With an understanding of the existing requirements review process, expected software design models, the software solution design, expected software specifications, and the requirements for the new software design project selected, you must now address the validation and verification of the design being proposed. Provide a description of the organization, schedule, resources, responsibilities, tools, techniques, and methodologies to be deployed to perform the verification and validation activities of your design. This should be the last section of your overall project. System design summary description to reveal the intended software design Sequence diagrams to transition from the use cases and requirements to system object interactions captured in sequences needed for refinement Update a requirements traceability matrix that depicts how requirements are satisfied during the design phase of the software development life cycle V&V Plan Design summary Please refer to project atached with the intial idea was to implement a client/server software design for this bank APA references and intext citations Purchase the answer to view it

The validation and verification (V&V) activities of the proposed software design project will be carried out using a well-defined plan that ensures the design meets the intended requirements. The organization, schedule, resources, responsibilities, tools, techniques, and methodologies employed in the V&V process are crucial for ensuring the overall success of the project.

The organization responsible for the V&V activities will consist of a dedicated team of software engineers and quality assurance professionals. These individuals will be responsible for carrying out the necessary tests, inspections, and analyses to ensure the design meets the required specifications. The team will be led by a project manager who will oversee the entire V&V process and ensure its adherence to the project schedule.

The schedule for the V&V activities will be defined based on the overall project timeline. The V&V tasks will be integrated into the larger software development life cycle, ensuring that testing and verification activities are performed at the appropriate stages. For example, initial design verification may take place before implementation, while functional verification may be conducted after the system is implemented.

To support the V&V activities, the team will have access to specific resources such as test environments, test data, and simulation tools. These resources will be utilized to conduct various types of tests, including unit testing, integration testing, system testing, and acceptance testing. In addition, automated testing tools may be employed to streamline the testing process and increase efficiency.

The responsibilities of the team members will be clearly defined to ensure efficient coordination and execution of the V&V activities. Each team member will be assigned specific tasks and deliverables, such as test case development, test execution, defect tracking, and documentation. Regular meetings will be held to monitor progress, address any issues, and make necessary updates to the V&V plan.

Various tools and techniques will be used to perform the V&V activities. These may include code review tools, static analysis tools, test management tools, and debugging tools. The team will also utilize techniques such as code inspections, walkthroughs, and peer reviews to identify and resolve potential issues in the design.

The V&V methodologies employed will be based on industry best practices and standards. This may include the use of formal verification techniques, such as model checking or theorem proving, to ensure correctness and completeness of the design. The team will also follow an iterative approach, where each iteration involves testing and verification of a portion of the design, ensuring that any issues are addressed before proceeding to the next iteration.

In summary, the V&V activities of the proposed software design project will be conducted by a dedicated team using a well-defined plan. The organization, schedule, resources, responsibilities, tools, techniques, and methodologies involved will be carefully chosen to ensure the design meets the intended requirements.