Abstract: A system may provide, by a graphical user interface, a first instruction to a user to perform a first scan of one or more first items at a first location. The system may receive the first scan of the one or more first items and identify, based on the first scan, the one or more first items. The system may update the graphical user interface based on the identified one or more first items and may update a computer file associated with the first instruction to indicate a scan of the one or more first items. Various process or workflows may be determined and proceeded through using scans on a client picking device in an efficient and rapid manner.

Abstract: Methods, devices and systems for providing a robust and secure cloud-based platform for data processing and management are described. In an example, a method for improving the configurability and compliance of a cloud-computing environment comprising a plurality of zones includes receiving, at a configuration engine, a plurality of parameters and a plurality of security rules for each of the plurality of zones, creating, based on the plurality of parameters, a virtual network and one or more subnets for each of the plurality of zones, and updating, based on the plurality of security rules, one or more routing tables assigned to the one or more subnets to ensure traffic to and from a zone of the plurality of zones passes through a corresponding firewall of the zone.

Abstract: Methods, devices and systems for providing a robust and secure cloud-based platform for data processing and management are described. In an example, a method for improving the configurability and compliance of a cloud-computing environment comprising a plurality of zones includes receiving, at a configuration engine, a plurality of parameters and a plurality of security rules for each of the plurality of zones, creating, based on the plurality of parameters, a virtual network and one or more subnets for each of the plurality of zones, and updating, based on the plurality of security rules, one or more routing tables assigned to the one or more subnets to ensure traffic to and from a zone of the plurality of zones passes through a corresponding firewall of the zone.

Abstract: The invention is directed to a display and method for conducting sound system design. The display is configured to simultaneously show a sound system model comprising both audio components and sound environment components, a plurality of parameters and a graphic representation of a calculated sound system performance attribute. In response to receiving input from the user and without any additional user intervention, the display re-displays a newly-calculated sound system performance attribute such as, for example, a graphic representation in the sound system model of a sound path associated with a user-selected reflected sound identifier. A processor also simulates, based on the sound system configuration, the sound performance that a user would expect to hear positioned in an identified listening position of the sound system model.

Abstract: Methods for monitoring target actinides in a fuel reprocessing or waste remediation facility. The methods can be characterized by providing a fuel reprocessing or waste remediation stream having at least one target actinide and at least one other radionuclide. At least a portion of the stream is flowed through an electrochemically modulated separations (EMS) device comprising a carbon-based electrode. A potential is applied to the carbon-based electrode to adjust the redox states of the target actinide, at least one of the radionuclides, or both. The target actinide is separated from the other radionuclides through reaction with, or at, the carbon-based electrode. Finally, direct, in-line chemical nondestructive analysis, at-line chemical separations and sampling analysis, or both, of the target actinide is performed.

Abstract: The invention is directed to a display and method for conducting sound system design. The display is configured to simultaneously show a sound system model comprising both audio components and sound environment components, a plurality of parameters and a graphic representation of a calculated sound system performance attribute. In response to receiving input from the user and without any additional user intervention, the display re-displays a newly-calculated sound system performance attribute such as, for example, a graphic representation in the sound system model of a sound path associated with a user-selected reflected sound identifier. A processor also simulates, based on the sound system configuration, the sound performance that a user would expect to hear positioned in an identified listening position of the sound system model.

Abstract: The invention is directed to a display and method for conducting sound system design. The display is configured to simultaneously show a sound system model comprising both audio components and sound environment components, a plurality of parameters and a graphic representation of a calculated sound system performance attribute. In response to receiving input from the user and without any additional user intervention, the display re-displays a newly-calculated sound system performance attribute such as, for example, a graphic representation in the sound system model of a sound path associated with a user-selected reflected sound identifier. A processor also simulates, based on the sound system configuration, the sound performance that a user would expect to hear positioned in an identified listening position of the sound system model.