Abstract: Systems and methods are provided that list application programming interfaces (APIs). A categorization tag for each API in the list is generated. The categorization tag identifies functions provided by the API. A user profile associated with the user is determined. A plurality of categories of the APIs is displayed such that each category is based on a common element of each categorization tag, and aspects of the user profile. In response to a selection of one selected category in the plurality of categories, the list of APIs matching the selected category is displayed. The list is ordered such that APIs having a greater relevance score are presented at a top of the list.

Abstract: Systems and methods are provided that list application programming interfaces (APIs). A categorization tag for each API in the list is generated. The categorization tag identifies functions provided by the API. A user profile associated with the user is determined. A plurality of categories of the APIs is displayed such that each category is based on a common element of each categorization tag, and aspects of the user profile. In response to a selection of one selected category in the plurality of categories, the list of APIs matching the selected category is displayed. The list is ordered such that APIs having a greater relevance score are presented at a top of the list.

Abstract: Techniques for generating a visual data model include providing first and second objects that represent first and second portions of data from a model; assigning attributes to the first and second objects, the attributes representing characteristics of the first and second portions of the data; providing a relationship object that represents a relationship between the first and second objects; and assigning, to the relationship object, a relationship attribute representing a characteristic of the relationship between the first and second objects.

Abstract: The present invention provides a method for measuring vibration in a machine including a member under periodic motion. To measure vibration in a rotating shaft (11) a first signal comprising a series of impulses, one impulse occurring each shaft revolution, is generated by a proximity probe (20) and a modulator/demodulator (22). The first signal is transmitted to channel A of a FFT spectrum analyzer (19) and a second signal, which varies in time with respect to displacement of the shaft (11), is produced by a proximity probe (14) and a modulator/demodulator (18) and fed to channel B of the FFT analyzer (19). The second signal is fourier transformed by analyzer (19) into the frequency domain to obtain reconstruction magnitude signals each indicative of the magnitude of one of the first twelve harmonics of the transformed second signal.