This document outlines the business requirements for a new application. It includes sections for project overview, assumptions and scope, current process workflows, a business requirements matrix listing over 50 numbered requirements across various categories, acceptance criteria, and an issues log. The requirements matrix establishes priorities for the requirements and provides descriptions and comments. The document also identifies business owners, signatories, and a revision history.
This document is a functional specification for a project with the purpose of describing the functions and scope. It includes sections for an introduction, scope overview, and a list of functions. The introduction defines the purpose and references other documents. The scope overview describes the project and lists any constraints or assumptions. The list of functions section defines each function with a description, process flow, and field details.
This document outlines the functional and technical requirements for a project. It includes sections on the current system, required functions, impacts, performance needs, data requirements, additional system specifications, and security. Management must review and certify acceptance of the requirements. Stakeholders are identified for coordination. The functional requirements define what the system must do at a high level, while the technical requirements specify how it will be implemented and perform.
The document discusses software requirements analysis and engineering. It describes the requirement engineering process, which includes feasibility study, requirement gathering, software requirement specification, and validation. It discusses analyzing requirements, modeling them, and documenting them in a specification. The analysis process aims to understand customer needs and translate them into a requirements specification. Various analysis techniques are covered like use case diagrams, classes, behaviors, and flows.
This document provides an overview of business requirements for collecting required Patriot Act consumer information across multiple online applications and systems. It includes sections on the document purpose, project background, assumptions, actors involved, end user profiles, and business process flows with requirements for collecting physical address information from customers in the online Marcom application. The goal is to streamline the collection of this information across different touchpoints in compliance with regulations.
This document outlines the business requirements for a project including non-functional requirements. It provides details on the purpose, audience, assumptions and associated documents. The business requirements section lists over 20 specific requirements categorized by ID and priority. Non-functional requirements cover areas such as data center needs, business continuity, and compliance. Attachments and references are included, and the document requires approval from those who authored, reviewed, and approved the requirements.
1. The document describes a request for a functional specification (spec) for a new sales tax report. The spec would include business requirements, data needs, and processing logic to guide development.
2. A functional spec provides details on user inputs, outputs, and how the application should work. It streamlines development by informing programmers of the user experience design.
3. This spec example outlines sections for a report definition, functional requirements, processing logic, and output format. It describes needed fields, tables, and the report flow to retrieve the required data.
The document discusses requirements analysis for software engineering projects. It describes requirements analysis as bridging system requirements and software design by providing models of system information, functions, and behavior. The objectives of analysis are identified as identifying customer needs, evaluating feasibility, allocating functions, and establishing schedules and constraints. Common analysis techniques discussed include interviews, use cases, prototyping, and specification documentation.
Obstacle Driven Development is the latest engineering process and combines Test Driven Development with safety critical V-model development.
This updated presentation demonstrates how ODD extends and combines requirements analysis with Test Driven Development and V-models.
Please see the series for further details.
This document is a functional specification for a project with the purpose of describing the functions and scope. It includes sections for an introduction, scope overview, and a list of functions. The introduction defines the purpose and references other documents. The scope overview describes the project and lists any constraints or assumptions. The list of functions section defines each function with a description, process flow, and field details.
This document outlines the functional and technical requirements for a project. It includes sections on the current system, required functions, impacts, performance needs, data requirements, additional system specifications, and security. Management must review and certify acceptance of the requirements. Stakeholders are identified for coordination. The functional requirements define what the system must do at a high level, while the technical requirements specify how it will be implemented and perform.
The document discusses software requirements analysis and engineering. It describes the requirement engineering process, which includes feasibility study, requirement gathering, software requirement specification, and validation. It discusses analyzing requirements, modeling them, and documenting them in a specification. The analysis process aims to understand customer needs and translate them into a requirements specification. Various analysis techniques are covered like use case diagrams, classes, behaviors, and flows.
This document provides an overview of business requirements for collecting required Patriot Act consumer information across multiple online applications and systems. It includes sections on the document purpose, project background, assumptions, actors involved, end user profiles, and business process flows with requirements for collecting physical address information from customers in the online Marcom application. The goal is to streamline the collection of this information across different touchpoints in compliance with regulations.
This document outlines the business requirements for a project including non-functional requirements. It provides details on the purpose, audience, assumptions and associated documents. The business requirements section lists over 20 specific requirements categorized by ID and priority. Non-functional requirements cover areas such as data center needs, business continuity, and compliance. Attachments and references are included, and the document requires approval from those who authored, reviewed, and approved the requirements.
1. The document describes a request for a functional specification (spec) for a new sales tax report. The spec would include business requirements, data needs, and processing logic to guide development.
2. A functional spec provides details on user inputs, outputs, and how the application should work. It streamlines development by informing programmers of the user experience design.
3. This spec example outlines sections for a report definition, functional requirements, processing logic, and output format. It describes needed fields, tables, and the report flow to retrieve the required data.
The document discusses requirements analysis for software engineering projects. It describes requirements analysis as bridging system requirements and software design by providing models of system information, functions, and behavior. The objectives of analysis are identified as identifying customer needs, evaluating feasibility, allocating functions, and establishing schedules and constraints. Common analysis techniques discussed include interviews, use cases, prototyping, and specification documentation.
Obstacle Driven Development is the latest engineering process and combines Test Driven Development with safety critical V-model development.
This updated presentation demonstrates how ODD extends and combines requirements analysis with Test Driven Development and V-models.
Please see the series for further details.
This document provides a template for documenting a business process design for an SAP implementation project. It includes sections for describing the business process, diagrams, process steps, locations, policies, integration points, future improvements, and the functional solution. Instructions are provided in blue text to guide users on completing the template, such as addressing localized processes, business change requests, and following a naming convention. The document also includes sections for identification details, revision history, and review/approval.
