Information Technology
In the past several years, the use of the object-oriented methodology has grown considerably for the software development. In the software engineering domain, an object-oriented software methodology emphasizes the design and construction of large software projects by making use of reusable software components, which are referred to as classes. Usually to simplify the development process, the object-oriented methodology makes the use of graphics and graphical techniques in computer programming. Toward this end, the programmers look for incorporating the notions of data abstraction, instantiation, composition, and specialization, which are the building blocks of the object oriented software methodology.

One of the main benefits of the Object oriented methodology is that it is cognitively natural that people can easily perceive and understand the real-world objects. To cope with large complex projects, the developers decompose the projects into natural objects and map the problem into objects and into classification hierarchies.

Software reuse is one….

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 are strong catalysts for the continued adoption and best practices of software development lifecycles (Cecil, 2004). The intent of this analysis is to evaluate the advantages and disadvantages of three dominant software development lifecycle methodologies including the Iterative Enhancement Life Cycle Model, the Prototyping Software Life Cycle Model and the Waterfall Software Development Lifecycle.

Advantages and Disadvantages by Software Development Lifecycles

Beginning with the Iterative Enhancement Life Cycle Model, which is designed to overcome the structural and time-based limitations of the Waterfall….

If the sequence characteristic of the waterfall model implied a difficulty in reverting to phases that had been deemed as completed, with the UML structure, new phases can simply be added into the model and treated in connection to the phases that are actually impacted and to which these new phases relate to.
One of the disadvantages of UML is that the entire modeling process is, in fact, just an auxiliary activity of the actual development phase that will eventually create the finite product. In that sense, the development company needs to be a fairly large organization, able to manage the diagrams involved in the modeling process and ensure this activity despite the fact that it only makes a marginal contribution to the final development process.

Another disadvantage is the fact that the semantics used in UML and, from a larger perspective, the necessary language used to connect the different elements….

Risk in Software Development Life Cycle
A Software Development Life Cycle (SDLC) is a series of steps or processes that are undertaken to develop a software product. In general, the activities or processes include gathering the requirements, design, implementation, testing, documenting and maintenance. The exact process depends to a large extent on the SDLC model used.

One of the important aspects of any SDLC model is risk management because it protects the information, software product as well as the external data from a possible theft, vulnerability or loss. Risk is the negative impact that any action has on the software product in terms of its vulnerability, frequency of occurrence and the potential of harm or destruction. It is easier to prevent risk rather than fix it and this is why risk management is a vital component of any product's SDLC.

Risk Management Activities

The primary objective of risk management is to help the software….

Qual Att
Quality Attributes in Software Development

Every aspect of the software development cycle should ultimately be focused on the client in one way or another, from price to function to program size and more. In order to maintain consistency in the focus and the development trajectory of software, certain concrete goals should be established and built into the processes of development that make up the software development lifecycle. These goals can be seen as quality attributes, of which there are six commonly identified. Each of these quality attributes is defined and briefly described in the following paragraphs, with the impact on software development also described.

Modifiability is a key quality attribute, as it determines the true usability and value to the client. Ensuring that a program and its components can be modified to integrate with other client applications or operating system, and that the functionality can be adjusted in direct response to….

Cloud Computing to Assist Multi-Site Software Companies
The Use of DSS to Assist Multi-Site Software Companies

As technology becomes more and more globalized, so does the focus of computer technology and this includes the globalization of software development (Holsapple, 2006). As a result, the demands of requirements engineering in multi-site software development organizations are increasing. The task is becoming increasingly difficult to handle because of the different needs of the globalized customers, as well as the stakeholders (Brooks, 2007). The focus of this proposal will be to help outline a solution to this organizational difficulty, focusing on the concept of how a Cloud computing system, and how this system can help the organizations adapt to the necessary levels of industry in order to appease the needs of corporations and stakeholders in the ever-globalized industry of software sales and technology.

Statement of the Problem

The need for technology has become a necessity worldwide, and….

Software Development Life Cycle
Scrum

There are many approaches to software development. One agile approach is called Scrum which is a framework of software development. The method can be used for software development or application development. ith increased dependency on technology, a demand for faster and dependable systems arose across all industries in the economy. In 1986, two individuals Hirotaka and Nonaka approached such a system and called is rugby or holistic approach. As the name describes, the system performs whole processes through one cross functional team which operates across overlapping phases just like the game of rugby.

In the game, Scrum refers to a way of starting a game after infractions occur during the march. In the 1090's, several companies adapted similar development methods that saw the corporations grow. Sutherland and Schwaber presented a paper about the Scrum methodology and its ability to transform a business into a success, over subsequent years;….

Software Modeling -- Trimming the Trivial Far From Models of Development
Streamlining the steps of software modeling as well as the steps needed to operate the system itself seems essential in the generation of any adequate software development project timetable in today's competitive marketplace. In other words, a programmer usually wants to cut out all unnecessary parts of creating a viable model and see that model enacted as quickly as possible in the real world, cutting straight to the 'chase' or the apparent heart of the software's development lifecycle, namely the implementation phase. It is here where the excitement really lies, rather than simply in the theoretical and architectural testing conducted in the programmer's workshop.

