The phrase "achieve software" is not correct and does not convey a clear meaning in written English.
It may be intended to express the idea of successfully developing or obtaining software, but the wording is awkward and unclear.
Example: "Our goal is to achieve software that meets all user requirements and performs efficiently."
Alternatives: "develop software" or "create software".
There is some discussion in the software engineering community on whether TDD can really be used to achieve software quality.
The component object model (COM) technology is used in designing and integrating the prototype expert system with ArcGIS to achieve software interoperability.
The introduction of a neural approach to estimating the number of changes needed to achieve software quality according to a project requirement is motivated by the need to harness the complexities inherent in the relationships between factors, criteria and metrics.
The software behavior models in those two models are based on a formal and concise hardware behavior model so as to achieve software behavior model in compliance with hardware's behavior.
Software architecture is an abstract representation, or model, of a software system in terms of a structure that consists of a collection of elements together with the relationships among them to achieve software design purposes and to manifest a certain set of design properties of the system.
In the United States, fair use is a flexible category that lets you use expression still protected by copyright for many purposes including parody, commentary, criticism, news reporting, education, research, and reverse engineering to achieve software compatibility.
Furthermore, the use of energy aware software tools can help in achieving software level energy optimization [4, 5]. Figure 1 shows different layers of a possible green operating system.
Levinson concluded, with admiration, that the Guugu Yimithirr speakers achieve "in software what pigeons apparently achieve in hardware".
To achieve the software goals we moved in steps along with the hardware we built.
To improve understandability, designers need to maximize cohesion and minimize coupling, which becomes more difficult to achieve as software evolves and internal complexity increases.
In short, we have barely scratched the surface of what we can achieve with software, with hardware, with better business models and better automation.