The document discusses using operational and functional analysis techniques from systems engineering to effectively capture requirements prior to project bidding. It begins with an introduction on the importance of fully capturing requirements upfront.
It then provides an overview of the requirements capture process using these techniques, which involves analyzing operational scenarios, stakeholders, and functional requirements. A case study on developing a mission computer for an aircraft is presented to illustrate applying these techniques. Key activities in operational analysis like identifying scenarios, stakeholders, and requirements flow are described.
The document discusses software requirement specifications (SRS), including what an SRS is, when it is useful, and an outline for an SRS template. Some key points:
- An SRS formally defines the requirements for software that is to be developed. It serves as a contract between developers and customers.
- The SRS describes functional and non-functional requirements, interfaces, design constraints, and other aspects of the software without specifying solutions.
- A good SRS template includes sections for introduction, overall description, specific requirements, and appendices. It provides a standardized way to document requirements.
Requirements Hierarchy - A Journey through the Requirements LifecycleMarie Halsey
How do you get from “We need something different” to detailed requirements? What do requirements look like as they evolve through the phases of the requirements lifecycle? What are the deliverables in each phase?
This presentation discusses three phases of requirements definition – Scope, High Level Requirements and Detailed Requirements.
The components of the deliverables in each phase are described, examples of the evolution of requirements through the lifecycle phases are presented, and guidelines for each deliverable are provided.
Learning Objectives:
• Understand the components of the three levels of requirements – Scope, High Level Requirements and Detailed Requirements.
• Understand the evolution of requirements through each level.
• Guidelines for each level of requirement
This document discusses the requirement analysis and software development methodology selection for developing a ticketing system called the Snow City System. It analyzes the requirements of the system, which include scanning tickets, calculating charges based on time spent, notifying customers of charges, and generating reports. It evaluates various software development methodologies and determines that the fourth generation techniques methodology is most appropriate due to its features around non-procedural languages, report generation, data manipulation, and screen interaction that map well to the system requirements. The document also discusses various dependability measurement attributes that are relevant for the system, including reliability, efficiency, integrity, maintainability, and availability.
The document discusses systems analysis and design and the software development life cycle (SDLC). It defines key terms like system, analysis, and design. It then describes the various phases of the SDLC in detail, including definition, development, and maintenance phases. It also discusses different SDLC methodologies like waterfall, spiral, incremental, and agile models. Finally, it explains the V-model for testing in the SDLC and mapping testing phases to development phases.
This document discusses requirement specification and the software requirement specification (SRS) document. It covers the purpose and content of an SRS, including describing the system functionality, interfaces, performance, and attributes. It also discusses organizing requirements and avoiding common mistakes like ambiguity. An SRS is intended to communicate requirements to stakeholders and serve as a contract between clients and developers. It should describe what the system needs to do without including design or implementation details.
The document outlines an approach called the GAME Plan workshop for capturing requirements for software projects. It discusses using a top-down approach to first define the business goals and then identify the necessary solution attributes. The methodology involves prioritizing requirements, developing use cases and flowcharts, and examining the business environment and external dependencies. The workshop consists of multiple sessions to develop artifacts like an attribute matrix, use case models, and architecture diagrams to fully specify the requirements.
Requirements management is the process of documenting, analyzing, tracing, prioritizing and agreeing on requirements and then controlling change and communicating to relevant stakeholders. It is a continuous process throughout a project. A requirement is a capability to which a project outcome (product or service) should conform.
The document discusses requirements analysis and specification. It provides an overview of the challenges in requirements specification for large scale systems. The key tasks in requirements are understanding user needs and precisely specifying what the future system will do. Various techniques for requirements analysis are described, including data flow diagrams and object oriented analysis. The importance of producing a software requirements specification document is discussed, including the need for the document to be correct, complete, unambiguous, consistent and verifiable. The typical components of a requirements specification document are also outlined.
The document discusses requirements gathering and analysis. It describes how requirements elicitation is difficult due to problems of scope, understanding, and volatility. It emphasizes the importance of requirement gathering and states that requirement analysis may be error-prone. Various techniques for requirements elicitation and analysis are discussed, including interviews, prototypes, quality function deployment, and system modeling. The goals of requirements specification and characteristics of a good SRS are also outlined.
The document contains sections on software engineering topics related to object-oriented analysis and design. It covers requirements analysis, use case modeling, domain modeling, system sequence diagrams, and operation contracts. Some key points include:
- Requirements are categorized using the FURPS+ model and artifacts include use cases, supplementary specifications, and a glossary.
- A use case describes interactions between an actor and the system to support a goal through scenarios. Common formats are brief, fully dressed, and structured text.
- A domain model shows concepts and relationships in the problem domain through objects and associations. System sequence diagrams illustrate scenarios through message flows.
- Operation contracts specify preconditions, postconditions, and references for
Its requirements worksheet for scoping and sizing v2.0Aditya Pandey
This document is a requirements worksheet for an ITS (Information Technology Services) project at UNCG. It collects information about the business need, users, technical requirements, service and support needs, and application requirements for a new or upgraded system. Key details include that it impacts the entire university, has multiple stakeholders, and requires information on things like data security, network needs, support roles, and application architecture. The document is used to scope the project and size resource needs.
This document provides an overview of requirements analysis techniques used by systems analysts to gather requirements for new systems. It describes interviews, joint application design (JAD) sessions, and questionnaires as the primary techniques. For interviews, it outlines best practices for selecting interviewees, designing questions, preparing for and conducting interviews, and following up. For JAD sessions, it explains how project teams, users, and management work together facilitated by a moderator. Questionnaires are also covered, focusing on designing clear, unbiased questions. The goal of requirements analysis is to understand user needs and develop detailed specifications to address them.
