Abstract: An interactive GUI is disclosed for viewing and navigating among sets of hierarchical data items displayed on a client device of a user. The GUI displays containers representing and containing respective groups of the hierarchical data items. The containers are displayed in at least two sets, such as rows or columns, where a first set comprises requirement containers representing requirement items, and a second set comprises test containers representing test case items. Annotated edges are displayed between pairs of the containers, where each of the annotated edges indicating a type of relationship between the hierarchical data items in a respective pair of the containers and a percentage of the hierarchical data items in the pair of the containers that have suspect relationships.

Abstract: The present disclosure teaches a system for enhancing the visibility and security of wheeled devices. The system may include a mountable housing unit containing a light projection system and an Artificial Intelligence (AI) detection system. The system may further include one or more line projection lights to project lighted line projections onto surfaces that the wheeled devices may be operating on. The light line projections may be placed at distances surrounding the wheeled device which indicate safe passing distances for any other wheeled devices attempting to pass the wheeled device utilizing the system. Additionally, the system may also include one or more sensors that collect sound and noise data for use within the AI detection system.

Abstract: An interactive GUI is disclosed for viewing and navigating among sets of hierarchical data items displayed on a client device of a user. The GUI displays containers representing and containing respective groups of the hierarchical data items. The containers are displayed in at least two sets, such as rows or columns, where a first set comprises requirement containers representing requirement items, and a second set comprises test containers representing test case items. Annotated edges are displayed between pairs of the containers, where each of the annotated edges indicating a type of relationship between the hierarchical data items in a respective pair of the containers and a percentage of the hierarchical data items in the pair of the containers that have suspect relationships.

Abstract: The system ensures database validity by obtaining a data structure representing data processing blocks and a data flow among the data processing blocks. A first data processing block includes a first data input and the second data processing block includes a second data output. The system obtains controls associated with the data structure, where a first control corresponds to the first data output, and a second control corresponds to the second data input. The system obtains data to be processed by the first data processing block, processes the data through the first data processing block, and executes the first control based on the processed data. Based on the execution, the system determines whether the processed data satisfies the first control. If the processed data does not satisfy the first control, the system generates an alert indicating a problem with the output data validity.

Abstract: The system ensures database validity by obtaining a data structure representing data processing blocks and a data flow among the data processing blocks. A first data processing block includes a first data input and the second data processing block includes a second data output. The system obtains controls associated with the data structure, where a first control corresponds to the first data output, and a second control corresponds to the second data input. The system obtains data to be processed by the first data processing block, processes the data through the first data processing block, and executes the first control based on the processed data. Based on the execution, the system determines whether the processed data satisfies the first control. If the processed data does not satisfy the first control, the system generates an alert indicating a problem with the output data validity.

Abstract: The system ensures database validity by obtaining a data structure representing data processing blocks and a data flow among the data processing blocks. A first data processing block includes a first data input and the second data processing block includes a second data output. The system obtains controls associated with the data structure, where a first control corresponds to the first data output, and a second control corresponds to the second data input. The system obtains data to be processed by the first data processing block, processes the data through the first data processing block, and executes the first control based on the processed data. Based on the execution, the system determines whether the processed data satisfies the first control. If the processed data does not satisfy the first control, the system generates an alert indicating a problem with the output data validity.

Abstract: A data collector agent (DCA) connector component running on a cloud computing network signals to a device interfacing platform component that a work request is ready. The device interfacing platform component runs on the cloud computing network and interfaces a device located outside the cloud computing network to the cloud computing network. The work request is for the DCA connector component to perform in conjunction with the device. The DCA connector component establishes a communication session with the device via the device interfacing platform component as initiated by the device. The DCA connector component performs the work request in conjunction with the device by tunneling to the device through the established communication session.

Abstract: A data collector agent (DCA) connector component running on a cloud computing network signals to a device interfacing platform component that a work request is ready. The device interfacing platform component runs on the cloud computing network and interfaces a device located outside the cloud computing network to the cloud computing network. The work request is for the DCA connector component to perform in conjunction with the device. The DCA connector component establishes a communication session with the device via the device interfacing platform component as initiated by the device. The DCA connector component performs the work request in conjunction with the device by tunneling to the device through the established communication session.

Abstract: A method for managing a print queue over a computer network. The network generally includes at least one user interface, a network server, and at least one print server. The user interface uses a web browser or other mechanism to allow a user to communicate with the network server and the print server. Initially, the user directs the web browser to the network server and chooses a print server. The network server, using device management software, identifies the operating system of the print server and selects a print manager compatible with that operating system. The network server then installs and executes the selected print manager on the print server. Finally, the network server redirects the web browser on the user interface to the print manager on the print server allowing the user to manage a print queue for the print server.