Abstract: Techniques for processing a set of documents. The techniques include automatically identifying at least one unresolved issue associated with a first document, including a first unresolved issue and a second unresolved issue associated with the first document. The techniques also include resolving the first unresolved issue by presenting information associated with the first unresolved issue to a first user, receiving input from the first user in response to the presented information associated with the first unresolved issue, and resolving the first unresolved issue based on the input received from the first user. The techniques further include resolving the second unresolved issue by presenting information associated with the second unresolved issue to a second user, receiving input from the second user in response to the presented information associated with the second unresolved issue, and resolving the second unresolved issue based on the input received from the second user.

Abstract: Techniques for adaptively processing a set of documents. The techniques include adaptively processing a plurality of documents associated with one or more transactions by processing at least a first document of the plurality of documents based at least in part on a first rule, wherein the first rule uses a first value for a first parameter associated with the first rule, determining whether to update the first rule based at least in part on a measure of performance evaluated for the first document, and if it is determined based on the measure of performance that the first rule is to be updated, updating the first rule by changing the first value of the first parameter to a second value different from the first value.

Abstract: A marine safety light for maximizing a boat's visibility to other boaters during darkness and inclement weather conditions consisting of a LED array which consists of a plurality of LEDs arranged in a star configuration. The LED array preferably consists of six white LEDs evenly spaced in the horizontal plane and positioned within a fresnel lens such that an even omni-directional distribution of light is emitted. LED array is powered using a power circuit which includes two conventional DC to DC converters which regulate the output voltage, allowing the marine light to operate at a constant brightness for a substantial period of time on a conventional 1.5 volt power source. Further, the power circuit automatically shuts the marine safety light off when sufficient ambient light is available and provides a continuous flashing signal when the power source is low.