The document discusses software requirements analysis. It explains that gathering requirements accurately is important to estimate costs and ensure project success. There are different types of requirements like functional, non-functional, technical etc. Requirements should be clear, complete, verifiable and traceable. The requirements analysis process involves gathering, analyzing, documenting and validating requirements. Various techniques are used for gathering requirements like interviews, surveys, task analysis etc. Issues like unclear stakeholder needs, poor communication and starting development before requirements are clear can impact requirements analysis.
CRM involves using technology to manage interactions with customers through sales, marketing, customer service and support. CRM solutions offer various features depending on organizational needs, and are priced per user or flat rate. They provide features like relationship management, sales force automation, use of technology, and opportunity management. ERP is business management software that integrates processes like production, sales, inventory and payment. It centralizes data to provide a comprehensive enterprise view and real-time information to management. ETL extracts, transforms and loads data from sources into a target database or warehouse, cleaning and applying rules to validate, transform and publish the data.
The document provides a scope of work for implementing a procurement system at CLIENT'S NAME. It outlines tasks such as business process analysis, functional configuration, training users, and post-implementation support. The tasks will be performed by p9Group and are designed to analyze processes, configure the system, integrate it, train users, test functionality, and provide documentation and support.
The document discusses several topics related to software development methodologies:
- Joint Application Development (JAD) is a methodology that involves end users in designing and developing applications through collaborative workshops.
- Rapid Application Development (RAD) is an iterative process that segments software delivery into pieces to provide functionality faster compared to a single large implementation.
- The Systems Development Life Cycle (SDLC) describes the stages of an information system project from initial feasibility study through maintenance. It discusses different SDLC methodologies like waterfall, RAD, and spiral models.
- Use cases model interactions between actors and a system, representing the system's capabilities and how it may be used. Activity and sequence diagrams also help describe workflows and object
The document discusses the requirement analysis process which involves 5 steps: gathering requirements, developing service metrics, characterizing behavior, developing requirements, and mapping requirements. It describes gathering requirements from users, determining initial network conditions, developing metrics like capacity and availability, modeling user and application behavior, and mapping location information. Requirements are tracked and managed in documents or databases and updated periodically.
This document provides a template for an architecture document that includes:
1. An introduction section describing the purpose, scope, definitions, and references.
2. A business architecture section describing the business context, processes, events, and impacts.
3. A functional architecture section describing the functional composition, most significant functions/use cases, and functional communication/interactions.
4. Additional sections for application architecture, software architecture requirements, technical architecture, deployment architecture, development strategy, data migration strategy, deployment strategy, configuration and version management strategy, security and conformance constraints, risks, and appendices.
This document provides a template for documenting a business process design for an SAP implementation project. It includes sections for describing the business process, diagrams, process steps, locations, policies, integration points, future improvements, and the functional solution. Instructions are provided in blue text to guide users on completing the template, such as addressing localized processes, business change requests, and following a naming convention. The document also includes sections for identification details, revision history, and review/approval.
The document discusses using operational and functional analysis techniques from systems engineering to effectively capture requirements prior to project bidding. It begins with an introduction on the importance of fully capturing requirements upfront.
It then provides an overview of the requirements capture process using these techniques, which involves analyzing operational scenarios, stakeholders, and functional requirements. A case study on developing a mission computer for an aircraft is presented to illustrate applying these techniques. Key activities in operational analysis like identifying scenarios, stakeholders, and requirements flow are described.
The document discusses software requirement specifications (SRS), including what an SRS is, when it is useful, and an outline for an SRS template. Some key points:
- An SRS formally defines the requirements for software that is to be developed. It serves as a contract between developers and customers.
- The SRS describes functional and non-functional requirements, interfaces, design constraints, and other aspects of the software without specifying solutions.
- A good SRS template includes sections for introduction, overall description, specific requirements, and appendices. It provides a standardized way to document requirements.
Requirements Hierarchy - A Journey through the Requirements LifecycleMarie Halsey
How do you get from “We need something different” to detailed requirements? What do requirements look like as they evolve through the phases of the requirements lifecycle? What are the deliverables in each phase?
This presentation discusses three phases of requirements definition – Scope, High Level Requirements and Detailed Requirements.
The components of the deliverables in each phase are described, examples of the evolution of requirements through the lifecycle phases are presented, and guidelines for each deliverable are provided.
Learning Objectives:
• Understand the components of the three levels of requirements – Scope, High Level Requirements and Detailed Requirements.
• Understand the evolution of requirements through each level.
• Guidelines for each level of requirement
This document discusses the requirement analysis and software development methodology selection for developing a ticketing system called the Snow City System. It analyzes the requirements of the system, which include scanning tickets, calculating charges based on time spent, notifying customers of charges, and generating reports. It evaluates various software development methodologies and determines that the fourth generation techniques methodology is most appropriate due to its features around non-procedural languages, report generation, data manipulation, and screen interaction that map well to the system requirements. The document also discusses various dependability measurement attributes that are relevant for the system, including reliability, efficiency, integrity, maintainability, and availability.
The document discusses systems analysis and design and the software development life cycle (SDLC). It defines key terms like system, analysis, and design. It then describes the various phases of the SDLC in detail, including definition, development, and maintenance phases. It also discusses different SDLC methodologies like waterfall, spiral, incremental, and agile models. Finally, it explains the V-model for testing in the SDLC and mapping testing phases to development phases.
