Requirements Validation
需求确认 |
| Requirements Validation |
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| Requirements Validation and Verification |
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| A Systems Engineering Approach to Requirements Validation |
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| Requirements Validation Through Viewpoints Resolution |
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| A Case For Requirements Validation |
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| Checklists: System-Level Requirements Validation |
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| Applying Use Cases for the Requirements Validation of Component-Based Real-Time Software |
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| Fault Detectability Analysis For Requirements Validation of Fault Tolerant Systems |
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| Cognitive Walkthrough |
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| Collaborative Inspections |
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| Heuristic Evaluation |
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| Inspections |
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| Pluralistic Walkthrough |
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| Requirements Validation by Lifting Retrenchments in B |
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| External Requirements Validation For Component-Based Systems |
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| Define Validation Checklists |
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| Requirements Validation Document |
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| Requirements Validation via Automated Natural Language Parsing |
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| Exploring Goals for Requirements Validation |
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| Requirements Validation With Enactable Models of State-Based Uses Cases |
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| FREP Information Management System Requirements Validation |
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| Applying Petri Nets To Requirements Validation |
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| Requirements Development, Verification, and Validation Exhibited In Famous Failures |
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| RequirementsValidation with Value Invariants and Model Animation |
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| Visual Requirements Validation: Case Study in a CORBA-Supported Environment |
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| A Case Study in the Use of Theory Revision in Requirements Validation |
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| System and Software Requirements Validation Through Inspections: Constructive Reading and Mining Requirements From Natural Language Requirements Documents |
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| Expanding Capabilities of Legacy Systems through Requirements Validation: Transitioning from Requirements Driven to ROI Driven Solutions |
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| Virtual Environment Modeling For Requirements Validation of Highconsequence Systems |
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| Applying Use Cases For The Requirements Validation Of Component-Based Real-Time Software |
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| Round-Trip Prototyping For The Validation of Requirements Specifications |
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| Visual Requirements Validation: Case Study in a CORBA-Supported Environment |
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| Requirements Validation Through Scenario Generation |
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| Digital Mockup & Validation |
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| Quality Assessment, Verification, and Validation of Modeling and Simulation Applications |
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| Requirements Validation Criteria |
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| Golf Ball Tracking and Locator System: System Requirements Validation |
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| Software Requirements Validation and Consistency Verification: a Relational Approach |
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| Requirements Validation an Traceability |
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| Software Requirements (Validation) |
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| Requirements Review |
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| The Software Requirements Review (SR/R) |
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| Exploring Requirements (Book 1989) |
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| Perform Requirements Review |
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| Requirements Review Checklist |
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| Example Requirements Review Checklist |
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| System Requirements Review (SRR) |
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| Peer Requirements Review |
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| Guide For Review of ESG Other Federal Requirements |
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| Stakeholders’ Requirements Review |
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| A Study on the Requirements Review Process in Software Development: Problems and Solutions |
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| Client Requirements Review |
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| Perform System Requirements Review |
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| Initial System Requirements Review Checklist |
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| The Software Inspection Process |
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| Requirements Completeness |
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| Requirements Completeness: A Deterministic Approach |
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| Completeness and Consistency Analysis of State-Based Requirements |
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| Completeness and Consistency in Hierarchical State-Based Requirements |
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| Requirements Completeness, Enterprise Goals and Scenarios |
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| On The Interplay Between Consistency, Completeness, and Correctness In Requirements Evolution |
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| A Case Study: Validation of Guidance Control Software Requirements for Completeness, Consistency and Fault Tolerance |
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| The Three Cs of Requirements: Consistency, Completeness, and Correctness |
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| Ambiguity Is A Major Problem in Requirements Specification |
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| Detecting Ambiguities In Requirements Documents Using Inspections |
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| The Ambiguity Review Process |
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| Eliminating Functional Defects Through Model-Based Testing |
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| QuARS: A Tool For Analyzing Requirements |
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| Inspecting Requirements |
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| Requirements Key Resources: Requirements Checklist, Non-Functional Requirements Checklist, Software Requirements Specification (SRS) Checklist |
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| Software Requirements Specification Checklist |
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| Constraints and Requirements In Model Validation Illustrated Through … |
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| Model Validation |
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| Model Verification and Validation |
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| RequirementsValidation with Value Invariants and Model Animation |
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| Reuse Of A Formal Model For Requirements Validation |
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| Use Cases based Requirements Validation with Scenarios |
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| Requirements Validation based on the Visualization of Executable Formal Specifications |
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| Software Requirements Validation Via Task Analysis |
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| Visual Scenarios for Validation of Requirements Specification |
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| Fluent-Based Animation: Exploiting The Relation Between Goals and Scenarios For Requirements Validation |
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| Requirements Elicitation and Validation with Real World Scenes |
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| Cooperative Requirements Engineering with Scenarios (CREWS) |
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| The Use Of Scenarios In Developing, Validating, and Specifying Requirements For Interactive Systems: A Case Study From A NASA Project |
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| Use of Scenarios for Validation of Conceptual Specification |
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| Animation of Requirements Specification |
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| Requirements Analysis and Prototyping Using Scenarios and Statecharts |
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| Scenario-Based Techniques for Supporting the Elaboration and the Validation of Formal Requirements |
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| Simulation-Based Validation and Defect Localization For Evolving, Semi-Formal Requirements Models |
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| Automatic Model Driven Animation of SCR Specifications |
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| Validating Object-Oriented Specifications Through Animation |
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| On The Application of Visualization To Requirements Engineering |
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| A Reuse-Oriented Approach For The Construction Of Scenario-Based Methods |
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| User Requirements Notation |
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| Scenario Integration Into Requirements Engineering Methods |
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| Formal Requirements Models: Simulation, Validation and Verification |
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| Verification and Validation Plan |
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| Perform Requirements Verification and Validation |
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| Requirements Verification and Management |
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