Iteration Structure
Though programming can involve complex algorithms and high-level mathematics, and ultimately of course all programming languages depend on complex interfaces with the circuitry and hardware of the computer as well as the complexities and machinations of the source code, not all or even most features of common programs are actually all that complex or difficult to design, create, and implement. There are many parts of programs that are fairly simple architectural features, and even though these features can be quite complex in the ways in which they can be linked together and used to derive specific actions or results, they are ultimately fairly basic in their design and their operations (Dunphy 2011; Schmalz 1997). The term "control structures" refers to a variety of such architectural chunks that re used to tell a program where to go and what to do next, as very few programs function in a purely linear fashion (Soulle 2010). This paper will focus on one specific type of control structure and a possible application for it: the iteration structure.
Iteration structures are often simply called loops, as this is in fact what they are -- they are structures within a program that call for the repetition of the same series of steps/manipulations to take place until certain criteria are met...
Software Development Lifecycles Balancing increasingly complex requirements for new software applications with the constraints of costs, time and resources has made the use of software development lifecycles invaluable. The reliance on software development methodologies is increasing as shortages of programming expertise are leading to many companies relying on virtual project development teams (Batra, Xia, VanderMeer, Dutta, 2010). Virtual teams and the new reality of software development being global in scope
6. The rabbits will never die. The question was how many male/female rabbit pairs will be there after a year or 12 months? When the experiment begun, there is a single pair of rabbits. After duration of one month, the two rabbits have mated though they have not given birth. As a result; there is still only a single pair of rabbits. After duration of two months, the initial pair of rabbits will give
Solving the 1D Bin Packing Problem Using a Parallel Genetic Algorithm: A Benchmark Test The past few decades have witnessed the introduction in a wide range of technological innovations that have had an enormous impact on consumers, businesses and governmental agencies. Computer-based applications in particular have been key in facilitating the delivery of a wide range of services and information, and computer processing speeds have consistently increased incrementally. Computer processing speeds,
Spotlighting Samplings 4 Qualitative Research Research Choices 6 the Phenomenology Method The Ethnography Method DEPTH Four Qualitative Approach Comparison Strengths and Critiques of Case Studies "A research design indicates the full research process from conceptualization of the research problem, generation of data, analysis and interpretation of findings, and dissemination of results" (Magilvy & Thomas, 2009, What and Why… Section, ¶ 4). The Question of Interest What type of research design should the researcher use? To answer the study's critical research
Software Processing Methodology Understanding the Problem Klyne Smith, DSE Candidate Dr. Frank Coyle Technical Motivation Research and Contribution Methods Software Processing Methodologies Waterfall Methodology Strengths Weaknesses Opportunity Threats Iterative Methodology Strengths Weaknesses Opportunities Threats Model Methodology Strengths Weaknesses Opportunities Threats Where do we go from here (Spring 2010)? Define measurement data points for Test Case analysis Section IV Creation and Validation of the predictive model Section V Summary Analysis Practical Usage Praxis Conclusion Books Articles / Web Information Software Processing Methodology: Understanding the Problem Section I: Introduction In this work, I examine three different Software Processing Methodologies. I start with the iterative model, followed by the spiral
Portfolio Management In the project portfolio management context, a portfolio is an aggregation of active programs, projects and other business activities that indicate an organization's priorities, investments and allocation of resource (The standard for portfolio management, 2008). According to the editors of PM Network, "Portfolio management is the centralized management of one or more of those portfolios to achieve specific strategic business objectives" (2008, p. 75). Using project portfolio management
Our semester plans gives you unlimited, unrestricted access to our entire library of resources —writing tools, guides, example essays, tutorials, class notes, and more.
Get Started Now