Abstract: A fishing rod storage assembly for transporting and storing multiple rods includes a pair of end plates coupled singly to and extending perpendicularly from a front and a back of a frame. A housing is pivotally coupled to and extends between the end plates. A plurality of first orifices and a plurality of second orifices are positioned through a top and a bottom of the housing, respectively. Each second orifice is in vertical alignment with an associated first orifice to permit insertion of a handle of respective fishing pole to couple the respective fishing pole to the housing. Each of a pair of wheels is rotationally coupled proximate to the back and a respective opposing side of the frame. A handhold that is coupled to a respective end plate is configured to be grasped to lift the front of the frame to position the wheels to roll on a surface.

Abstract: Systems and method implement end-to-end capture of data fluents, the treating of said data locally, transmission of the data to a scalable server infrastructure, and retrieval and visualization of the data in a computationally efficient manner. Data is retrieved using a local electronic device that immediately time stamps data values and stores the values on a local buffer in order to compensate for any wireless signal vagaries. Local wireless configuration of the device consists of wireless-based configuration interactive menus, enabling high ease- of-use during setup and administration. Data is then communicated during times of Internet connectivity to an online data storage repository.

Abstract: Computer-based systems and methods characterize indoor air quality in a particular building having multiple locations therein. The system comprises a back-end data center, at least one indoor air quality sensor located inside the particular building, and a graphical display device. The indoor air quality sensor(s) transmits time-stamped air quality readings collected by it to the data center via a computer network. The data center computes spatiotemporal air quality measures for the particular building based on the time-stamped air quality readings from the indoor air quality sensor(s) and transmits the computed spatiotemporal air quality measures to the graphical display device for display to the user/resident.