Abstract: An infection risk prediction system may receive a query associated with an infection risk assessment for a geographic location for an infectious disease and obtain associated infectious disease data. The system detects a plurality of objects at the geographical location and a plurality of material categories for the plurality of objects associated. The system determines a usage frequency indicator and spatial-temporal features for each object and creates a risk prediction model based on the lifespan of the virus on the plurality of material categories for each of the plurality of objects based on the viral disease data and the spatial-temporal features for each object. A risk assessment score for each object is determined and an associated heat map is provided to alert a user of potential virus exposures or to provide a routing application to generate a route that minimizes potential pathogen exposure.

Abstract: The invention concerns a query response device comprising: an input adapted to receive user queries; a memory (106) adapted to store one or more routing rules; one or more live agent engines (116) configured to support interactions with one or more live agents; one or more virtual assistant engines (120) configured to support interactions with one or more virtual assistants instantiated by an artificial intelligence module (103); and a routing module (104) coupled to said live agent engines and to said virtual assistant engines, the routing module comprising a processing device configured: to select, based on content of at least a first user message from a first user relating to a first user query and on said one or more routing rules, a first of said live agent engines or a first of said virtual assistant engines; and to route one or more further user messages relating to the first user query to the selected engine.

Abstract: Examples of the disclosure enable an information processing system to automatically implement a user interaction diagnostic engine. In some examples, the information processing system analyzes documents to identify parameters associated with profile features and performance metrics. Based on the parameters, correlation values between the profile features and one or more performance metrics are determined. Based on the correlation values, at least one profile feature is identified to improve a parameter associated with the performance metrics. A predictive model associated with the profile features and the performance metrics is generated. One or more actionable items configured to modify the at least one profile feature are determined such that, based on the predictive model, a parameter associated with the performance metrics are predicted to improve upon execution of the one or more actionable items.

Abstract: The invention concerns a query response device comprising: an input adapted to receive user queries; a memory (106) adapted to store one or more routing rules; one or more live agent engines (116) configured to support interactions with one or more live agents; one or more virtual assistant engines (120) configured to support interactions with one or more virtual assistants instantiated by an artificial intelligence module (103); and a routing module (104) coupled to said live agent engines and to said virtual assistant engines, the routing module comprising a processing device configured: to select, based on content of at least a first user message from a first user relating to a first user query and on said one or more routing rules, a first of said live agent engines or a first of said virtual assistant engines; and to route one or more further user messages relating to the first user query to the selected engine

Abstract: A system for rendering media having content displayed comprises a receiving unit to receive media, a scanner to detect an object in the media for placing a placeholder, a checker to provide the placeholder to a user for feedback and receive the feedback. The system also includes a template generator to generate a template indicating the placeholder in the media. The system also includes a rendering unit in communication with the template generator to render, upon receiving a request for watching the media, the media having content to display to the user, based on at least one of a storage space and a processing capacity.

Abstract: The invention concerns a query response device comprising: an input adapted to receive user queries; a memory (106) adapted to store one or more routing rules; one or more live agent engines (116) configured to support interactions with one or more live agents; one or more virtual assistant engines (120) configured to support interactions with one or more virtual assistants instantiated by an artificial intelligence module (103); and a routing module (104) coupled to said live agent engines and to said virtual assistant engines, the routing module comprising a processing device configured: to select, based on content of at least a first user message from a first user relating to a first user query and on said one or more routing rules, a first of said live agent engines or a first of said virtual assistant engines; and to route one or more further user messages relating to the first user query to the selected engine.

Abstract: A system for rendering media having content displayed comprises a receiving unit to receive media, a scanner to detect an object in the media for placing a placeholder, a checker to provide the placeholder to a user for feedback and receive the feedback. The system also includes a template generator to generate a template indicating the placeholder in the media, The system also includes a rendering unit in communication with the template generator to render, upon receiving a request for watching the media, the media having content to display to the user, based on at least one of a storage space and a processing capacity.

Abstract: A system for rendering media having content displayed comprises a receiving unit to receive media, a scanner to detect an object in the media for placing a placeholder, a checker to provide the placeholder to a user for feedback and receive the feedback. The system also includes a template generator to generate a template indicating the placeholder in the media. The system also includes a rendering unit in communication with the template generator to render, upon receiving a request for watching the media, the media having content to display to the user, based on at least one of a storage space and a processing capacity.

Abstract: A system for media placement comprises a receiving unit to receive media, a scanner to detect an object in the media for placing a placeholder, a checker to provide the placeholder to a user for feedback and receive the feedback. The system also includes an instruction receiving unit to receive instructions for adding special effects to the placeholder, a template generator to generate a template indicating the placeholder in the media, and a machine learner to store the feedback for the placeholder and selection of the special effects for the placeholder. Further, the scanner detects another object in the media or another media and determines a position of another placeholder, based on the stored feedback. The scanner also suggests special effects for addition to the other placeholder, based on the stored selection of the special effects.

Abstract: A machine learning image processing system performs natural language processing (NLP) and auto-tagging for an image matching process. The system facilitates an interactive process, e.g., through a mobile application, to obtain an image and supplemental user input from a user to execute an image search. The supplemental user input may be provided from a user as speech or text, and NLP is performed on the supplemental user input to determine user intent and additional search attributes for the image search. Using the user intent and the additional search attributes, the system performs image matching on stored images that are tagged with attributes through an auto-tagging process.

