Which model is a good choice when oMost requirements of the system are are complete, clearly defined, and well understood, but some functionality and requested enhancements are anticipated as development progresses oThere is a fixed timeline for delivery of the software oThere are some high-risk features that have their requirements change over time iterative and incremental Waterfall Spiral V model

Which model is a good choice when oMost requirements of the system are are complete, clearly defined, and well understood, but some functionality and requested enhancements are anticipated as development progresses oThere is a fixed timeline for delivery of the software oThere are some high-risk features that have their requirements change over time iterative and incremental Waterfall Spiral V model

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

subject: Software Process and Management
The tried-and-true standard Software Development Life Cycle (SDLC) has shown to be the optimum solution for many system development projects. Hence the label of "traditional." But there are certain downsides to going this route. Can you describe the merits and flaws of the SDLC approach?
Submit suggestions for additional software development process steps (beyond prototype and incremental delivery) that might help with change prediction and make the software being produced more resilient to change in complex systems.
The purpose of a WBS should be explained to the audience (WBS). When managing a typical software project, how important is it to stick to the SDLC you select?
This exam evaluates your software development life cycle expertise.Five SDLC models exist.Explain the SDLC models in paragraph form below based on your expertise.Waterfall, Spiral, or V-Model—which is best for your project?
Which rules should effect exposed and traceable project components if a software industry uses diverse techniques to develop test cases?Which component helps software teams detect errors? How do you integrate a component-based system? How much must a point be adjusted? Why must you use this model? Any better ideas?
1. Requirements specification: as with the previous two models, the process begins with defining what the product is required to do. 2. Component analysis: in this step, research is done to identify existing components that could be used to achieve the above requirements. Oftentimes the match is not exact, but the component should at least provide partial functionality. HHyperion Dev 3. Requirements modification: here, the requirements themselves are adjusted to fit with the available components. If nothing can be modified, the process reverts back to step 2. 4. System design with reuse: in this step, a system design framework is created, or an existing one is adapted, to cater to the components found in step 2. New software can also be designed in this step if there are no existing components that would be appropriate to use. 5. Development and integration: the new software is created and the components found are integrated into the new system. 6. System validation: finally, the…
Examine the system's development process to determine which methods and tools will be used most often.
What are the advantages of inspections over testing? Select one: a. Inspections can be done by developer or subject matter expert b. Inspections can be done as early as during requirements gathering c. Inspections is the most appropriate to test the non-functional requirements d. Incomplete versions of a system can be inspected.
A key team member should be named in system development. Is it feasible for the engineers and other designers on your team to implement your ideas with the aid of sufficient documentation?
For many system development projects, the tried-and-true standard Software Development Life Cycle (SDLC) has shown to be the best option. That's why people call it "traditional." Yet, there are a few drawbacks to considering this path. Can you explain the benefits and drawbacks of the SDLC methodology?
Would you used prototyping for every aspect of a system and why ? Explain why you would use prototyping in either a waterfall or incremental development ?