Abstract: A method for triggering an event reactive delivery schedule adjustment. The method detects one or more events leading to a delay in a delivery schedule based on integrating IoT sensor data and real-time events. The method further triggers a reschedule event based on the detected one or more events leading to the delay in the delivery schedule. The method further determines availability and location of a user to receive a delivery, based on the reschedule event, and reschedules or cancels the delivery based on the determined availability and location of the user. The method notifies the user about any changes to the delivery, based on user preferences.

Abstract: The illustrative embodiments provide for adaptation of reference architecture documents across clouds. An embodiment includes loading a reference architecture document. The embodiment also includes populating a knowledge repository corpus where the knowledge repository corpus includes data from information technology (IT) products, cloud services, and integrations stored with associated metadata about functionalities. The IT products, the cloud services, and the integrations are stored with metadata. The embodiment also includes classifying, using an incident analysis module, the service incidents based on the reference architecture document. The embodiment also includes detecting flaws in the reference architecture document based on the classified service incidents. The embodiment also includes creating a weighted graph of the cloud services. The embodiment also includes traversing the weighted graph and creating an adapted reference architecture based on the traversed weighted graph.

Abstract: An embodiment includes loading a plurality of data sources where each data source is comprised of content of interest. The embodiment also includes scanning the plurality of data sources for the content of interest. The embodiment also includes detecting the content of interest from scanning the plurality of data sources where detecting is based on a key word search. The embodiment also includes organizing the content of interest as data elements, based on a topic modeling technique. The embodiment also includes distributing the data elements into a plurality of topics based on a Latent Dirichlet Allocation technique. The embodiment also includes merging the data elements within each of the topics. The embodiment also includes generating a document with the topics into one or more filtered lists, based on the key word search.

Abstract: A platform may receive user printing information that identifies a first location of a first printer capable of printing a first portion of a three-dimensional item, a first printer type, and a first inventory of filaments. The platform may validate first environmental conditions of the first location and validate network printing information that identifies locations of a plurality of printers capable of printing three-dimensional items, printer types, inventories of filaments, and network environmental conditions of the locations. The platform may identify a second printer, of the plurality of printers, based on a distance between the first location and a second location of the second printer, the user printing information, the first environmental conditions, and the network printing information. The platform may determine a sequence between the first location and the second location for printing the first portion and the second portion based on the first speed and the second speed.

Abstract: A computer-implemented method includes: receiving, by a computer device and from a user device, a draft social media message; determining, by the computer device and based on the receiving, data of an Internet of Things (IoT) device that is related to the draft social media message; generating, by the computer device and based on the determining, a suggested social media message that includes the data of the IoT device; and transmitting, by the computer device, the suggested social media message to the user device.

Abstract: A method for dynamically rearranging one or more packages for delivery on a delivery vehicle in response to unforeseen changes in a pre-planned delivery route. The method detects, via one or more sensor-enabled shelves in a delivery vehicle, an address and package details of a respective delivery package. The method further integrates the one or more sensor-enabled shelves with a route map that depicts the pre-planned delivery route. The method further assigns new values to the one or more sensor-enabled shelves, in response to a change in the pre-planned delivery route, indicating a new sequence of delivery for each respective delivery package. The method further notifies a delivery person which delivery package is to be delivered at a current stop by illuminating the one or more sensor-enabled shelves containing the respective delivery package.

Abstract: A component connect facility is provided which generates a list of components which can operatively connect to a product, and obtains an identification of a selected component in the list of components. The selected component connects to the product via an associated connector. The facility further initiates creating a dummy connector replicating, at least in part, the associated connector, where the dummy connector facilitates test connecting to the product.

Abstract: Aspects of the present disclosure relate to dynamic adjustment of shared content within web conferences. Web conference data associated with a web conference can be received. A determination can be made that a condition is met for adjusting shared content that is currently being shared within the web conference. An adjustment to make to the shared content that is currently being shared within the web conference can be determined. The shared content can be adjusted based on the determination to generate adjusted shared content. The adjusted shared content can be displayed within the web conference.

Abstract: Mechanisms are provided for segmenting a virtual collaboration environment of a virtual collaboration based on participant proficiency with collaboration topics of the virtual collaboration. Interaction data is collected from a first participant of the virtual collaboration environment, which corresponds to at least one of communications exchanged, actions performed, or reactions. The first participant is classified in a level of participant proficiency with collaboration topics of the virtual collaboration environment based on the interaction data. The virtual collaboration environment is segmented into a plurality of collaboration sub-groups and participants are assigned to the collaboration sub-groups based on determined levels of participant proficiency. Content provided to the participants and communication channels between the participants are aligned based on the assignment of participants to collaboration sub-groups in the plurality of collaboration sub-groups.

Abstract: The present inventive concept provides for a method of unique hiking interaction via IoT data assimilation. The method includes obtaining health data for a user and location data for a location that includes at least one activity trail. Health features are extracted from the health data and terrain features are extracted from the location data. The extracted health features and the extracted terrain features are analysed and mapped. The extracted health features include biometric measurements from at least one IoT device and the extracted terrain features include characteristics of the at least one activity trail. A unique activity experience is calculated for the user to perform a preselected activity on the at least one activity trail based at least in part on the analysed and mapped extracted health features and the extracted terrain features.

