Abstract: Methods, systems, and computer program products for detecting and correcting integration issues and errors between different computer systems are disclosed. For example, a computer-implemented method may include collecting transaction data for each one of a plurality of respective merchants where the transaction data is associated with service integration between computer systems associated with the respective merchants and one or more service provider computer systems, analyzing the transaction data across a plurality of respective issue detection models, generating for each one of the plurality of merchants action data corresponding to one or more of the respective issue detection models based on the analyzing, and providing each one of the plurality of merchants with the respective generated action data.

Abstract: A unmanned aerial vehicle piloted by remote control with onboard computers a camera equipped with object recognition software to detect guns which will launch the unmanned aerial vehicle into the air then transmit live video feed to two small spring loaded cannons mounted on each side of the unmanned aerial vehicle the cannons launch at the target one at a time the heavy net containing weights at the target. A high pressure hose system connected to a containing tank mounted on the unmanned aerial vehicle the tank contains pepper spray which is exited through the high pressure hose at the target. Live video is sent using the Internet and cloud computing technology to the Emergency Alert System which transmit the video to many different electronic devices examples: smart phone laptop or desktop computer IPad and computer tablet.

Abstract: Methods, systems, and computer program products for detecting and correcting integration issues and errors between different computer systems are disclosed. For example, a computer-implemented method may include collecting transaction data for each one of a plurality of respective merchants where the transaction data is associated with service integration between computer systems associated with the respective merchants and one or more service provider computer systems, analyzing the transaction data across a plurality of respective issue detection models, generating for each one of the plurality of merchants action data corresponding to one or more of the respective issue detection models based on the analyzing, and providing each one of the plurality of merchants with the respective generated action data.

Abstract: Various systems, mediums, and methods for storing and retrieving data include a non-transitory memory and one or more hardware processors coupled to the non-transitory memory and configured to read instructions from the non-transitory memory to cause the system to perform operations. The operations include obtaining base data associated with a first entity, generating predictive data based on the base data using a predictive model, and providing the predictive data to a second entity. The predictive model includes a plurality of model parameters learned according to a supervised learning process. The base data includes access-restricted data associated with the first entity, and the predictive data does not include the access-restricted data.

Abstract: Methods, systems, and computer program products for detecting and correcting integration issues and errors between different computer systems are disclosed. For example, a computer-implemented method may include collecting transaction data for each one of a plurality of respective merchants where the transaction data is associated with service integration between computer systems associated with the respective merchants and one or more service provider computer systems, analyzing the transaction data across a plurality of respective issue detection models, generating for each one of the plurality of merchants action data corresponding to one or more of the respective issue detection models based on the analyzing, and providing each one of the plurality of merchants with the respective generated action data.

Abstract: Systems, methods, and computer program products are disclosed for providing a contextual recommendation corresponding to a visualization. An example method includes ingesting a data set from or more data sources, including applying rules that transform the data set into a standardized format. The subsets of the ingested data set are assigned based on a determined variable into population coverage ranges that correspond to statistical distributions of the determined variable. Distribution analysis is performed across at least one of the population coverage ranges to identify a distribution data set corresponding to the determined variable. The distribution set is parsed to identify a context recommendation. The identified context recommendation is mapped to a tag corresponding to the determined variable, and a visualization type corresponding to the distribution data set.

Abstract: A device to automatically heat a metal musical wind instrument, while in its case, to the optimal operational temperature is provided. This automatic warm up device consists of a heating element, heating control unit, charging module, bluetooth enabled handheld wireless user interface, and an instrument sleeve accessory. The heating element is temperature sensitive and provides an indication of the internal temperature of the interior storage compartment to the heating control unit. The heating control unit consists of a thermostat, heating circuit, and re-chargeable battery. The thermostat receives the internal temperature information from the heating element and maintains the set temperature via the heating circuit, to increase the temperature (turn ON the Heating element) or decrease the temperature (turn Off the Heating element). The charging module allows battery charging from all modes of operation where an external power source is present: 120V, USB, or 12V car lighter.

Abstract: A self propelled snow remover machine with a computer control panel a camera, a funnel design snow brush. The computer control panel controls the snow remover machine through a downloaded application with cloud technology and is access through many different electronic devices.

Abstract: A self propelled snow remover machine with a computer control panel a camera, a funnel design snow brush. The computer control panel controls the snow remover machine through a downloaded application with cloud technology and is access through many different electronic devices.

Abstract: A process for automated via doubling in a layout of a semiconductor device, comprising: selecting at least one cell of the layout for via doubling, wherein the at least one cell comprises at least two metal layers; selecting at least two metal layers of the at least one cell for via doubling; selecting metal/metal intersection areas out of the at least two metal layers, wherein a metal/metal intersection comprises an existing via interconnecting a plurality of metal layers; and dimensionally fitting additional vias into the selected metal/metal intersection areas, wherein the additional vias are placed into the layout.

Abstract: A process for automated via doubling in a layout of a semiconductor device, comprising: selecting at least one cell of the layout for via doubling, wherein the at least one cell comprises at least two metal layers; selecting at least two metal layers of the at least one cell for via doubling; selecting metal/metal intersection areas out of the at least two metal layers, wherein a metal/metal intersection comprises an existing via interconnecting a plurality of metal layers; and dimensionally fitting additional vias into the selected metal/metal intersection areas, wherein the additional vias are placed into the layout.

Abstract: A system is provided that facilitates locating long dangling metal routes in a semiconductor chip design. The system includes mechanisms for partitioning metal features of the chip design to discover dangling metal routes that could be potential violations. The system further comprises mechanisms for determining if the dangling metal routes of the chip design exceed a length limit that could result antenna violations, undesired noise in the circuit, circuitry breakdown or the like. The system enables excessively long dangling metal routes to be allowed as exceptional cases. Machine learning is provided to receive feedback to refine the exceptional cases and enable more efficient fault detection.

Abstract: A self propelled snow removal machine that comprises a carriage assembly an engine for driving electrical motors for supplying motive power, a battery for recharging the electric motor a switch for turning the engine on and off. Ground engaging supporting wheels, a computer receiver control panel mounted on the carriage assembly to receive signals from the remote control. The remote control to send the signal to the receiver control panel mounted on the carriage assembly and direct the self propelled snow remover machine in any direction. The transversely mounted power nylon brush powered by the electrical motor. A cover on top of the power nylon brush to protect from the snow.

Abstract: A system is provided that facilitates locating long dangling metal routes in a semiconductor chip design. The system includes mechanisms for partitioning metal features of the chip design to discover dangling metal routes that could be potential violations. The system further comprises mechanisms for determining if the dangling metal routes of the chip design exceed a length limit that could result antenna violations, undesired noise in the circuit, circuitry breakdown or the like. The system enables excessively long dangling metal routes to be allowed as exceptional cases. Machine learning is provided to receive feedback to refine the exceptional cases and enable more efficient fault detection.

Abstract: A method is disclosed to play a multiplayer online game. The method provides a handset and a multiplayer game stored on a server, where that server comprises (N) user profiles including the (i)th user profile comprising the (i)th game status and the (i)th digital signature assigned to the (i)th user, wherein the (i)th user is one of the (N) users. The method establishes a communication link between the handset and the server, such that the (i)th user can play the multiplayer game, using the handset and the (i)th game status, with one or more other users in communication with the server. The method downloads to the handset the game software and the (i)th user profile comprising the (i)th game status and the (i)th digital signature, before discontinuing the communication link between the handset and the server.