Abstract: There are provided systems and methods for location detection devices for use in a courier services network. A first user may travel to a location for a particular reason, such as item purchases or appointments. While at the location, the user may be identified at the location by a server offering courier services to a seller and a second user purchasing items from the seller. Based on the first user's reason for traveling to the location and other indicia of trustworthiness or fraud, the server may determine whether the first user can be trusted as a courier. If the user is trusted as a courier, the server may update the first user and the seller to arrange delivery of the item to another location set by the second user. The first user may also be provided with additional items for the second user to deliver to further locations.

Abstract: There are provided systems and methods for location detection devices for use in a courier services network. A first user may travel to a location for a particular reason, such as item purchases or appointments. While at the location, the user may be identified at the location by a server offering courier services to a seller and a second user purchasing items from the seller. Based on the first user's reason for traveling to the location and other indicia of trustworthiness or fraud, the server may determine whether the first user can be trusted as a courier. If the user is trusted as a courier, the server may update the first user and the seller to arrange delivery of the item to another location set by the second user. The first user may also be provided with additional items for the second user to deliver to further locations.

Abstract: There are provided systems and methods for location detection devices for use in a courier services network. A first user may travel to a location for a particular reason, such as item purchases or appointments. While at the location, the user may be identified at the location by a server offering courier services to a seller and a second user purchasing items from the seller. Based on the first user's reason for traveling to the location and other indicia of trustworthiness or fraud, the server may determine whether the first user can be trusted as a courier. If the user is trusted as a courier, the server may update the first user and the seller to arrange delivery of the item to another location set by the second user. The first user may also be provided with additional items for the second user to deliver to further locations.

Abstract: There are provided systems and methods for location detection devices for use in a courier services network. A first user may travel to a location for a particular reason, such as item purchases or appointments. While at the location, the user may be identified at the location by a server offering courier services to a seller and a second user purchasing items from the seller. Based on the first user's reason for traveling to the location and other indicia of trustworthiness or fraud, the server may determine whether the first user can be trusted as a courier. If the user is trusted as a courier, the server may update the first user and the seller to arrange delivery of the item to another location set by the second user. The first user may also be provided with additional items for the second user to deliver to further locations.

Abstract: There are provided systems and methods for communication device interfaces providing courier service information. A first user may travel to a location for a particular reason, such as item purchases or appointments. While at the location, the user may be identified at the location by a server offer courier services to a seller and a second user purchasing items from the seller. Based on the first user's reason for traveling to the location and other indicia of trustworthiness or fraud, the server may determine whether the first user can be trusted as a courier. If the user is trusted as a courier, the server may update the first user and the seller to arrange delivery of the item to another location set by the second user. The first user may also be provided with additional items for the second user to deliver to further locations.

Abstract: An optimization system for transportation scheduling and inventory management of a bulk product from supply locations to demand locations is provided. The system has a mathematical model containing mathematical programming equations. In one embodiment, the objective function of the mathematical model is to minimize a cost basis of the product transported. The system also has a database system for data input that interfaces with the mathematical model. The last component of the system is a mathematical optimization solver that solves the equations provided by the mathematical model after the mathematical model receives data from the database system. As a result, the optimization system provides optimized or simulated results for the input data.

Abstract: An optimization system for transportation scheduling and inventory management of a bulk product from supply locations to demand locations is provided. The system has a mathematical model containing mathematical programming equations. In one embodiment, the objective function of the mathematical model is to minimize a cost basis of the product transported. The system also has a database system for data input that interfaces with the mathematical model. The last component of the system is a mathematical optimization solver that solves the equations provided by the mathematical model after the mathematical model receives data from the database system. As a result, the optimization system provides optimized or simulated results for the input data.