What are the characteristics of Rapid application development?
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Rapid Application Development (RAD) is characterized by several key features that distinguish it from traditional software development methodologies. Firstly, RAD emphasizes the importance of a quick and efficient development process, aiming to provide faster development and better quality outcomes through the use of tools like UML for designing, visualizing, and documenting software. It is a system development methodology that employs joint application design, prototyping, computer-aided software engineering (CASE) technology, application generators, and similar tools to expedite the design process, focusing on tools, people, methodology, and management to promote fast, efficient, and accurate program or system development and delivery. RAD is known for its flexibility, allowing for seamless and rapid development of new applications to meet the growing needs of various industries. This flexibility is achieved through iterative development procedures without specific designs, relying on the reuse and simultaneous development of components to speed up delivery. The methodology supports the involvement of users in the design process, which is crucial for aligning the final product with user requirements and expectations. Moreover, RAD can be applied in diverse fields, from e-learning applications and government asset management to health diagnosis systems and game development, demonstrating its versatility. The approach also includes a developer-specific rapid development environment, which provides a personal application stack for software developers, facilitating the deployment and testing of applications. Additionally, RAD leverages components from previously developed applications within the same industry to generate an application manifest for new target applications, enhancing efficiency and relevance. In summary, the characteristics of RAD include its focus on speed and efficiency, flexibility, user involvement, versatility across various fields, and the use of advanced tools and methodologies to streamline the development process.
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| Papers (10) | Insight |
|---|---|
Patent 28 Dec 2017 1 Citations | Characteristics of Rapid Application Development include generating an application manifest based on components from previous applications in the same industry, facilitating quick development of new target applications. |
08 Oct 2022 | Rapid Application Development (RAD) focuses on quick software development, user feedback incorporation, feature additions, and high user satisfaction, as demonstrated in the development of "A Lone Burglar" stealth game. |
| Characteristics of Rapid application development include personal application stack instances replicating production environments, software containers on developers' hosts, and personalized workflows automating development steps. | |
| Characteristics of Rapid Application Development (RAD) include quick development cycles, user involvement, prototyping, iterative development, and continuous feedback for efficient and rapid software development. | |
| Characteristics of Rapid Application Development (RAD) include iterative model, rapid system development, effective for small teams, optimal with limited time and budget, and efficient in system development process. | |
| Characteristics of Rapid Application Development (RAD) include joint application design, prototyping, CASE technology, application generators, expedited design process, improved communication, user cooperation, and iterative system design phases. | |
30 Jul 2022 | Characteristics of Rapid Application Development (RAD) include shortening planning, designing, and implementation time compared to traditional methods, involving users in system design, and utilizing object-oriented approach. |
| Characteristics of Rapid Application Development (RAD) include iterative development, native procedures, lack of specific designs, component reusability, and accelerated delivery through simultaneous component development. | |
| Characteristics of Rapid Application Development (RAD) include faster development, better quality results, and adherence to predetermined schedules and costs. Utilizes UML for designing and documenting software efficiently. | |
| Rapid Application Development (RAD) features include quick system design, high-quality results, and user-centric testing, as demonstrated in developing a Constituent Information System in East Lombok Regency DPRD. |
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