large software development project with multiple components, packages and micro-services in which individuals or small groups are each assigned specific modules. Historical information from testing of software commits is stored. An automated and objective analysis of an entire project, including the historical information is performed, revealing connections that would otherwise not be apparent between specific potential reviewers and the commit to be reviewed. Based upon the analysis, the system suggests one or more reviewers for the commit to be reviewed. An appropriate code reviewer may be a person with subject matter expertise (SME) in a related are or have more knowledge of a bigger picture and more context of the project, including knowledge of other components.

Abstract: Example techniques are described for determining a driving route based on factors such as amounts and relative concentrations of different types of vehicles. The amounts and relative concentrations of different types of vehicles includes concentration of degrees of autonomy for the different types of vehicles such as amount and concentrations of autonomous and semi-autonomous vehicles.

Abstract: The present disclosure envisages an on-board battery state monitoring system for monitoring state of charge of a battery of an electric vehicle. The system comprises an onboard processor in data communication with a central server of a transit agency; at least one CAN network for monitoring different parameters of the electric vehicle; a recharge module configured to analyze Parameter Group Numbers (PGNs) in messages broadcasted by the at least one CAN network and filter out PGNs that provide state of charge of the battery, wherein the filtered out PGNs are transmitted to the on-board processor for the state of charge analysis of the battery to determine if an electric vehicle block can be completed.

Abstract: Amorphous dispersion granules comprising an amorphous solid solution of an active pharmaceutical ingredient and a dispersing polymer, and deposited thereon a substrate comprising at least one first tableting agent, as well as oral dosage forms comprising the amorphous dispersion granules of the invention, including pharmaceutically acceptable tablets comprising the amorphous dispersion granules of the invention, and methods of preparing amorphous dispersion granules and pharmaceutically acceptable tablets manufactured therefrom.

Abstract: Peer-to-peer redundant file server system and methods include clients that determine a target storage provider to contact for a particular storage transaction based on a pathname provided by the filesystem and a predetermined scheme such as a hash function applied to a portion of the pathname. Servers use the same scheme to determine where to store relevant file information so that the clients can locate the file information. The target storage provider may store the file itself and/or may store metadata that identifies one or more other storage providers where the file is stored. A file may be replicated in multiple storage providers, and the metadata may include a list of storage providers from which the clients can select (e.g., randomly) in order to access the file.

Abstract: A pyrolysis device and process to convert a carbonaceous feedstock to a carbon solid and pyrolysis gas, and processes for refining the resulting carbon solid and pyrolysis gases. The pyrolysis process may include introducing a carbonaceous feedstock into a pyrolysis processor having a vertical rotary tray processor, heating the feedstock to a temperature above about 790° F., removing a carbon material from a bottom of the pyrolysis processor, and removing a pyrolysis gas from a top of the pyrolysis processor.

Abstract: Peer-to-peer redundant file server system and methods include clients that determine a target storage provider to contact for a particular storage transaction based on a pathname provided by the filesystem and a predetermined scheme such as a hash function applied to a portion of the pathname. Servers use the same scheme to determine where to store relevant file information so that the clients can locate the file information. The target storage provider may store the file itself and/or may store metadata that identifies one or more other storage providers where the file is stored. A file may be replicated in multiple storage providers, and the metadata may include a list of storage providers from which the clients can select (e.g., randomly) in order to access the file.

Abstract: Peer-to-peer redundant file server system and methods include clients that determine a target storage provider to contact for a particular storage transaction based on a pathname provided by the filesystem and a predetermined scheme such as a hash function applied to a portion of the pathname. Servers use the same scheme to determine where to store relevant file information so that the clients can locate the file information. The target storage provider may store the file itself and/or may store metadata that identifies one or more other storage providers where the file is stored. A file may be replicated in multiple storage providers, and the metadata may include a list of storage providers from which the clients can select (e.g., randomly) in order to access the file.

Abstract: Peer-to-peer redundant file server system and methods include clients that determine a target storage provider to contact for a particular storage transaction based on a pathname provided by the filesystem and a predetermined scheme such as a hash function applied to a portion of the pathname. Servers use the same scheme to determine where to store relevant file information so that the clients can locate the file information. The target storage provider may store the file itself and/or may store metadata that identifies one or more other storage providers where the file is stored. A file may be replicated in multiple storage providers, and the metadata may include a list of storage providers from which the clients can select (e.g., randomly) in order to access the file.

Abstract: Peer-to-peer redundant file server system and methods include clients that determine a target storage provider to contact for a particular storage transaction based on a pathname provided by the filesystem and a predetermined scheme such as a hash function applied to a portion of the pathname. Servers use the same scheme to determine where to store relevant file information so that the clients can locate the file information. The target storage provider may store the file itself and/or may store metadata that identifies one or more other storage providers where the file is stored. A file may be replicated in multiple storage providers, and the metadata may include a list of storage providers from which the clients can select (e.g., randomly) in order to access the file.