Abstract: Systems and methods of the inventive subject matter are directed to route optimization that takes sales ratings into consideration. In some embodiments, users can request one of two different route types, a sales route or an optimized route. A sales route allows the user to hand pick waypoints to be visited, and the platform server then generates a route that visits all those waypoints. The route accounts for sales ratings that the user has assigned to each waypoint, as well as times and distances between each waypoint. An optimized route selects waypoints based on previously assigned sales ratings and then generates a route for the user, where the route similarly accounts for sales ratings as well as times and distances between each waypoint. Genetic algorithm techniques can be used to converge on high performing routes.

Abstract: This application describes systems and methods directed to route optimization for routes comprising large numbers of waypoints. When large numbers of waypoints make up a route, developing an optimized route can be computationally intensive, requiring far too much time to develop a solution that is practicable for most needs. Thus, systems and methods of the inventive subject matter involve grouping subsets of waypoints into clusters and then optimizing those clusters according to genetic algorithm development techniques. The end result is a highly optimized route developed in an amount of time that would have been impossible using standard techniques.

Abstract: Systems and methods of generating optimized routes that pass through any number of locations are disclosed in this application. Locations can be sent from a client to a web-service that processes those locations to create an optimized route. Locations are clustered into groups based on geographic proximity to one another before being linked together. Then, intra-cluster routes are developed that pass through each of the locations in each cluster. Intra-cluster routes start and stop where linkages connect different clusters together, or, if there is no linkage to start or stop at, the start and stop points can be determined by other means (e.g., route optimization). A proposed route can then be iteratively improved upon until a finalized route is created. Once a finalized route is created, a notification can be sent to a client so that the client can access the finalized route.

Abstract: This application describes systems and methods directed to route optimization for routes comprising large numbers of waypoints. When large numbers of waypoints make up a route, developing an optimized route can be computationally intensive, requiring far too much time to develop a solution that is practicable for most needs. Thus, systems and methods of the inventive subject matter involve grouping subsets of waypoints into clusters and then optimizing those clusters according to genetic algorithm development techniques. The end result is a highly optimized route developed in an amount of time that would have been impossible using standard techniques.

Abstract: Methods and systems for directing a call for a mobile station (MS) (400) to a band class in a wireless communication network (100) are provided. The wireless communication network includes a plurality of band classes (125). The method comprises the MS idling (405) in a first band class. The first band class is among the plurality of band classes. The method further comprises the MS receiving (410) an overhead message (305). The overhead message contains an alternate band class of the plurality of band classes. Further, the wireless communication network sends the overhead message if a predetermined criteria is met on the first band class. The method further includes switching (415) to the alternate band class in response to receiving the overhead message when the MS initiates a connection.