This document discusses requirement specification and the software requirement specification (SRS) document. It covers the purpose and content of an SRS, including describing the system functionality, interfaces, performance, and attributes. It also discusses organizing requirements and avoiding common mistakes like ambiguity. An SRS is intended to communicate requirements to stakeholders and serve as a contract between clients and developers. It should describe what the system needs to do without including design or implementation details.
The document outlines an approach called the GAME Plan workshop for capturing requirements for software projects. It discusses using a top-down approach to first define the business goals and then identify the necessary solution attributes. The methodology involves prioritizing requirements, developing use cases and flowcharts, and examining the business environment and external dependencies. The workshop consists of multiple sessions to develop artifacts like an attribute matrix, use case models, and architecture diagrams to fully specify the requirements.
Requirements management is the process of documenting, analyzing, tracing, prioritizing and agreeing on requirements and then controlling change and communicating to relevant stakeholders. It is a continuous process throughout a project. A requirement is a capability to which a project outcome (product or service) should conform.
The document discusses requirements analysis and specification. It provides an overview of the challenges in requirements specification for large scale systems. The key tasks in requirements are understanding user needs and precisely specifying what the future system will do. Various techniques for requirements analysis are described, including data flow diagrams and object oriented analysis. The importance of producing a software requirements specification document is discussed, including the need for the document to be correct, complete, unambiguous, consistent and verifiable. The typical components of a requirements specification document are also outlined.
The document discusses requirements gathering and analysis. It describes how requirements elicitation is difficult due to problems of scope, understanding, and volatility. It emphasizes the importance of requirement gathering and states that requirement analysis may be error-prone. Various techniques for requirements elicitation and analysis are discussed, including interviews, prototypes, quality function deployment, and system modeling. The goals of requirements specification and characteristics of a good SRS are also outlined.
The document contains sections on software engineering topics related to object-oriented analysis and design. It covers requirements analysis, use case modeling, domain modeling, system sequence diagrams, and operation contracts. Some key points include:
- Requirements are categorized using the FURPS+ model and artifacts include use cases, supplementary specifications, and a glossary.
- A use case describes interactions between an actor and the system to support a goal through scenarios. Common formats are brief, fully dressed, and structured text.
- A domain model shows concepts and relationships in the problem domain through objects and associations. System sequence diagrams illustrate scenarios through message flows.
- Operation contracts specify preconditions, postconditions, and references for
Its requirements worksheet for scoping and sizing v2.0Aditya Pandey
This document is a requirements worksheet for an ITS (Information Technology Services) project at UNCG. It collects information about the business need, users, technical requirements, service and support needs, and application requirements for a new or upgraded system. Key details include that it impacts the entire university, has multiple stakeholders, and requires information on things like data security, network needs, support roles, and application architecture. The document is used to scope the project and size resource needs.
This document provides an overview of requirements analysis techniques used by systems analysts to gather requirements for new systems. It describes interviews, joint application design (JAD) sessions, and questionnaires as the primary techniques. For interviews, it outlines best practices for selecting interviewees, designing questions, preparing for and conducting interviews, and following up. For JAD sessions, it explains how project teams, users, and management work together facilitated by a moderator. Questionnaires are also covered, focusing on designing clear, unbiased questions. The goal of requirements analysis is to understand user needs and develop detailed specifications to address them.
The document discusses software requirements analysis. It explains that gathering requirements accurately is important to estimate costs and ensure project success. There are different types of requirements like functional, non-functional, technical etc. Requirements should be clear, complete, verifiable and traceable. The requirements analysis process involves gathering, analyzing, documenting and validating requirements. Various techniques are used for gathering requirements like interviews, surveys, task analysis etc. Issues like unclear stakeholder needs, poor communication and starting development before requirements are clear can impact requirements analysis.
CRM involves using technology to manage interactions with customers through sales, marketing, customer service and support. CRM solutions offer various features depending on organizational needs, and are priced per user or flat rate. They provide features like relationship management, sales force automation, use of technology, and opportunity management. ERP is business management software that integrates processes like production, sales, inventory and payment. It centralizes data to provide a comprehensive enterprise view and real-time information to management. ETL extracts, transforms and loads data from sources into a target database or warehouse, cleaning and applying rules to validate, transform and publish the data.
The document provides a scope of work for implementing a procurement system at CLIENT'S NAME. It outlines tasks such as business process analysis, functional configuration, training users, and post-implementation support. The tasks will be performed by p9Group and are designed to analyze processes, configure the system, integrate it, train users, test functionality, and provide documentation and support.
The document discusses several topics related to software development methodologies:
- Joint Application Development (JAD) is a methodology that involves end users in designing and developing applications through collaborative workshops.
- Rapid Application Development (RAD) is an iterative process that segments software delivery into pieces to provide functionality faster compared to a single large implementation.
- The Systems Development Life Cycle (SDLC) describes the stages of an information system project from initial feasibility study through maintenance. It discusses different SDLC methodologies like waterfall, RAD, and spiral models.
- Use cases model interactions between actors and a system, representing the system's capabilities and how it may be used. Activity and sequence diagrams also help describe workflows and object
The document discusses the requirement analysis process which involves 5 steps: gathering requirements, developing service metrics, characterizing behavior, developing requirements, and mapping requirements. It describes gathering requirements from users, determining initial network conditions, developing metrics like capacity and availability, modeling user and application behavior, and mapping location information. Requirements are tracked and managed in documents or databases and updated periodically.
This document provides a template for an architecture document that includes:
1. An introduction section describing the purpose, scope, definitions, and references.
2. A business architecture section describing the business context, processes, events, and impacts.
3. A functional architecture section describing the functional composition, most significant functions/use cases, and functional communication/interactions.
