What is good user requirement practice?
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Good user requirement practice involves capturing essential information in a user requirements specification, including user needs, quality requirements, constraints, context of use, goals, tasks, design guidelines, and design recommendations . It is crucial to identify user needs by focusing on goals, needs, and desires, especially in projects with geographically distributed stakeholders . Requirements should be necessary, verifiable, attainable, unambiguous, complete, consistent, traceable, concise, and implementation-free, with a documented rationale to reduce unnecessary requirements . Implementing a user-centered design method in software engineering can effectively develop software based on UCD results and usability requirements, as outlined in the ISO 13407 model . Agile methods emphasize the human factor in capturing user needs, translating user stories into software development while addressing the ambiguity of natural language through structured dialogues and potential semantic tools .
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| Papers (5) | Insight |
|---|---|
5 Citations | Good user requirement practice involves capturing user needs effectively in agile software development by utilizing human-centric approaches, such as translating user stories nonlinearly while considering the limitations of natural language ambiguity. |
01 Jan 2020 | A good user requirement practice involves integrating user-centered design into software engineering, tracking and testing design results, and scheduling UCD activities alongside other development tasks. |
| Good user requirement practice involves ensuring requirements are necessary, verifiable, attainable, unambiguous, complete, consistent, traceable, concise, implementation-free, and have a unique identifier, prioritizing them, and distinguishing between stated and real requirements. | |
| Good user requirement practice includes specifying recognition, selection, input needs, and quality criteria like effectiveness, efficiency, satisfaction, accessibility, user experience, and safety, along with constraints, context, goals, tasks, and design guidelines. | |
Open access 01 Jan 2014 | Good user requirement practice involves intense engagement with user goals, needs, and desires, iterative prototyping, and human-centered design to identify and satisfy user needs effectively in multi-user systems. |
Related Questions
Why requirements are important?5 answersRequirements are crucial in various aspects of software engineering and project management. They serve as the foundation for successful project development, influencing productivity, quality, and risk management. Meeting requirements leads to customer satisfaction, which in turn drives loyalty, profitability, and return on investment. Unclear or undefined requirements often lead to project failures. Understanding the importance of requirements is essential as they guide the entire software development process, ensuring the right software is developed and helping teams meet constraints of cost, time, and resources. Customer satisfaction is directly related to the fulfillment of requirements, emphasizing the need to prioritize user or customer satisfaction throughout the software development lifecycle.
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What is user requirement?4 answersUser requirements refer to the specific information and criteria that should be included in a user requirements specification. These requirements can be divided into two types: (a) requirements related to the user's ability to recognize, select, input, or receive physical entities and information, and (b) use-related quality requirements that define criteria for outcomes such as effectiveness, efficiency, satisfaction, accessibility, user experience, and avoidance of harm from use. A user requirements specification should also contain information about constraints, the context of use, goals and tasks to be supported, design guidelines, and any recommendations for design solutions emerging from the user requirements. User requirements are crucial for gathering the needs and expectations of end users during the development phase of innovative systems, ensuring that the system is customized and adapted to meet their needs.
What are the best techniques for software requirements?4 answersThe best techniques for software requirements include classification using supervised machine learning algorithms such as Naïve Bayes, Support Vector Machine, Logistics Regression, Multi-layer Perceptron Neural Network, and FastText. Additionally, interview, prototyping, and Joint Application Development (JAD) are commonly used elicitation techniques in software projects, while group discussions, interviews, and parallel discussions are more suitable for large-scale projects involving multiple stakeholders. For software risk prediction, techniques such as K-Nearest Neighbour, Average One Dependency Estimator, Naive Bayes, Composite Hypercube on Iterated Random Projection, Decision Table, Decision Table/Naive Bayes Hybrid Classifier, Credal Decision Trees, Cost-Sensitive Decision Forest, J48 Decision Tree, and Random Forest have been compared, with Credal Decision Trees performing the best in terms of reducing error rates. Artificial Intelligence techniques like Genetic Algorithm, Artificial Neural Network, and K-Nearest Neighbor have shown positive results in requirement prioritization, while Convolution Neural Network and Case-based reasoning are used for requirement classification and analysis.
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