Abstract: A server includes one or more processors configured to determine relationships between one or more executable files, one or more library files, and one or more application programming interfaces (APIs) of a first application, and compare the determined relationships of the first application to determined relationships between one or more executable files, one or more library files, and one or more APIs of a second application. An indication of a matching status between the first and second applications is provided based on the compare.

Abstract: A server includes one or more processors configured to determine relationships between one or more executable files, one or more library files, and one or more application programming interfaces (APIs) of a first application, and compare the determined relationships of the first application to determined relationships between one or more executable files, one or more library files, and one or more APIs of a second application. An indication of a matching status between the first and second applications is provided based on the compare.

Abstract: The invention is a portable utility table, comprising, among other features, a table-top surface with a first integrally formed recessed portion forming a first sink, and a second integrally formed recessed portion forming a second sink, each sink also having an integrally formed drain aperture for exiting material; and collapsible legs capable of nesting in the bottom of the table.

Abstract: A multi-purpose utility table includes a top portion having a recessed sink portion, a housing for slidably engaging a hose or tube, an opening formed through the top portion, and a sheath for holding a sharp implement used at the utility table. The sink portion further includes a drain and an overflow outlet. Support members collapse easily and nest in the top portion of the table to provide an easily transportable multi-purpose utility table.

Abstract: A method of automatically sequencing DNA comprises repeatedly determining the next base in the sequence as a function not only of a physical measurement made at that position, but also as a function of previously-determined near-by bases in the same sequence. Typically, a computer algorithm is used which predicts the value of the expected measurement at a given position based upon a knowledge of the bases in previous and/or subsequent positions. The predicted measurement is then compared with the actual measurement, and the base chosen at that position is the base which minimizes the accumulated error measure for the entire sequence. The preferred algorithm, which may be parallel or sequential, preferably includes physical modelling of the replication effect and of the fluorescence effect.