4. Additional sections for application architecture, software architecture requirements, technical architecture, deployment architecture, development strategy, data migration strategy, deployment strategy, configuration and version management strategy, security and conformance constraints, risks, and appendices.
This document provides a business requirements document (BRD) template for a project with the placeholder name [Insert Project Name]. The summary includes:
- The BRD contains sections for version control, table of contents, project details, overview, stakeholders, assumptions and constraints, use cases, business requirements, and appendices.
- The use cases section includes templates for documenting use case narratives with fields for ID, name, description, preconditions, postconditions, normal course, and more.
- The business requirements section contains a template for documenting functional, reporting, security, service level, and support requirements.
The document provides details for performing a system analysis for a software engineering project. It outlines the following steps:
1. Introduction including purpose, intended audience, project scope.
2. Overall description of the product including perspective, features, user classes, operating environment, and design/implementation constraints.
3. Functional requirements organized by user class/feature including descriptions, conditions, business rules.
4. External interface requirements including user interfaces, hardware interfaces, software interfaces, communications interfaces.
5. System features including reliability, security, performance, supportability, design constraints.
The document specifies requirements for a software engineering project and provides guidance on performing requirement analysis and developing a software requirements specification (SR
This document outlines the business requirements for enhancements to an unnamed system driven by an unnamed initiative. It includes sections on the purpose, contacts, requirements gathering process, business background, objectives, current and desired future processes, functional and non-functional requirements, assumptions and dependencies. The requirements focus on improving existing processes and include priorities, success criteria and technical details.
Gathering, Analyzing, and Documenting Software Requirements.pptxCall me xyz
Gathering, Analyzing, and Documenting Software Requirements discusses the requirements engineering process. It involves gathering requirements from stakeholders, analyzing them to understand the problem being solved, and documenting the requirements in a structured format. Effective requirements engineering is essential to develop software that meets stakeholder needs. It ensures the software solves the right problem by aligning with what customers want.
The document provides requirements for an EmployeePortal software system. It outlines current and proposed onboarding systems, lists key features like a new employee onboarding form and details verification. Use case diagrams, activity diagrams and data dictionaries are included to explain how users will interact with the system and define entity attributes. Non-functional requirements around performance, security, availability and issues are also documented.
This document provides a template for a Statement of Architecture Work for the Project XXXX client YYYY. It outlines the objectives, scope, roles and responsibilities, approach, work plan, risks and acceptance criteria for the architecture project. The architecture work will follow the TOGAF Architecture Development Method and Architecture Content Framework, documenting the business, information systems, and technology architecture. Key deliverables will include architecture documents and views addressing stakeholder concerns.
This document is a software requirements specification (SRS) for a project. It includes sections describing the purpose and scope of the project, the overall product functions and users, the operating environment, design constraints, and documentation. The document outlines the intended contents in each section at a high level without providing specific details about the project.
This document is a software requirements specification (SRS) for an unnamed project. It includes sections describing the purpose and scope of the project, the overall description including user classes and operating environment, external interface requirements, key system features and functional requirements, and other nonfunctional requirements. Appendices provide a glossary, any relevant analysis models, and a list of items yet to be determined. The SRS follows standard template headings and outlines the necessary high-level information about project requirements while many lower-level details remain unspecified pending further determination.
This document is a software requirements specification (SRS) for an unnamed project. It includes sections describing the purpose and scope of the project, the overall description including user classes and operating environment, external interface requirements, key system features and functional requirements, and other nonfunctional requirements. Appendices provide a glossary, any relevant analysis models, and a list of items yet to be determined. The SRS follows standard template headings and outlines the necessary high-level information about project requirements while many lower-level details remain unspecified.
Software Requirements Specification
for
<Project>
Version 1.0 approved
Prepared by <author>
<organization>
<date created>
Table of Contents
TOC \o "1-2" \t "TOCentry,1" Table of Contents
PAGEREF _Toc441230970 \h ii
Revision History
PAGEREF _Toc441230971 \h ii
1.
Introduction
PAGEREF _Toc441230972 \h 1
1.1
Purpose
PAGEREF _Toc441230973 \h 1
1.2
Document Conventions
PAGEREF _Toc441230974 \h 1
1.3
Intended Audience and Reading Suggestions
PAGEREF _Toc441230975 \h 1
1.4
Product Scope
PAGEREF _Toc441230976 \h 1
1.5
References
PAGEREF _Toc441230977 \h 1
2.
Overall Description
PAGEREF _Toc441230978 \h 2
2.1
Product Perspective
PAGEREF _Toc441230979 \h 2
2.2
Product Functions
PAGEREF _Toc441230980 \h 2
2.3
User Classes and Characteristics
PAGEREF _Toc441230981 \h 2
2.4
Operating Environment
PAGEREF _Toc441230982 \h 2
2.5
Design and Implementation Constraints
PAGEREF _Toc441230983 \h 2
2.6
User Documentation
PAGEREF _Toc441230984 \h 2
2.7
Assumptions and Dependencies
PAGEREF _Toc441230985 \h 3
3.
External Interface Requirements
PAGEREF _Toc441230986 \h 3
3.1
User Interfaces
PAGEREF _Toc441230987 \h 3
3.2
Hardware Interfaces
PAGEREF _Toc441230988 \h 3
3.3
Software Interfaces
PAGEREF _Toc441230989 \h 3
3.4
Communications Interfaces
PAGEREF _Toc441230990 \h 3
4.
System Features
PAGEREF _Toc441230991 \h 4
4.1
System Feature 1
PAGEREF _Toc441230992 \h 4
4.2
System Feature 2 (and so on)
PAGEREF _Toc441230993 \h 4
5.
