Abstract: The present invention comprises a line tool device used for catching a line therein. The present device is generally comprised of two fixed plates, a fixed clamp, a movable clamp, a forward extension and a grip. The fixed clamp is located between and attached to the two fixed plates. The fixed clamp has one edge that contains a plurality of teeth. A movable clamp is pivotally attached to one of the fixed plates. The movable clamp also has one edge that contains a plurality of teeth. When the movable clamp pivots to a closed position the teeth attached to the fixed clamp and the teeth attached to the movable clamp meet and interlock. Additionally, the movable clamp contains a spring that allows the two sets of teeth to meet only when a force is applied to the device and a hand opening which allows the user to grasp the movable clamp. A guide is attached between and to the forward facing side of the two fixed plates. The forward extension contains at least one line guide that a lightweight line can pass over.

Abstract: Systems of and methods for providing cellular priority access and topological guidance information to cellular users are described, employing wireless ad hoc network and cellular logic. A centralized aspect of acquiring cell loading information and geographic coordinates is combine with a distributed scatternet forming aspect to enable guidance information to be computed and indicated to the user. The guidance information is reflective of cell loading and congestion status of neighboring cells, as well as the availability of alternative radio resources in the user's current cell or neighboring cells. The system may also be employed in redistributing cell traffic among cells to optimally balance cell loads.

Abstract: Systems of and methods for providing cellular priority access and topological guidance information to cellular users are described, employing wireless ad hoc network and cellular logic. A centralized aspect of acquiring cell loading information and geographic coordinates is combine with a distributed scatternet forming aspect to enable guidance information to be computed and indicated to the user. The guidance information is reflective of cell loading and congestion status of neighboring cells, as well as the availability of alternative radio resources in the user's current cell or neighboring cells. The system may also be employed in re-distributing cell traffic among cells to optimally balance cell loads.

Abstract: Systems of and methods for providing cellular priority access and topological guidance information to cellular users are described, employing wireless ad hoc network and cellular logic. A centralized aspect of acquiring cell loading information and geographic coordinates is combine with a distributed scatternet forming aspect to enable guidance information to be computed and indicated to the user. The guidance information is reflective of cell loading and congestion status of neighboring cells, as well as the availability of alternative radio resources in the user's current cell or neighboring cells. The system may also be employed in redistributing cell traffic among cells to optimally balance cell loads.

Abstract: Systems of and methods for providing cellular priority access and topological guidance information to cellular users are described, employing wireless ad hoc network and cellular logic. A centralized aspect of acquiring cell loading information and geographic coordinates is combine with a distributed scatternet forming aspect to enable guidance information to be computed and indicated to the user. The guidance information is reflective of cell loading and congestion status of neighboring cells, as well as the availability of alternative radio resources in the user's current cell or neighboring cells. The system may also be employed in re-distributing cell traffic among cells to optimally balance cell loads.