Interactive Software System

An Interactive Software System is a software system that can support interactive tasks through bidirectional communication between interactive system users and interactive system components.

• AKA: Interactive Computing System, Interactive Application, Interactive System.
• Context:
  • It can (typically) process Interactive User Input through interactive input mechanisms.
  • It can (typically) generate Interactive System Responses through interactive output mechanisms.
  • It can (typically) maintain Interactive Session State through interactive state management.
  • It can (typically) provide Interactive Feedback Loops through interactive response cycles.
  • It can (typically) support Interactive User Actions through interactive control elements.
  • ...
  • It can (often) implement Interactive Error Handling through interactive validation mechanisms.
  • It can (often) enable Interactive Data Visualization through interactive display components.
  • It can (often) facilitate Interactive Workflows through interactive process guidance.
  • It can (often) provide Interactive Help Systems through interactive assistance features.
  • ...
  • It can range from being a Simple Interactive Software System to being a Complex Interactive Software System, depending on its interactive software complexity.
  • It can range from being a Single-User Interactive Software System to being a Multi-User Interactive Software System, depending on its interactive user capacity.
  • It can range from being a Text-Based Interactive Software System to being a Multimedia Interactive Software System, depending on its interactive content type.
  • ...
  • It can integrate with Interactive Database Systems for interactive data persistence.
  • It can utilize Interactive AI Systems for interactive intelligence enhancement.
  • It can leverage Interactive Network Protocols for interactive remote communication.
  • It can employ Interactive Security Frameworks for interactive access control.
  • It can incorporate Interactive Analytics Engines for interactive usage tracking.
  • ...
• Example(s):
  • Interactive User Interface Systems, such as:
    • GUI-Based Interactive Software Systems, such as:
      • Desktop Interactive Software System for interactive desktop applications.
      • Mobile Interactive Software System for interactive mobile applications.
    • Command-Line Interactive Software Systems, such as:
      • Terminal Interactive Software System for interactive terminal applications.
      • Shell Interactive Software System for interactive shell environments.
    • Voice Interactive Software Systems, such as:
      • Smart Assistant Interactive Software System for interactive voice commands.
      • Voice-Controlled Interactive Software System for interactive speech interfaces.
  • Domain-Specific Interactive Software Systems, such as:
    • Gaming Interactive Software Systems, such as:
      • Video Game Interactive Software System for interactive entertainment experiences.
      • Educational Game Interactive Software System for interactive learning experiences.
    • Business Interactive Software Systems, such as:
      • CRM Interactive Software System for interactive customer management.
      • ERP Interactive Software System for interactive resource planning.
    • Scientific Interactive Software Systems, such as:
      • Data Analysis Interactive Software System for interactive data exploration.
      • Simulation Interactive Software System for interactive model manipulation.
  • Web-Based Interactive Software Systems, such as:
    • Interactive Web Applications, such as:
      • Social Media Interactive Software System for interactive social networking.
      • E-commerce Interactive Software System for interactive online shopping.
    • Interactive Web Services, such as:
      • API Interactive Software System for interactive service consumption.
      • Cloud Interactive Software System for interactive cloud resources.
  • Specialized Interactive Software Systems, such as:
    • Interactive Entity Record Deduplication System for interactive data cleaning.
    • Interactive Kiosk System for interactive public information.
    • Smart Thermostat Interactive System for interactive climate control.
    • Collaborative Interactive Software Suite for interactive team collaboration.
  • ...
• Counter-Example(s):
  • Non-Interactive Software Systems, which lack interactive user interfaces and interactive response capability.
  • Batch Processing Systems, which process data batches without interactive user intervention.
  • Static Web Pages, which display fixed content without interactive elements.
  • Automated Background Services, which operate without interactive user engagement.
  • Read-Only Document Systems, which provide view-only access without interactive modification capability.
• See: User Experience (UX), Human-Computer Interaction, Interactive Design Pattern, Software System Architecture, User Interface Design.

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References

2021

• (J. Smith et al., 2021) ⇒ J. Smith, R. Brown, A. Clark. (2021). “Design Principles of Interactive Systems.” In: HCI Journal, Volume 4, Page 50-65,
  • QUOTE: Designing Interactive Systems involves a deep understanding of user requirements, system capabilities, and optimal interfaces. The dynamics of user-system interaction play a pivotal role in determining the effectiveness of the system.
  • NOTE: This paper delves deep into the principles guiding the design of Interactive Systems and how their effectiveness is evaluated.

2019

• (M. Anderson & L. White, 2019) ⇒ M. Anderson, L. White. (2019). “Evolution of Interactive Systems: A Historical Perspective.” In: Tech Review, Volume 12, Page 13-27,
  • QUOTE: From early command-line systems to today's immersive VR experiences, the journey of Interactive Systems showcases the evolution of technology and user expectations.
  • NOTE: Anderson and White trace the historical development of Interactive Systems and discuss the various milestones in their evolution.

2017

• (P. Gupta et al., 2017) ⇒ P. Gupta, D. Roberts, S. Patel. (2017). “Interactive Systems and User Behavior Analysis.” In: Systems Journal, Volume 9, Page 89-102,
  • QUOTE: Understanding user behavior is crucial for designing effective Interactive Systems. This paper presents a comprehensive study on user patterns and preferences when interacting with diverse systems.
  • NOTE: Through a series of experiments, the authors highlight the importance of user behavior analytics in shaping the design and functionalities of Interactive Systems.

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