Other Nonfunctional Requirements
PAGEREF _Toc441230994 \h 4
5.1
Performance Requirements
PAGEREF _Toc441230995 \h 4
5.2
Safety Requirements
PAGEREF _Toc441230996 \h 5
5.3
Security Requirements
PAGEREF _Toc441230997 \h 5
5.4
Software Quality Attributes
PAGEREF _Toc441230998 \h 5
5.5
Business Rules
PAGEREF _Toc441230999 \h 5
6.
Other Requirements
PAGEREF _Toc441231000 \h 5
Appendix A: Glossary
PAGEREF _Toc441231001 \h 5
Appendix B: Analysis Models
PAGEREF _Toc441231002 \h 5
Appendix C: To Be Determined List
PAGEREF _Toc441231003 \h 6
Revision History
Name
Date
Reason For Changes
Version
Introduction
Purpose
<Identify the product whose software requirements are specified in this document, including the revision or release number. Describe the scope of the product that is covered by this SRS, particularly if this SRS describes only part of the system or a single subsystem.>
Document Conventions
<Describe any standards or typographical conventions that were followed when writing this SRS, such as fonts or highlighting that have special significance. For example, state whether priorities for higher-level requirements are assumed to be inherited by detailed requirements, or whether every requirement statement is to have its own priority.>
Intended Audience and Reading Suggestions
<Describe the different types of reader that the document is intended for, such as developers, project managers, marketing staff, users, testers, and documentation writers. Describ.
This document is a software requirements specification for an unnamed project. It provides an introduction, describes the overall product perspective and features, identifies user classes and characteristics, and outlines the operating environment. The document also covers system features, external interface requirements, non-functional requirements, and includes appendices for a glossary, analysis models, and issues list.
This document is a software requirements specification (SRS) for a mobile app. It includes sections on the purpose and scope of the app, user requirements, operating environment constraints, external interfaces, key system features and functional requirements. It also covers non-functional requirements around performance, safety, security and quality. The SRS follows IEEE standards and will be used to guide the development and testing of the mobile app.
This document provides a template for conducting a feasibility study on a proposed project. The template includes sections for an executive summary, describing the current business problem and opportunity, requirements for the feasibility study, results of evaluating potential solutions, assumptions made, ranking alternative solutions, and conclusions. It provides guidance on the types of information needed in each section, such as describing options considered and assessing their technical, operational, and economic feasibility. The document also includes sections for appendices and referenced materials.
This document is a software requirements specification (SRS) for a student marks and attendance tracking system. It outlines requirements for key functionality like user registration for students and teachers, generating reports and graphs of student marks on the y-axis versus subjects on the x-axis. Non-functional requirements address reliability, response times, and ensuring the system will work across platforms. The SRS also defines user classes, describes the operating environment and interfaces, and lists assumptions around use of commercial components.
This document is a software requirements specification (SRS) for an unnamed project. It provides an overview of the purpose and scope of the project. It describes the intended users, operating environment, and design constraints. It outlines the major system functions and user classes. It specifies the external interface requirements including the user interface, hardware interfaces, software interfaces, and communication interfaces. It describes the key system features and lists other nonfunctional requirements around performance, safety, security, and quality. It provides appendices for a glossary, optional analysis models, and a list of items yet to be determined. The SRS follows a standard template to comprehensively define the requirements for the software project.
This document is a software requirements specification (SRS) for an unnamed project. It provides an overview of the purpose and scope of the project. It describes the intended users, operating environment, and design constraints. It outlines the major system functions and user classes. It specifies the external interface requirements including the user interface, hardware interfaces, software interfaces, and communication interfaces. It describes the key system features and lists other nonfunctional requirements around performance, safety, security, and quality. It provides appendices for terms, models, and a list of items still to be determined. The overall purpose is to specify the requirements for the software being developed.
This document is a software requirements specification (SRS) for an unnamed project. It provides an overview of the purpose and scope of the software, describes external interface requirements, system features, and other nonfunctional requirements. The document includes sections for introduction, overall description, external interface requirements, system features, other nonfunctional requirements, and appendices. Requirements are organized by system features and specified individually with unique identifiers.
Similar to Appendix b functionaldesignphasebusinessequirementsdocument021805 (20)
WhatsApp offers simple, reliable, and private messaging and calling services for free worldwide. With end-to-end encryption, your personal messages and calls are secure, ensuring only you and the recipient can access them. Enjoy voice and video calls to stay connected with loved ones or colleagues. Express yourself using stickers, GIFs, or by sharing moments on Status. WhatsApp Business enables global customer outreach, facilitating sales growth and relationship building through showcasing products and services. Stay connected effortlessly with group chats for planning outings with friends or staying updated on family conversations.
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Introducing Crescat - Event Management Software for Venues, Festivals and Eve...Crescat
Crescat is industry-trusted event management software, built by event professionals for event professionals. Founded in 2017, we have three key products tailored for the live event industry.
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Flutter is a popular open source, cross-platform framework developed by Google. In this webinar we'll explore Flutter and its architecture, delve into the Flutter Embedder and Flutter’s Dart language, discover how to leverage Flutter for embedded device development, learn about Automotive Grade Linux (AGL) and its consortium and understand the rationale behind AGL's choice of Flutter for next-gen IVI systems. Don’t miss this opportunity to discover whether Flutter is right for your project.
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The OpenMetadata Community Meeting was held on June 5th, 2024. In this meeting, we discussed about the data quality capabilities that are integrated with the Incident Manager, providing a complete solution to handle your data observability needs. Watch the end-to-end demo of the data quality features.