Furthermore, the pace of the business world and its financial demands tend to place a premium on speed and alacrity of development rather than upon careful, measured and well-tested consideration of all alternatives. Yet to produce an….

Professional Software Development Experiences
Engaging in the creation of software provides an individual worker, programmer, or developer with a kind of unique sense of satisfaction that can only be derived after devising a solution to a potential office problem or challenge. Unlike some creative projects, creating software is immediately remunerative and problem-specific. However, unlike many technical projects, it also requires one to think outside the box and address specific workplaces issues in innovative and process-oriented, rather than theoretical ways.

In a professional environment, however, one cannot merely create for the sake of creation. One must assess the needs of the individual who is contracting the software development, and tailor the product to the needs of the workplace and the requirement and skills expertise of the workplace's employees. Software processes that emphasize the use software to coordinate the efforts of people, computers, and software tools rather than viewing these elements in isolation are….

women in the software development industry have to work harder as compared to men to achieve success. It has one source.
Laura Martin's (2002) article "Software Development Opens Doors for Women" advocates the software development industry as "absolutely loaded" with wonderful opportunities for women. She supports her arguments through interviews of twelve successful women working in the software development and related industries. However, where there are success stories, there are also conditions of limited opportunities for women in the industry as compared to men. In other words the door to opportunity does not open for women; it has to be pushed open by women as those that Martin interviewed in her article.

Objective Summary

Martin begins her article by identifying the changing roles of women in the information technology domain. She suggests that women have an increasingly larger role in the technological industry compared to the past when men were the driving….

The Extreme Programming process divides software development into about 12 iterations of one to three weeks each. Iteration plans are useful in measuring progress, and keeping planning simple (Wells).
The next step in the Extreme Programming process is acceptance tests. These are created from user stories used in iteration planning, and are automated. Quality assurance is a part of this process.

After the required series of iteration and acceptance tests, the next step in Extreme Programming is small releases. This experimental stage is designed to get feedback in time to impact the development of the project (Beck and Andres, 2004).

Extreme Programming can also be incorporated into existing projects, although the process differs somewhat from that in a new project. Wells notes, "Usually projects come looking for a new methodology like XP only after the project is in trouble." In this case, the process of Extreme Programming can begin with reviewing problems….

Technology in everse Logistics
everse logistics has developed to become one of the most important elements in supply chain management because of its benefits. As a result, reverse logistics has become a concept and process that manufacturers and retailers cannot ignore. Given the advantages of reverse logistics in the supply chain, manufacturers and retailers have enhanced investments in technology to enhance their reverse logistics systems. These huge investments in technology to improve reverse logistics systems have been made in automated material handling equipment, barcodes, electronic data interchange, automated return tracking, radio frequency, and automated returns entry in many downstream segments in supply chain (Hawks, 2006).

The increased investments in technology to enhance reverse logistics systems have been influenced and driven by trends occurring in software. The recent trends in the software industry have been revolved around development of programs with easy-to-use characteristics, use of natural languages, and the increased utilization of general-purpose….

Allowing for such access necessarily creates a point of weakness, and this must be carefully guarded against through many levels of protection (Stuttard & Pinto 2007). Many of the same steps that are employed in access differentiation as described above can also be employed here -- multiple levels of access that is password protected, strict compartmentalization of data and of processes, and other features such as the recognition and removal of malicious input can all protect the opening that is created by administrative access to application information and code (Stuttard & Pinto 2007). Password-protected access to a web application's source code is one common example of this type of core defense capability, which grows more complex as both the complexity of the system and needs for security increase.
Direct Attacks and Unauthorized Use: A More Detailed View

Direct attacks on applications, especially web-based applications, are becoming increasingly common as programming knowledge….

Software Processing Methodology
Understanding the Problem

Klyne Smith, DSE Candidate

Dr. Frank Coyle

Technical

Motivation

esearch 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 model, and conclude with the V-model. Each of these methodologies are discussed in length to gain a clear understanding of their similarities and differences. This paper focuses on gaining a key understanding of the methodologies and when it is best to utilize each. Each serves a special purpose; the process of understanding the problem one must solve remains as complicated as actually solving the problem itself. In this work, I will investigate the intricacies required to formulate the problem while….

software processes of sometime deteriorate into non-Productive arguments. hy does this occur?
If only human being's egos could be as carefully streamlined of nonproductive processes as the software applications they design, the workplace would be a far more productive space. The reasons for non-productive arguments are often rooted in the same sources as other workplace and even family conflicts. Clashes of personal ego create arguments that have little to do with actual project demands or practical and constructive responses to work-related problems. However, there are other sources of non-productive conflicts that are particularly endemic to the software industry and are not always particular to any individual workplace's clash of personalities.

Sometimes management issues poorly written requirements regarding the software that are "unclear, incomplete, too general, or not testable" therefore there will inevitably be problems and arguments when the creators of the software are facing a vague set of specifications with a….