Abstract: The illustrative embodiments provide for improved transcription accuracy using a corpus of reference information. An embodiment includes retrieving, using web-scraping, written content for a topic from a source. The embodiment also includes generating a corpus of reference material for a user using the written content. Generating the corpus of reference may include using a natural language processor. The embodiment also includes analyzing, an audio of a video for spoken content for a reference in the corpus of reference material; Where analyzing may include using a content analyzer. The embodiment also includes transcribing, using a transcription service, spoken content within an audio of the video. The embodiment also includes identifying, using the content analyzer, references in the transcription using a content analyzer. Where the content analyzer compares the spoken content to written content within the corpus.

Abstract: A computer implemented method manages a transaction. A number of processor units receives Internet of things data from a set of Internet of things sensors. The Internet of things data comprises current incentives for a group of products. The number of processor units identifies a set of transaction tokens for purchasing the group of products with a greatest benefit using the current incentives applicable to the group of products and token incentives for the transaction tokens. The number of processor units completes the transaction for the group of products using the set of transaction tokens.

Abstract: Provided are techniques for Augmented Reality (AR) based optimization of aggregated power consumption. Digital twin simulation is performed using vehicle data to generate a plurality of possible configurations of a first vehicle and a second vehicle with AR views and to determine associated power savings. A message request to form a group and the plurality of possible configurations with the AR views and the associated power savings are sent to the second vehicle, where the AR views and the associated power savings are projected in an AR interface at the second vehicle. From the second vehicle, a message response is received approving a possible configuration of the plurality of possible configurations to form the group. The group is formed by automatically moving the first vehicle to a first position and notifying the second vehicle to move to a second position based on the approved configuration.

Abstract: A computer-implemented method, a computer system and a computer program product recommend an optimal break for a user. The method includes capturing activity data for the user from an environment using a device. The method also includes obtaining prior activity data related to the user and identifying a preferred break type for the user, wherein the preferred break type for the user is associated with a prior activity of the user. In addition, the method includes determining that the user needs a break from a current activity based on the activity data. The method further includes generating a break recommendation for the user, wherein the break recommendation associates the preferred break type for the user with the current activity in the activity data. Lastly, the method includes displaying the break recommendation to the user.

Abstract: Rendering an emotional state of a virtual reality headset user is provided. An emotion feature vector predicting a current emotional state of a user of a virtual reality headset is mapped to a matching set of existing avatar vectors a mapping function. A best matching avatar vector is selected from the matching set of existing avatar vectors based on determining that values of the best matching avatar vector most closely match values of the emotion feature vector predicting the current emotional state of the user of the virtual reality headset. An avatar associated with the user is rendered in a metaverse consistent with the current emotional state of the user of the virtual reality headset based on the best matching avatar vector to the emotion feature vector predicting the current emotional state of the user.

Abstract: Methods, computer program products, and systems are presented. The method computer program products, and systems can include, for instance: determining that a user has selected an article for acquisition; in response to the determining that the user has selected the article for acquisition, identifying a functional space of the user associated to the article; in response to the identifying the functional space of the user associated to the article, assessing fitting of the article in the functional space of the user; and interacting with the user in dependence on the assessing fitting of the article in the functional space of the user, wherein the interacting with the user includes adaptively generating user interface prompting data in dependence on the assessing fitting of the article in the functional space of the user, and presenting the adaptively generated user interface prompting data to the user.

Abstract: A computer-implemented method, a computer system and a computer program product control access to streaming media content. The method includes identifying the streaming media content on a content server for transmission to a user. The method also includes acquiring a biometric marker from the user using a computer vision system. The method further includes obtaining a profile for the user from a server, where the profile of the user includes a biometric signature and permissible content. In addition, the method includes determining that the biometric marker matches the biometric signature in the profile for the user. The method also includes determining that the streaming media content matches the permissible content in the profile for the user. Lastly, the method includes transmitting the streaming media content to a device, where the device is associated with the user.

Abstract: Mitigating GPS inaccuracy is provided. The method comprises identifying a required level of location accuracy for an activity of an autonomous system and determining, according to GPS coordinates, a location of the autonomous system. A determination is made, according to a knowledge base created by historical learning, whether GPS location accuracy at the location of meets the required level of location accuracy for the activity. Responsive to a determination that the GPS location accuracy at the location of the autonomous system does not meet the required level of accuracy, location determination is handed off to an installed infrastructure within proximity of the autonomous system which provides the required level of location accuracy. The autonomous system then performs the activity according to location information provided by the installed infrastructure.

Abstract: Described is a method for an augmented Quality of Service (QoS) wireless charging configuration in an Internet of Things (IoT) network for managing wireless charging of devices within an area. The method can identify multiple wirelessly chargeable devices within an area and generate a spatial plan for the area with the multiple wirelessly chargeable devices. The method can further identify a position for each wirelessly chargeable device devices within the spatial plan for the area and determine priority for the identified wirelessly chargeable devices based on status information for each wirelessly chargeable device. The method can adjust a wireless charging signal pattern for the spatial plan based on the priority for the identified wirelessly chargeable devices.

Abstract: Computer implemented methods, systems, and computer program products include program code executing on a processor(s) that monitors one or more individuals within the physical space. The program code detects a stimulus within the physical space. The program code determines, based on applying a trained machine learning model, that the stimulus will result in a hazardous condition in the physical space. To make this determination, the program code predicts, based on the model, that the stimulus will trigger a reflexive movement of at least one individual of the one or more individuals in the physical space and determines, based on the model and based on the predicted reflexive movement that the reflexive movement will result in a hazardous condition in the physical space. The program code initiates a remedial action to mitigate the hazardous condition.