Abstract: A blockchain of transactions may be referenced for various purposes and may be later accessed for ledger verification. One example operation may include one or more of identifying a plurality of rules defining a temporary private blockchain, creating a private blockchain block comprising the plurality of rules defining the temporary private blockchain, transmitting an update to a private blockchain block, and designating the temporary private blockchain closed responsive to receiving the update.

Abstract: A method for implementing an on-premises process broker. The method may include receiving parameter data from a system of engagement, whereby the parameter data includes a query goal. The method may include storing the parameter data in a cache. The method may include preparing a REST call using programming logic based on the parameter data. The method may include transmitting the prepared REST call to a system of record. The method may further include receiving response data from the system of record based on the transmitted REST call. The method may also include updating the parameter data in the cache based on the response data. The method may include determining whether the query goal is satisfied. The method may also include transmitting the parameter data to the system of engagement based on determining the query goal is satisfied.

Abstract: An example operation may include one or more of receiving, by a first blockchain node of a blockchain network, first sensor updates from one or more sensors associated with the first blockchain node and creating a blockchain transaction to store updated action defaults and validated sensor updates to the shared ledger. The example operation may also include one or more of receiving, by a second blockchain node of the blockchain network, second sensor updates from one or more sensors associated with the second blockchain node, reading the shared ledger to determine updated action defaults and validated sensor updates corresponding to the second sensor updates, and interacting with a device based on the updated action defaults and validated sensor updates. The first blockchain node includes a shared ledger and historical sensor data. The second blockchain node includes the shared ledger.

Abstract: An example operation may include one or more of receiving, by a first blockchain node of a blockchain network, first sensor updates from one or more sensors associated with the first blockchain node and creating a blockchain transaction to store updated action defaults and validated sensor updates to the shared ledger. The example operation may also include one or more of receiving, by a second blockchain node of the blockchain network, second sensor updates from one or more sensors associated with the second blockchain node, reading the shared ledger to determine updated action defaults and validated sensor updates corresponding to the second sensor updates, and interacting with a device based on the updated action defaults and validated sensor updates. The first blockchain node includes a shared ledger and historical sensor data. The second blockchain node includes the shared ledger.

Abstract: A method for implementing an on-premises process broker. The method may include receiving parameter data from a system of engagement, whereby the parameter data includes a query goal. The method may include storing the parameter data in a cache. The method may include preparing a REST call using programming logic based on the parameter data. The method may include transmitting the prepared REST call to a system of record. The method may further include receiving response data from the system of record based on the transmitted REST call. The method may also include updating the parameter data in the cache based on the response data. The method may include determining whether the query goal is satisfied. The method may also include transmitting the parameter data to the system of engagement based on determining the query goal is satisfied.

Abstract: A method for implementing an on-premises process broker. The method may include receiving parameter data from a system of engagement, whereby the parameter data includes a query goal. The method may include storing the parameter data in a cache. The method may include preparing a REST call using programming logic based on the parameter data. The method may include transmitting the prepared REST call to a system of record. The method may further include receiving response data from the system of record based on the transmitted REST call. The method may also include updating the parameter data in the cache based on the response data. The method may include determining whether the query goal is satisfied. The method may also include transmitting the parameter data to the system of engagement based on determining the query goal is satisfied.

Abstract: A method for implementing an on-premises process broker. The method may include receiving parameter data from a system of engagement, whereby the parameter data includes a query goal. The method may include storing the parameter data in a cache. The method may include preparing a REST call using programming logic based on the parameter data. The method may include transmitting the prepared REST call to a system of record. The method may further include receiving response data from the system of record based on the transmitted REST call. The method may also include updating the parameter data in the cache based on the response data. The method may include determining whether the query goal is satisfied. The method may also include transmitting the parameter data to the system of engagement based on determining the query goal is satisfied.

Abstract: A blockchain of transactions may be referenced for various purposes and may be later accessed for ledger verification. One example operation may include one or more of identifying a plurality of rules defining a temporary private blockchain, creating a private blockchain block comprising the plurality of rules defining the temporary private blockchain, transmitting an update to a private blockchain block, and designating the temporary private blockchain closed responsive to receiving the update.

Abstract: A blockchain of transactions may be referenced for various purposes and may be later accessed for ledger verification. One example operation may include one or more of identifying a plurality of rules defining a temporary private blockchain, creating a private blockchain block comprising the plurality of rules defining the temporary private blockchain, transmitting an update to a private blockchain block, and designating the temporary private blockchain closed responsive to receiving the update.

Abstract: A method, system, and computer product for transmitting data generated from an airplane includes collecting a plurality of flight data generated from the airplane, analyzing the plurality of flight data, generating a feedback signal based on an analyzed result on the plurality of flight data, selecting a first group of flight data from the plurality of flight data based on the feedback signal, changing a respective data resolution of each of the first group of flight data based on the feedback signal, providing each of the first group of flight data with the changed data resolution to a transmitting device, and transmitting, using the transmitting device, the first group of flight data with the changed data resolution.

