A) Software Design Life Code B) System Data Life Cycle C) Software Development Life Cycle
A) Deployment B) Planning C) Maintenance
A) Implementation / Coding B) Deployment C) Requirement Analysis
A) Maintenance B) Planning C) Testing
A) Maintenance B) Requirement Analysis C) Deployment
A) Waterfall B) Agile C) Prototype
A) Waterfall B) Agile C) Spiral
A) Prototype B) Spiral C) Waterfall
A) Waterfall B) Prototype C) Agile
A) Functional Specification B) Technical Specification C) Non-Functional Specification
A) Functional Specification B) User Interface Specification C) Non-Functional Specification
A) System Design Document B) Business Requirement Specification C) Functional Specification
A) Business Requirement Specification B) Software Requirement Specification C) User Manual
A) Security B) Performance C) Usability
A) Security B) Performance C) Reliability
A) Scalability B) Usability C) Security
A) Performance B) Scalability C) Usability
A) Scalability B) Reliability C) Performance
A) Relevant B) Traceable C) Achievable
A) Specific B) Measurable C) Relevant
A) Relevant B) Achievable C) raceable
A) Measurable B) Specific C) Achievable
A) Relevant B) Achievable C) Specific
A) System Design B) Deployment C) System Analysis
A) System Analysis B) System Design C) Deployment
A) Writing the system code B) A systematic way to collect information about system needs C) Deploying the system
A) Interview B) Workshop C) Observation
A) Closed-ended questions B) Yes or No questions C) Open-ended questions
A) Survey / Questionnaire B) Interview C) Observation
A) User Stories B) Survey C) Interview
A) Interview B) Workshop / Focus Group Discussion C) Observation
A) Interview B) Testing C) Observation / Shadowing
A) Testing B) Coding C) System Architecture Design
A) Component Identification B) Requirement Review C) Technology Decision
A) Interface Design B) Component Identification C) Requirement Review
A) Requirement Review B) Define Interface C) System Maintenance
A) Requirement Review B) Technology Decision C) Component Identification
A) How the system is coded B) How users interact with the system C) How the system is deployed
A) Data flow within the system B) System coding C) Network setup
A) Survey B) Flowchart C) UML
A) Data Function Design B) Data Flow Diagram C) Data File Diagram
A) Rectangle B) Diamond C) Circle
A) Arrow B) Rectangle C) Parallel Lines
A) Rounded Rectangle B) Triangle C) Circle
A) Unified Modeling Language B) Unified Machine Language C) Universal Machine Logic
A) Visualize and design system behavior B) Install software C) Write system code
A) Class Diagram B) Sequence Diagram C) Activity Diagram
A) Package Diagram B) Composite Structure Diagram C) Activity Diagram
A) Deployment Diagram B) Object Diagram C) Class Diagram
A) Use Case Diagram B) Component Diagram C) Activity Diagram
A) Deployment Diagram B) Communication Diagram C) Sequence Diagram
A) State Machine Diagram B) Package Diagram C) Object Diagram
A) State Machine Diagram B) Activity Diagram C) Package Diagram
A) Deployment Diagram B) Activity Diagram C) Component Diagram
A) Sequence Diagram B) Package Diagram C) Use Case Diagram
A) Sequence Diagram B) Activity Diagram C) Communication Diagram
A) Communication Diagram (Collaboration Diagram) B) Deployment Diagram C) Package Diagram
A) Component Diagram B) Activity Diagram C) Timing Diagram
A) Interaction Overview Diagram B) Object Diagram C) Activity Diagram
A) Low-level coding structure B) High-level structure of a system. C) User interface design
A) Database management method B) High-level structure of a system. C) Low-level reusable solution for software design problems
A) Client-Server Architecture B) Layered Architecture C) Pipe-Filter Architecture
A) Client-Server Architecture B) Peer-to-peer Architecture C) Client-Server Architecture
A) Layered Architecture B) Event-driven Architecture C) Master-Slave Architecture
A) Microservices Architecture B) Peer-to-peer Architecture C) Microkernel Architecture
A) Master-Slave Architecture B) Broker Architecture C) Microservices Architecture
A) Space-Based Architecture B) Pipe-filter Architecture C) Peer-to-peer Architecture
A) Broker Architecture B) Peer-to-peer Architecture C) Master-Slave Architecture
A) Event-driven Architecture B) Pipe-Filter Architecture C) Broker Architecture
A) Layered Architecture B) Broker Architecture C) Event-driven Architecture
A) Client-server Architecture B) Peer-to-Peer Architecture C) Event-driven Architecture
A) Local computer storage B) Internet-based computing services using remote servers C) Database management
A) Computer hardware upgrade B) Internet connection C) Systems that simulate human intelligence.
A) Networking method B) System learning from data without explicit programming C) Hardware processing
A) Internet websites B) Network of connected physical devices sharing data C) Programming language
A) Centralized database B) Programming method C) Decentralized and tamper-proof digital record system
A) Overlaying digital content in real world. B) Fully digital environment C) Hardware processor
A) Networking technology B) Computing using quantum mechanics principles C) AI software
A) Hardware-free computing B) Offline computing C) Cloud computing without managing servers.
A) Blockchain technology B) Cloud storage C) Processing near data source. |