The phrase "achieve software and" is not correct and appears to be incomplete in written English.
It could be used in a context where you are discussing goals related to software development or implementation, but it needs additional information to be meaningful.
Example: "Our team aims to achieve software and system integration by the end of the quarter."
Alternatives: "develop software and" or "create software and".
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.
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.
The component object model (COM) technology is used in designing and integrating the prototype expert system with ArcGIS to achieve software interoperability.
There is some discussion in the software engineering community on whether TDD can really be used to achieve software quality.
The 12th Monterey Workshop on “Networked Systems: Realization of Reliable Systems on Unreliable Networked Platforms†focused on new, promising directions in achieving high software and system reliability in networked systems.
This chapter combines the agile paradigm and variability to achieve adaptable software architectures and shows how the agile paradigm and the concept of variability can complement each other in an approach to variability handling at the software architecture level.
To improve understandability, designers need to maximize cohesion and minimize coupling, which becomes more difficult to achieve as software evolves and internal complexity increases.
You learn what they want to achieve with your software and how they could best utilize your products and services, as well as what their pain points are and what support they need.
This module is based on learning-based and experience-based software evolution approaches to achieve intelligent and autonomous software operation and control, including software redeployment and upgrading.
