Mobile applications presently span numerous different operating system platforms e.g., iOS, Android, Windows 7, etc. dissimilar hardware makers Apple, HTC, Samsung, Google, etc, delivery methods i.e., native demand, mobile web application and computing platforms i.e., smart phone, tablet. Each of these options must be measured during mobile request improvement as they have a direct manipulate on the software suppliess. Companies currently need to make a business assessment to target a single mobile device stage with rich features, multiple platforms throughout a mobile website with fewer rich features or spend the assets essential to generally target the range of mobile devices with rich, native applications. If targeting a single platform, developers may decide to build a single request for all platforms at the risk of several functional inconsistencies or instead consider building numerous versions targeting each hardware/computing platform. C. Scheming background-responsive Mobile Applications
But, software is everywhere, from the cars we drive to military equipment (today, 80% of a fighter jet's capability is performed by software, compared to 6% in 1960); to the cell phones that are allowing us more freedom and mobility. As software is becoming more present in more places, so too is the Internet impacting every business in this e-business world. become For businesses the world over, the Internet continues to drive more change and more opportunity.
A softwareprocess is a sequence of tasks intended to produce a high quality software product on time and with in budget . A softwaredevelopmentprocess is structure imposed on the development of a software product. Similar terms include software life cycle and softwareprocess. The System Development Life Cycle framework provides a sequence of activities for system designers and developers to follow for developing software. It is often considered as a subset of system development life cycle. Any softwaredevelopmentprocess is divided into several logical stages that allow a softwaredevelopment Company to organize its work efficiently in order to build a software product of the required functionality within a specific time frame and budget. All software projects go through the phases of Requirements gathering, Business analysis, System design, and Implementation and Quality assurance testing . A SoftwareDevelopment Life Cycle Model is a set of activities together with an ordering relationship between activities performed in a manner that satisfies the ordering relationship that will produce desired product. A softwaredevelopment life cycle model is broken down into distinct activities and specifies how these activities are organized in the entire softwaredevelopment effort. In response to traditional approaches to softwaredevelopment, new light weight methodologies have appeared .
B. Data Analysis: Analysis of data is a process of inspecting, cleaning, transforming, and modelling data with the goal of discovering useful information, suggesting conclusions, and supporting decision-making. Data analysis has multiple facets and approaches, encompassing diverse techniques under a variety of names, in different business, science, and social science domains. Data mining is a particular data analysis technique that focuses on modelling and knowledge discovery for Software Engineering Models rather than purely descriptive purposes.
The Kickoff Workshop will address: (1) component definition and (2) scenario development. These development activities interact and affect each other. At the Kickoff Workshop, there will be meetings to begin developing component solutions. The participants are expected to have systems and/or software engineers in attendance to assist in the initial assessment and interaction of Interoperability Arrangements. Use cases will be developed for organizations to consider in their component design. As a way of validating the use cases and interoperability arrangement, they will be analytically “exercised” against the scenarios.
involved a peripheral situation on the planet showcase; second, despite high development rates, India's fares have been to a great extent low worth yield; and third, the size of the household market is not exactly 33% of India's fare advertise. These qualities request a closer assessment of the business to distinguish the wellsprings of development, the specific boundaries confronting it, and the conceivable key and approach reactions that could raise the Indian business to a higher direction. To achieve this the business must continue its high development rate for a long time to come and, relatedly, must climb the worth chain to get such high development. Thusly, a significant part of the positive thinking in regards to the area's transformative capacity on the Indian economy depends on the business' capacity to advance and adapt to new rivals in a quickly changing worldwide data and interchanges innovation condition. 