Abstract: A system for rendering media having content displayed comprises a receiving unit to receive media, a scanner to detect an object in the media for placing a placeholder, a checker to provide the placeholder to a user for feedback and receive the feedback. The system also includes a template generator to generate a template indicating the placeholder in the media, The system also includes a rendering unit in communication with the template generator to render, upon receiving a request for watching the media, the media having content to display to the user, based on at least one of a storage space and a processing capacity.

Abstract: A system for media placement comprises a receiving unit to receive media, a scanner to detect an object in the media for placing a placeholder, a checker to provide the placeholder to a user for feedback and receive the feedback. The system also includes an instruction receiving unit to receive instructions for adding special effects to the placeholder, a template generator to generate a template indicating the placeholder in the media, and a machine learner to store the feedback for the placeholder and selection of the special effects for the placeholder. Further, the scanner detects another object in the media or another media and determines a position of another placeholder, based on the stored feedback. The scanner also suggests special effects for addition to the other placeholder, based on the stored selection of the special effects.

Abstract: Examples of the disclosure enable an information processing system to automatically generate a common data repository including a plurality of documents. In some examples, the information processing system is configured to analyze the documents to identify a plurality of topics. Based on the identified topics, the documents are classified into a plurality of sets. A set is associated with a corresponding topic. One or more correlations between the documents are identified and, based on the identified correlations, one or more user interaction tools are generated including an interaction script.

Abstract: A machine learning image processing system performs natural language processing (NLP) and auto-tagging for an image matching process. The system facilitates an interactive process, e.g., through a mobile application, to obtain an image and supplemental user input from a user to execute an image search. The supplemental user input may be provided from a user as speech or text, and NLP is performed on the supplemental user input to determine user intent and additional search attributes for the image search. Using the user intent and the additional search attributes, the system performs image matching on stored images that are tagged with attributes through an auto-tagging process.

Abstract: Examples of the disclosure enable an information processing system to automatically implement a user interaction diagnostic engine. In some examples, the information processing system analyzes documents to identify parameters associated with profile features and performance metrics. Based on the parameters, correlation values between the profile features and one or more performance metrics are determined. Based on the correlation values, at least one profile feature is identified to improve a parameter associated with the performance metrics. A predictive model associated with the profile features and the performance metrics is generated. One or more actionable items configured to modify the at least one profile feature are determined such that, based on the predictive model, a parameter associated with the performance metrics are predicted to improve upon execution of the one or more actionable items.

Abstract: The invention concerns a query response device comprising: an input adapted to receive user queries; a memory (106) adapted to store one or more routing rules; one or more live agent engines (116) configured to support interactions with one or more live agents; one or more virtual assistant engines (120) configured to support interactions with one or more virtual assistants instantiated by an artificial intelligence module (103); and a routing module (104) coupled to said live agent engines and to said virtual assistant engines, the routing module comprising a processing device configured: to select, based on content of at least a first user message from a first user relating to a first user query and on said one or more routing rules, a first of said live agent engines or a first of said virtual assistant engines; and to route one or more further user messages relating to the first user query to the selected engine

Abstract: Examples of the disclosure enable an information processing system to automatically generate a common data repository including a plurality of documents. In some examples, the information processing system is configured to analyze the documents to identify a plurality of topics. Based on the identified topics, the documents are classified into a plurality of sets. A set is associated with a corresponding topic. One or more correlations between the documents are identified and, based on the identified correlations, one or more user interaction tools are generated including an interaction script.

Abstract: The invention concerns a query response device comprising: an input adapted to receive user queries; a memory (106) adapted to store one or more routing rules; one or more live agent engines (116) configured to support interactions with one or more live agents; one or more virtual assistant engines (120) configured to support interactions with one or more virtual assistants instantiated by an artificial intelligence module (103); and a routing module (104) coupled to said live agent engines and to said virtual assistant engines, the routing module comprising a processing device configured: to select, based on content of at least a first user message from a first user relating to a first user query and on said one or more routing rules, a first of said live agent engines or a first of said virtual assistant engines; and to route one or more further user messages relating to the first user query to the selected engine.

Abstract: The invention concerns a query response device comprising: an input adapted to receive user queries; a memory (106) adapted to store one or more routing rules; one or more live agent engines (116) configured to support interactions with one or more live agents; one or more virtual assistant engines (120) configured to support interactions with one or more virtual assistants instantiated by an artificial intelligence module (103); and a routing module (104) coupled to said live agent engines and to said virtual assistant engines, the routing module comprising a processing device configured: to select, based on content of at least a first user message from a first user relating to a first user query and on said one or more routing rules, a first of said live agent engines or a first of said virtual assistant engines; and to route one or more further user messages relating to the first user query to the selected engine

Abstract: Method and apparatus are provided for determining an effect of characteristics of a first message on interaction with the first message over an electronically meditated forum. The first message may be posted to the electronically mediated forum to provide a first posted message. The first posted message includes characteristics. The electronically mediated forum may be monitored to detect at least one instance of interaction with the first posted message. Interaction data may be extracted. Interaction data may include data describing at least one interaction the first posted message. The interaction data may be analyzed to determine the effect of the characteristics of the first posted message on the interaction(s) with the first posted message to provide determined effect data.