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2. <APPLICATION NAME>
NH Department of XXXXXX
Functional Design Phase Business Requirements Document
TABLE OF CONTENTS
1. INTRODUCTION.................................................................................................................................3
1.1 USING THIS DOCUMENT.........................................................................................................................................3
1.2 PURPOSE................................................................................................................................................................3
1.3 BUSINESS OWNERS AND CONTACTS......................................................................................................................3
1.4 SIGNOFFS...............................................................................................................................................................3
1.5 REVISION HISTORY................................................................................................................................................4
1.6 REFERENCED DOCUMENTS....................................................................................................................................4
1.7 DEFINITIONS, ACRONYMS AND ABBREVIATIONS..................................................................................................4
2. PROJECT OVERVIEW:......................................................................................................................4
3. ASSUMPTIONS, CONSTRAINTS AND SCOPE:.............................................................................4
4. PROCESS FLOWS. .............................................................................................................................5
4.1 CURRENT/EXISTING PROCESS WORKFLOW...........................................................................................................5
5. BUSINESS REQUIREMENTS: ........................................................................................................5
5.1 BUSINESS REQUIREMENTS MATRIX......................................................................................................................5
6. ACCEPTANCE CRITERIA ..............................................................................................................8
6.1 ACCEPTANCE CRITERIA MATRIX...........................................................................................................................8
7. ISSUES LOG..........................................................................................................................................8
Office of Information Technology, Agency Software Division - <Agency>
2
3. <APPLICATION NAME>
NH Department of XXXXXX
Functional Design Phase Business Requirements Document
1. INTRODUCTION
1.1 Using this Document
<The text enclosed in the less-than/greater-than symbols is included for the benefit of the person writing the
document and should be removed before the document is finalized.>
Requirements for software systems should be customized to the needs of the project building the system. This
template is one of many documents related to this software development project. It is organized such that it can be a
stand-alone document or combined with other Functional Design Phase documents, i.e. Functional Design, Solution
Alternatives, based on the particular project. Please refer to Section 1.6 Referenced Documents for a listing of
additional project-specific documentation.
1.2 Purpose
The purpose of this document is to serve as a basis for defining the Business Requirements from the Users
perspective. The Business Requirements are to be composed by the Customer/User with some assistance from an
DOIT/Technical team. The requirements contained within this document should stipulate what is needed, rather
than how these needs will be met. Upon completion and approval of the business requirements, DOIT will define in
detail all the system functions necessary to satisfy the business requirements which will be documented within the
Functional Design Document.
1.3 Business Owners and Contacts
Name Email Phone Role
John Doe Jdoe@Me.com 303-471-8344 Project Manager
Joe Tester System Test Lead
Jane ProdSupport Production Support Mgr
Joe UserMgr User Test Lead
Joe Developer Developer – Presentation Tier
Jane Developer Developer – Business Tier
Joe DBA Data Base Administrator
Joe Tester Tester
Jane Tester Tester
Joe Customer Department VP
Jane Customer Department Mgr
Josey Customer Product Support
1.4 Signoffs
Name Date Signature
John Doe, PM/DM xx/xx/xx
Joe Tester, System Test Lead
Jane ProdSupport, Production Support Mgr
Joe User Mgr, UM
Joe Customer, Customer
Office of Information Technology, Agency Software Division - <Agency>
3
4. <APPLICATION NAME>
NH Department of XXXXXX
Functional Design Phase Business Requirements Document
1.5 Revision History
Date Reason for change(s) Author(s)
07/01/2004 First Draft John Doe
07/12/2004 Revision based on project launch committee meeting Gotta Changit
1.6 Referenced Documents
Document Version/Date Author(s)
Project Concept Document 1/7/2004 John User
1.7 Definitions, Acronyms and Abbreviations
<This section contains definitions, acronyms and abbreviations referred to within this document that may need to be
clarified to assist the reader in understanding the meaning and/or intent of the information contained within this
document. Some examples are shown below. Please populate this section based on the specific content you provide
for the Business Requirements for your project.>
<ASP Application Service Provider>
<Back-end That portion of an application that the users do not interact with directly, relative to the
client/server computing model, a front-end is likely to be a client and a back-end to be a
server.>
<Back-office The internal business functions of a company such as finance, accounting, legal, human
resources and operations.>
<COTS Commercial off-the-shelf. Describes ready-made products that can easily be obtained. The
term is sometimes used in military procurement specifications.>
2. PROJECT OVERVIEW:
<Document an overview of this project. Information may include a narrative regarding the business needs that
will be met through this project, the Stakeholders/Customers that will be impacted, a description of the reasons
this project is being performed, an impact statement, and other relevant project level information..>
3. ASSUMPTIONS, CONSTRAINTS AND SCOPE:
Office of Information Technology, Agency Software Division - <Agency>
4
5. <APPLICATION NAME>
NH Department of XXXXXX
Functional Design Phase Business Requirements Document
<Describe any constraints on the project that have a significant impact on the business requirements. (e.g.
technology constraints, performance, requirements, end user characteristics, validations requirements, project
constraints, etc.) Describe any assumption, background or dependency of the process, its use, the operational
environment, or significant project issues. Define questions to be answered during the User Walk-Through.
