The phrase "achieve dependability" is correct and usable in written English
You can use it when you are discussing a particular goal or action that you want someone or something to reach or attain. For example, "Our goal is to achieve dependability by making sure our product works the same way every time."
Then, Xu presents several advanced techniques developed at the University of Leeds to achieve dependability and security in service-oriented systems and applications, including, the solution proposed by Townend et al. ([2005]).
To achieve dependability (consistency), the study adhered to Giddens' Structuration Theory when developing the semi-structured interview guide, coding the data, analysing the data, and presenting the categories.
To achieve dependability, a study-specific interview guide, developed by the research team, was used to ensure that the same topics were covered in all interviews.
Strategies to achieve dependability included: the use of a structured interview schedule, audio recording and transcription of the interviews, the application of framework analysis that outlines the analysis process and, agreement of themes reached by all researchers.
To achieve dependability, a discussion guide was developed and gradually improved/changed during the study, but regarding the topic of fertility, almost the same questions were asked in all groups.
To achieve dependability of the interviews, the interviews were initiated by the moderator (the first author), who described the goal of the study which was to search for deeper knowledge about health problems and difficulties leading to hinders to or difficulties in managing employment.
Everton have achieved dependability.
The use of fieldbuses and the emergence of intelligent sensors and actuators are opening up new possibilities for distributed control systems, but are also introducing additional constraints in terms of achieving dependability objectives.
Recent CPS projects such as CYPRESS [13] and fractionated CPS (http://ncps.csl.sri.com/) explore an "observe-analyze-adapt" architecture, i.e., a reflective approach, in which a CPS has a model of itself, its objectives, and its effects on the environment; the CPS achieves dependability objectives through adaptation using runtime application of formal analysis methods.
Mirroring the paper by Mottola and Picco, this paper addresses the roles and needs of middleware in such applications with a particular focus on how techniques such as reflection and cross-layer approaches can be used to provide an adaptive and flexible solution to achieving dependability in such complex environments.
There are many different approaches for evaluating system dependability, and testing has been always an important one, being fault removal one of the means to achieve dependable systems.
