Abstract: A mountable bracket includes a first leg and a second leg configured to be coupled to a mounting surface, a first sub-leg coupled to the first leg, and a second sub-leg coupled to the second leg. The first leg projects from the mounting surface to define a first engagement surface. The first sub-leg projects from the first leg to define a second engagement surface. The second leg projects from the mounting surface to define a third engagement surface. The second sub-leg projects from the second leg to define a fourth engagement surface. The second engagement surface and the first engagement surface form a first mounting rail having a first rail width. The fourth engagement surface and the third engagement surface form a second mounting rail having the first rail width. The first engagement surface and the third engagement surface form a third mounting rail having a second rail width.

Abstract: A mountable bracket includes a first leg configured to be coupled to a mounting surface, and a first sub-leg coupled to the first leg. The first leg is extended along a first axis and is configured to project from the mounting surface at a first angle to define a first engagement surface. The first sub-leg projects from the first leg at a second angle to define a second engagement surface. The second engagement surface and at least a portion of the first engagement surface form a first mounting rail configured to mate with a first attachment structure having a first opening width. The first engagement surface and a third engagement surface of a second leg form a second mounting rail configured to mate with a second attachment structure having a second opening width. The second opening width is greater than the first opening width.

Abstract: A mountable bracket includes a first leg configured to be coupled to a mounting surface, and a first sub-leg coupled to the first leg. The first leg is extended along a first axis and is configured to project from the mounting surface at a first angle to define a first engagement surface. The first sub-leg projects from the first leg at a second angle to define a second engagement surface. The second engagement surface and at least a portion of the first engagement surface form a first mounting rail configured to mate with a first attachment structure having a first opening width. The first engagement structure and a third engagement surface of a second leg form a second mounting rail configured to mate with a second attachment structure having a second opening width. The second opening width is greater than the first opening width.

Abstract: A project portfolio management system creating virtual interrelationships between projects. Aspects of the system include creating virtual relationships at the Work Breakdown Structure (“WBS”) level with appropriate offsets using interpretations of logic relationships in detailed project schedules using various calculation approaches. The system models the linkages between detailed project schedules in a virtual relationship usable in alternate scenario planning analysis at a summary or working level. The virtual relationships are accurate enough for high level planning by users (e.g., program managers and analysts) with limited familiarity of project details (e.g., which non-workdays are in which project calendars) and reduce the computation times when altering a project planning scenario. Using the virtual relationships allows scenarios to be quickly evaluated to gauge the effects of changing constraints before committing to recalculating the detailed schedules of a project.

Abstract: A data processing method is disclosed for processing hyperspectral image data of a scene. The method comprises sequentially receiving portions of the data at a data buffer to form a data set comprising a predefined number of data portions and calculating a set of global statistical parameters and data correction factors using the data forming the data set. The method further comprises receiving a further data portion at the data buffer and simultaneously removing the earliest received data portion at the data buffer, from the data set, and subsequently calculating a set of local statistical parameters using the data of the further data portion. The method further comprises updating the set of global statistical parameters using the set of local statistical parameters and correcting the data of the data portion removed from the data set using the correction factors.

Abstract: A shelving assembly includes a shelf bracket including a bracket front end, a bracket rear end disposed opposite the bracket front end, and a bracket support member extending between the bracket front end and the bracket rear end. The bracket support member has a top wall. The shelving assembly further includes a shelf configured for being releasably coupled to the shelf bracket, the shelf including a shelf front end, a shelf rear end disposed opposite the shelf front end, and a shelf support member extending between the shelf front end and the shelf rear end, the shelf support member having a top surface and a bottom surface. The shelf also includes a wall that extends from the shelf front end at an acute angle relative to the top surface of the shelf support member. The shelf support member and the wall provide support for products to be displayed on the shelving assembly.

Abstract: A project portfolio management system creating virtual interrelationships between projects. Aspects of the system include creating virtual relationships at the Work Breakdown Structure (“WBS”) level with appropriate offsets using interpretations of logic relationships in detailed project schedules using various calculation approaches. The system models the linkages between detailed project schedules in a virtual relationship usable in alternate scenario planning analysis at a summary or working level. The virtual relationships are accurate enough for high level planning by users (e.g., program managers and analysts) with limited familiarity of project details (e.g., which non-workdays are in which project calendars) and reduce the computation times when altering a project planning scenario. Using the virtual relationships allows scenarios to be quickly evaluated to gauge the effects of changing constraints before committing to recalculating the detailed schedules of a project.

Abstract: A data processing method is disclosed for processing hyperspectral image data of a scene. The method comprises sequentially receiving portions of the data at a data buffer to form a data set comprising a predefined number of data portions and calculating a set of global statistical parameters and data correction factors using the data forming the data set. The method further comprises receiving a further data portion at the data buffer and simultaneously removing the earliest received data portion at the data buffer, from the data set, and subsequently calculating a set of local statistical parameters using the data of the further data portion. The method further comprises updating the set of global statistical parameters using the set of local statistical parameters and correcting the data of the data portion removed from the data set using the correction factors.

Abstract: A data processing method and system are disclosed for processing hyperspectral image data of a scene for locating targets within the scene. The method comprises receiving hyperspectral image data from a scene at a receiver, the receiver comprising a plurality of receiver elements, each element being arranged to receive hyperspectral image data from a portion of the scene. The method further comprises comparing the hyperspectral image data received at each element with hyperspectral image data corresponding to known targets and assigning each element with a target label in dependence upon the comparison between the hyperspectral image data received at the element with hyperspectral image data of the known targets. The method further comprises combining elements of the receiver having the same target label, and which are located within a predefined range of each other, to determine the location of the target within the scene.

Abstract: A bracket for a wire-frame shelving unit includes a body extending along a longitudinal axis having a first edge and a second opposing edge and a face extending between the first and second edges. A first flange extends from the first edge orthogonally to the face and includes a first shelf securement member defining a first retention surface. A second flange extends from the second edge orthogonally to the face and includes a second shelf securement member defining a second retention surface. The first retention surface of the first securement member is configured to at least partially surround a first wire of the wire-frame shelving unit and the second retention surface of the second securement member is configured to concurrently at least partially surround a second wire of the wire-frame shelving unit.

Abstract: A new and distinct Hemerocallis cultivar named ‘WF 712’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, orange-red flower color, with a rose pink eye, lighter pink mid rib and darker pink veining. Plants bloom early and have evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘R5’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, deep red flower color, with a yellow throat and white wire line margin. Plants have long scapes and dark green, evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘WF7-155’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, yellow flower color, with a small green throat. Plants have dark green Winter dormant foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘WF 73’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, orange-red flower color, with a yellow throat. Plants bloom very early and have evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘R10’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, bright red flower color, with a slightly darker eye and yellow-green throat. Plants have strong scapes and evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘WF 712’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, orange-red flower color, with a rose pink eye, lighter pink mid rib and darker pink veining. Plants bloom early and have evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘R5’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, deep red flower color, with a yellow throat and white wire line margin. Plants have long scapes and dark green, evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘WF7-155’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, yellow flower color, with a small green throat. Plants have dark green Winter dormant foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘R10’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, bright red flower color, with a slightly darker eye and yellow-green throat. Plants have strong scapes and evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.

Abstract: A new and distinct Hemerocallis cultivar named ‘WF 73’ is disclosed, characterized by its excellent landscape performance, resistance to daylily rust, orange-red flower color, with a yellow throat. Plants bloom very early and have evergreen foliage. The new variety is a Hemerocallis, normally produced as an outdoor garden plant.