1. Maturity Level (2) - Managed the organization sets the foundation for the development of high-quality and low-cost software through the institutionalization of selected process areas in project management, business management, and support. The organization creates work groups that in turn define the softwaredevelopment strategy, develop work plans, and monitor & control work to ensure timed delivery. Additionally, the organization establishing agreements with customers, developing customer‟s requirements and contractual requirements. Institutionalization is also managed for the configuration management to ensure the quality assurance of processes and products and the ability to measure, and analyze the performance of process areas. In addition, workgroups, work activities, processes and work products are managed based on the organization's policy. Organizations should also provide resources, training, and assign responsibilities for the implementation of each process. Stakeholders are also involved in this level and a periodic evaluation of the commitment to the process is made to involve senior management In order to ensure that the practices proceed according to the plan drawn even in difficult times and can be adjusted when needed
As the use of software in our daily life is increasing day by day, the problem of software quality is also increasing. According to (Dupuis, 2004), the Software Engineering Body of Knowledge guide emphasizes that software quality is one of the challenging issues in the field of software engineering. That is to say, developing good quality software products that will meet business goals is very challenging. Therefore, to achieve software quality, the process used to develop or produce the software products should be considered (Olson et al., 1989). This implies that, the quality of software depends largely on the quality of the process used to develop the software. In line with this, effective monitoring and controlling softwaredevelopmentprocess is one of the successful paths for producing quality software products.
Now the question is do we need to transform the softwaredevelopmentprocess as well, to meet the above needs in order to support the new digital business model? Yes, in fact it is a must to transform the softwaredevelopmentprocessusing the power of cloud infrastructure, providing a social like collabora- tive environment to the software team, automating and simplifying release process so that features can be released anytime, anywhere with zero down time and providing developer knowledge mart for increasing the developer productivity.
According to Ould , RAD represents the roles that perform a part in a process, and their elements (activities and interactions). RAD presents the task(s) of roles in the process and how they collaborate. Because RAD adopts the role as the primary unit for analysis in process models, it is suitable for organisational contexts, since it partitions the organisational behaviour of a process into roles . A role involves a sequence of activities, which are carried out together as a particular responsibility. According to Saven , roles can be identified as abstract notations of behaviour representing a desired behaviour within the organisation. They can include software systems, customers and suppliers. RADs provide a visual representation of the different aspects of a process, which makes them useful in supporting communication, since they are easy to read and understand. RADs can also be used to demonstrate how processes interact .
For the identification of Good Practices, a bibliographic review of 77 articles and documented experiences was made, of which 15 allude to the use of Good Practices to diminish the influence of the Critical Success Factors in the SPI [4; 8; 20; 21; 22; 23; 24; 25; 26; 27; 28; 29; 30; 31; 32]. Then it was refined with the help of experts, managers and members of softwaredevelopment organizations, using the Delphi method in a first round. The results were submitted to the exploratory focal group, where the proposal was enriched with the recommendations for the execution of the Good Practices. Finally, a second round of Delphi method was applied with the refined information. As a result, 49 Good Practices and 127 recommendations that guide its application were defined .
strategies bring greater adaptability. Programming product offerings help handle the enormous number of variants and improve execution through the reuse of long haul advancement software. Reuse of programming enables engineers to use past accomplishments and advances significant programming efficiency and quality upgrades. This current paper's info is a proposed procedure model for productively actualizing programming reuse. A basic issue in the present programming reuse practice is the absence of a standard procedure model that depicts the subtleties expected to help the advancement and development of reuse based programming. Our examination paper is that reuse-based programming configuration expands item quality and procedure proficiency. To test the crisp procedure model and the examination speculation, a quantitative study of 100 programming associations is utilized. The procedure model portrayed in this paper recognizes procedure level, hierarchical and specialized components that should be improved so as to prevail in the globe of reuse. 9] Most of the functionalities in contemporary vehicles are programming controlled. The improved significance of programming based usefulness has prompted various issues for the automotive business, which is gradually changing into a product driven segment. Difficulties incorporate characterizing key abilities, forms, strategies, devices, and authoritative settings to suit programming and equipment joined advancement. This article, in view of subjective research, looks to comprehend the relevance of dexterous strategies to the development of automotive programming. The exploratory contextual investigation with one of Volvo Car Cooperation's advancement portions perceived challenges connected to process discernment and responsive mode in their product improvement process, perform multiple tasks and successive errand exchanging, independence and nonappearance of full understanding, just as protracted correspondence chains and low cross-work mentality. Besides, by connecting dexterous ideas and strategies to automotive programming process issues, it readies a move of programming advancement at this worldwide automotive business to coordinate.