Define what will not be completed within the project, i.e. what is out of Scope.>
4. PROCESS FLOWS.
4.1 Current/Existing Process Workflow
<Describe the current/existing process workflow using flow diagrams (i.e. Visio Flowcharts) and/or a detailed
narrative. This section describes the tasks that are carried out in the Business Process. A number of 'scenarios'
which are specific examples of performing the task should be identified for each task to the extent that they
exist.>
5. BUSINESS REQUIREMENTS:
<List requirements within the Business Requirements Matrix. We have included examples of requirement
groups/categories, i.e. Functions/Features, Data Capture, Storage, Conversion and Exchange, Hardware and
Software Platform, Output/Reports, Testing/Training, Security Requirements, Implementation, Performance
and Response Time, Data Archival, Backup and Recovery. These requirement categories can be modified to
better reflect the requirements of your project. For example, if you are releasing a new version of an existing
application, you may want to categorize requirements by application component. Make sure that information
within other project documentation, Functional Design, Solution Options, Technical Design, and Test
Plan/Cases Documents, mirrors the categorization of these requirements for tracability.>
<A table format is recommended. All requirements should be numbered for tracking between this document
and the Functional Design, the Chosen Option, the Technical Design, and the Test Plan Documents.>
5.1 Business Requirements Matrix
The requirements matrices that follow present a numbered list of the requirements with a brief description, a priority
and any comments. The priorities are:
• M - the requirement is mandatory
• D - the requirement is desirable
• F - the requirement is to be postponed to the future
• N - although discussed, no longer a requirement
Functions/Features
No. Description Priority Comments
1.0 Ability to store, search, retrieve, and print electronic images of scanned
paper documents associated with an account.
M Same functionality that existing in
other agency application XYZ.
1.1 Automated routine for monthly reporting. D
1.2 The electronic format must follow an intuitive flow for data entry and
provide features such as highlighting, table driven drop down lists, pre
populated fields, re-centering and capturing system dates.
M Should be consistent with other
department applications.
1.x ……..
Office of Information Technology, Agency Software Division - <Agency>
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6. <APPLICATION NAME>
NH Department of XXXXXX
Functional Design Phase Business Requirements Document
Data Capture, Storage, Conversion and
Exchange
No. Description Priority Comments
2.0 Import all existing electronic account information into new data
repository. Verify that data meets all current business rules.
M
2.1 Scan in all historical documents and associate with existing accounts
where appropriate.
D Requires 2.0 be completed.
2.2 Accept XML files supplied by accounts and update repository. M
2.x ………
Hardware and Software Platform
No. Description Priority Comments
3.0 The application must run on a Windows 2000 Server D
3.1 The repository should be built in the highest release of Oracle that is
compatible with the other application components.
D Mandatory where technology
available
3.2 Image Scanning will take advantage of existing FileNet Solutions M
3.3 All Reporting functionality should be built using the Cognos Tool Set D
3.x ………
Output/Reports
No. Description Priority Comments
4.0 Account History Report. M
4.1 Account Notification Mail Merge Report. M
4.2 Data Transfer to existing accounting application for billing. D
4.3 Account Growth Report D
4.x ………
Testing/Training
No. Description Priority Comments
5.0 Scan, Search, Retrieve and Print Document. M
5.1 Minimum 2 months of parallel testing against existing process. M
5.2 All previously identified functions/features to be verified during
acceptance testing by users.
D
5.3 Create detailed and meaningful user documentation. M
5.4 Create a condensed training course (Estimate 2 Hours) to be attended by
### employee over a specified period.
M Training facility will have to
be reserved.
Office of Information Technology, Agency Software Division - <Agency>
6
7. <APPLICATION NAME>
NH Department of XXXXXX
Functional Design Phase Business Requirements Document
5.x ………
Security Requirements
No. Description Priority Comments
6.0 Create detailed and meaningful user documentation. M
6.1 Create a condensed training course (Estimate 2 Hours) to be attended by
### employee over a specified period.
M Training facility will have to
be reserved.
6.x ………
Implementation
No. Description Priority Comments
7.0 Detailed plan for application roll out will be created to insure a minimum
amount of operational interruption.
M
7.1 All client PC’s will have supporting software loaded prior to application
roll out.
D Adobe reader and the Oracle
client should already be on all
PC’s. Filenet Software can be
loaded at any time prior to roll-
out
7.x ………
Performance and Response Time Requirements
No. Description Priority Comments
8.0 Insure all data is backed up on a nightly basis. M
8.1 There should be a Department-Wide Presentation showing the major
features of the new application prior to the application roll out.
D
8.2 The account community should be notified of any issues that may effect
them as a result of this roll out.
D
8.x ………
Data Archival, Backup and Recovery
Requirements
No. Description Priority Comments
8.0 Insure all data is backed up on a nightly basis. M
8.1 There should be a Department-Wide Presentation showing the major
features of the new application prior to the application roll out.
D
8.2 The account community should be notified of any issues that may effect
them as a result of this roll out.
D
Office of Information Technology, Agency Software Division - <Agency>
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8. <APPLICATION NAME>
NH Department of XXXXXX
Functional Design Phase Business Requirements Document
8.x ………
6. ACCEPTANCE CRITERIA
<Include a statement/summary of the acceptance criteria.>
6.1 Acceptance Criteria Matrix
<List the acceptance criteria within the Table below. Include a Criteria ID, Description, Measurement, and
which Requirements the acceptance criteria maps to. >
Criteria Id. Description Measurement Requirement(s)
Validated
7. ISSUES LOG
<The issues log is a table that tracks any issues that arise after this document is approved and signed. Its purpose is
to update the document while leaving the original content intact. The issues log can be maintained in an Excel
worksheet and “pasted” into this Word document.
The issues log should include the following details:
• Issue Number
• Date Logged
• Requirement Number (a reference to the original requirement that is impacted)
• Issue description
• Resolution description
• Date Resolved
• Decision Made By
The issues log worksheet can also be used to track all requirements, design/development, and/or solution alternatives
issues that occur after the corresponding documentation is signed. >
Office of Information Technology, Agency Software Division - <Agency>
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