Modern engineering systems are increasing in complexity and demanding higher levels of performance, safety, durability, quality. This has led to an increase the number functional requirements system elements. Subsequently, meeting target performances schedules requires more design effort cost. To ensure on-time development delivery final system, engineers need allocate right amount available re...

we prove a related fixed point theorem for n mappings which arenot necessarily continuous in n fuzzy metric spaces using an implicit relationone of them is a sequentially compact fuzzy metric space which generalizeresults of aliouche, et al. [2], rao et al. [14] and [15].

in this paper, we shall introduce the fuzzyw-distance, then prove a common fixed point theorem with respectto fuzzy w-distance for two mappings under the condition ofweakly compatible in complete fuzzy metric spaces.

we provide fuzzy quasi-metric versions of a fixed point theorem ofgregori and sapena for fuzzy contractive mappings in g-complete fuzzy metricspaces and apply the results to obtain fixed points for contractive mappingsin the domain of words.

banach contraction principle has been generalized in different spaces by mathematicians over the years. mustafa and sims [18] proposed a new class of generalized metric spaces, which are called as g-metric spaces. in this type of spaces a non-negative real number is assigned to every triplet of elements. many mathematicians studied extensively various results on g-metric spaces by using the con...

This paper proposes System Test Point (STP), a new metric for estimating system test effort. The proposed Metric encompasses various attributes, which affect testing effort and can be tailored to a specific project environment. A survey was conducted for expert ratings on the 12 identified attributes, which affect system testing. A Software package "RISK 4.0" was used to find the correlation be...