Abstract: In teaching software engineering, it is often interesting to introduce real life scenarios for students to experience and to learn how to collect information from respective clients. The ideal arrangement is to have some real clients willing to spend time to provide their ideas of a target system through interviews. However, this arrangement cannot be scaled up as it demands too much resource. Starting from 2008, we have used Second Life (SL) to create a virtual company, named SVG Corporation, which has multiple departments so as to simulate the real-world business environment. The development of this fictitious company not only provides a new experience in requirement collection to students, but also lowers the working effort of our colleagues in acting as external business clients. Students can practice their communication and fact finding skills during visits in the departments and interviews with the virtual “staff”. The company has been used to support 2 subjects, Human Computer Interface and Foundations of Database Systems. The presence of SL acts as an online platform for students to access and acquire user requirements from staff (AI robots) of a virtual company, through a series of interviews, for system development. The roles of SL are twofold: to reduce the operational overheads in the project administration and to allow students to gain more hands-on experiences through working on a simulated real-life business cases. Hence, student could learn how to apply their knowledge and understand the softwaredevelopmentprocess in the real business world. In this paper, we would like to report our experience and results of using SL in the software engineering student projects. Furthermore, the problems and the difficulties encountered during project period will be discussed for future enhancement.
Active user involvement and also involvement from a technical user representative in the business, creates an environment that fosters close collaboration and cooperation to make a business case for agile projects. Due to their agile (i.e. unpredictable) nature, it is recommended that the principles of incremental model can help to surface issues in early iterations of the software. As it is practically impossible to plan every detail of the product to be developed up front, frequent delivery of iterations and continuous testing can help to get an initial solution out and get real customer feedback to inform the priorities for further development.
Grid-Tools’ Agile Designer™ is a logic design tool that speeds the delivery of high quality software applications. Agile Designer is specifically designed for testing and project teams to storyboard a requirements process flow chart, and helps individuals to manage their logical thinking, whilst removing the ambiguities that arise from written specification documents. All IT project teams – both internal and outsourced – can quickly understand specifications from the outset, reducing critical delays in testing cycles often caused by miscommunication and ambiguous requirements.
Abstract: Research from developed and highly industrialized nations of the world have proved that lack of reliable and accurate data and information has been the bane of Africa’s, Nigeria in particular, socio-economic and political development. Ideally geographic data or information like population figures is usually a statistical index for wealth distribution, proper economic management and governance which translates into a holistic development. Nigeria in this vane or regard, from time immemorial have not presented any population figure that is not a product of a headcount process or census. The census process had been and is still dependent on, even in this digital age or economy, one hundred percent manual methods. Furthermore their methods of data collection during the census exercises is still based on observations, interviews, JAD Sessions, questionnaires and document analysis. These requirements (data) elicitation techniques have their little strengths and major weaknesses especially in a developing country like Nigeria. Hence total reliance on them is not advisable. Real-time population data will now be generated using Verhulst techniques in this process. Temperature which regulates weather conditions are also very important geographic components. Adequate and reliable weather statistics have to be generated through forecasts using wave models. The work aim is to provide a blueprint for the softwaredevelopmentprocess, using some methods that are embedded in a typical system development life circle (SDLC)- The outcome is Management Information System (MIS) called NGIS (a type of Decision Support System). NGIS means Nigerian Geographic Information System. It will impact positively on Nigeria’s socio-political and economic developments.
The Preparatory Phase consists of two alternative phases. Their choice depends on whether one writes new code or changes an existing one. The changes may con- cern changes requested by external customers or changes to be conducted due to discovered defects in any of the testing process phases. The activities for these two phases are almost the same. One makes a new low-level design or checks whether or how to make changes to the existing one. One plans for the next testing iteration, that is, one creates/modifies test cases, specifies/checks in- puts and expected outputs, and creates stubs and drivers, if necessary. The only difference is that one revises re- gression test case base in cases when the code is changed.
of the department’s chief software engineer. Instead of being praised for his accomplishments (as he expected), he was warned by the company’s chief software engineer that he would be fired unless he began to fully comply with the team’s coding and documentation instructions.