Abstract: Systems and methods are disclosed for location determination and dynamic routing. In one implementation, a first request corresponding to a first location identifier is received. The first request is assigned based on a location of a first device. A second location identifier is received in conjunction with a fulfillment of the first request and based on a perception of one or more access points by one or more sensors of the first device. The second location identifier is associated with the first location identifier. A second request corresponding to the first location identifier is received. The second request is assigned to the second device with respect to the second location identifier based on input(s) originating from sensor(s) of a second device and an association, with respect to the fulfillment of the first request, of the second location identifier with the first location identifier.

Abstract: Systems and methods are disclosed for dynamic dispatch and routing based on sensor input. In one implementation, a first request is received with respect to a first item. One or more constraints associated with the first request are identified. One or more first inputs are received from a first sensor configured in relation to the first item. Based on (a) the one or more constraints and (b) the one or more inputs, a first dispatch instance is initiated. One or more second inputs are received. Based on the one or more second inputs, the first dispatch instance is adjusted.

Abstract: Systems and methods are disclosed for sensor-based location determination and dynamic routing. In one implementation, a first request corresponding to a first location identifier is received. The first request is assigned based on a location of a first device. A second location identifier is received in conjunction with a fulfillment of the first request and based on a perception of one or more access points by one or more sensors of the first device. The second location identifier is associated with the first location identifier. A second request corresponding to the first location identifier is received. The second request is assigned to the second device with respect to the second location identifier based on input(s) originating from sensor(s) of a second device and an association, with respect to the fulfillment of the first request, of the second location identifier with the first location identifier.

Abstract: Systems and methods are disclosed for automated dispatch optimization. In one implementation, a first request is received. One or more constraints associated with the first request are identified. Based on the identified constraints, a dispatch window is computed with respect to the first request. A second request is received. Based on the second request, a dispatch of the first request is adjusted within the dispatch window.

Abstract: Device, system, and method of dynamic modification of sale terms of electronic transactions. For example, a system for electronic transactions includes a computer to store a set of sale terms associated with a product offered for sale, to receive a supply/demand alert associated with the product, to automatically modify one or more terms of the set of sale terms based on the supply/demand alert, and to provide to a client device the modified set of sale terms.

Abstract: A more efficient and user pleasant delivery of web content is realized for the transmission of markup language based files that include multipart information. Knowing that a receiving device maintains a cache of previously received objects, a markup language file is parsed to identify multipart objects prior to transmission. A cache simulator is established for each particular connection and is used to simulate the contents of the destination cache. Upon identifying a multipart object in a markup language file that is stored in the cache simulator, the object is filtered out of the file prior to transmission. The destination can pull this information from its local cache. Thus, the amount of information transmitted is reduced.

Abstract: Device, system, and method of dynamic modification of sale terms of electronic transactions. For example, a system for electronic transactions includes a computer to store a set of sale terms associated with a product offered for sale, to receive a supply/demand alert associated with the product, to automatically modify one or more terms of the set of sale terms based on the supply/demand alert, and to provide to a client device the modified set of sale terms.

Abstract: A more efficient and user pleasant delivery of web content is realized for the transmission of markup language based files that include multipart information. Knowing that a receiving device maintains a cache of previously received objects, a markup language file is parsed to identify multipart objects prior to transmission. A cache simulator is established for each particular connection and is used to simulate the contents of the destination cache. Upon identifying a multipart object in a markup language file that is stored in the cache simulator, the object is filtered out of the file prior to transmission. The destination can pull this information from its local cache. Thus, the amount of information transmitted is reduced.