Abstract: A blockchain of transactions may be referenced for various purposes and may be later accessed for ledger verification. One example operation may include one or more of identifying a plurality of rules defining a temporary private blockchain, creating a private blockchain block comprising the plurality of rules defining the temporary private blockchain, transmitting an update to a private blockchain block, and designating the temporary private blockchain closed responsive to receiving the update.

Abstract: A method, system, and computer product for transmitting data generated from an airplane includes collecting a plurality of flight data generated from the airplane, analyzing the plurality of flight data, generating a feedback signal based on an analyzed result on the plurality of flight data, selecting a first group of flight data from the plurality of flight data based on the feedback signal, changing a respective data resolution of each of the first group of flight data based on the feedback signal, providing each of the first group of flight data with the changed data resolution to a transmitting device, and transmitting, using the transmitting device, the first group of flight data with the changed data resolution.

Abstract: In an approach to spatial positioning using image parameters, a computer processor identifies one or more image parameters for an image subject. The processor identifies a first image of the image subject and determines whether the first image meets the one or more image parameters for the image subject. If the first image does not meet the one or more image parameters for the image subject, the processor calculates positional instructions based on the one or more image parameters for the image subject and the identified first image, where the calculated positional instructions include positioning instructions for one or more imaging devices.

Abstract: In an approach to spatial positioning using image parameters, a computer processor identifies one or more image parameters for an image subject. The processor identifies a first image of the image subject and determines whether the first image meets the one or more image parameters for the image subject. If the first image does not meet the one or more image parameters for the image subject, the processor calculates positional instructions based on the one or more image parameters for the image subject and the identified first image, where the calculated positional instructions include positioning instructions for one or more imaging devices.

Abstract: A system and method for recognizing a team of collaborators (individuals) who meets regularly, and automatically providing appropriate documents and resources to the collaborators for greater efficiency. The system and method identifies collaborative groups who meet on regular basis and dynamically formed groups/teams. Inputs are received to the system from various systems and non-deterministic analysis techniques are employed for building, identifying, and/or learning patterns of collaboration among individuals who meet together on a repeating basis. Data inputs are obtained based on meeting logistics through scheduling tools, emails, call-in numbers, web conference reservations, and the input of facilities, e.g., badge readers, telephone conferences. Patterns may be learned/established through recognition of inputs and comparisons to already-collaborating groups.

Abstract: A system and method for recognizing a team of collaborators (individuals) who meets regularly, and automatically providing appropriate documents and resources to the collaborators for greater efficiency. The system and method identifies collaborative groups who meet on regular basis and dynamically formed groups/teams. Inputs are received to the system from various systems and non-deterministic analysis techniques are employed for building, identifying, and/or learning patterns of collaboration among individuals who meet together on a repeating basis. Data inputs are obtained based on meeting logistics through scheduling tools, emails, call-in numbers, web conference reservations, and the input of facilities, e.g., badge readers, telephone conferences. Patterns may be learned/established through recognition of inputs and comparisons to already-collaborating groups.

Abstract: A method for implementing an on-premises process broker. The method may include receiving parameter data from a system of engagement, whereby the parameter data includes a query goal. The method may include storing the parameter data in a cache. The method may include preparing a REST call using programming logic based on the parameter data. The method may include transmitting the prepared REST call to a system of record. The method may further include receiving response data from the system of record based on the transmitted REST call. The method may also include updating the parameter data in the cache based on the response data. The method may include determining whether the query goal is satisfied. The method may also include transmitting the parameter data to the system of engagement based on determining the query goal is satisfied.

Abstract: A method for implementing an on-premises process broker. The method may include receiving parameter data from a system of engagement, whereby the parameter data includes a query goal. The method may include storing the parameter data in a cache. The method may include preparing a REST call using programming logic based on the parameter data. The method may include transmitting the prepared REST call to a system of record. The method may further include receiving response data from the system of record based on the transmitted REST call. The method may also include updating the parameter data in the cache based on the response data. The method may include determining whether the query goal is satisfied. The method may also include transmitting the parameter data to the system of engagement based on determining the query goal is satisfied.

Abstract: A wide range of digital devices either have or are provided with imaging devices which are capable of imaging externally provided information in the form of special codes that contain setup and/or configuration information. Processors within these devices, which include cell phones, cameras, PDAs and personal computers, to name just a few, recognize the image and convert it to the desired configuration and/or setup information.

Abstract: A wide range of digital devices either have or are provided with imaging devices which are capable of imaging externally provided information in the form of special codes that contain setup and/or configuration information. Processors within these devices, which include cell phones, cameras, PDAs and personal computers, to name just a few, recognize the image and convert it to the desired configuration and/or setup information.