IST Chapter 1

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Across
  1. 3. : Example of an IoT-enabled environment.
  2. 5. : Trend of making technology smaller and more powerful.
  3. 8. : System's consistency and ability to perform accurately over time.
  4. 9. : Processing data at the source device instead of sending to cloud.
  5. 10. : Converts control signals into physical action.
  6. 11. : Converts real-world data into electrical signals.
  7. 13. : Limitations in CPU power, memory, or energy in integrated systems.
  8. 15. : Popular processor architecture for low power and high efficiency.
  9. 17. : Tailored system designed for one or a few related tasks.
  10. 18. : Measures taken to protect systems from digital attacks.
  11. 19. : Ability of a system to perform reliably under harsh conditions.
  12. 21. : Non-volatile memory storing permanent system instructions.
  13. 22. : Embedded software stored in ROM or Flash, controls low-level hardware.
  14. 25. : Sophisticated tools managing system performance and optimization.
  15. 28. : Example of building automation system for climate control.
  16. 29. : Integrated system in vehicles combining entertainment and information.
  17. 31. : Ability of systems or devices to link and work together.
  18. 32. : Process to ensure system functions under expected and unexpected conditions.
  19. 33. : Small, smart integrated systems like health trackers.
  20. 34. : Network of interconnected devices communicating over the Internet.
Down
  1. 1. : Volatile memory used temporarily while the system is running.
  2. 2. : Structured framework of system components and their interactions.
  3. 4. : Performs general-purpose computations; acts as the CPU.
  4. 6. : Systems combining hardware, software, and peripherals to perform tasks as a unit.
  5. 7. : Design describing how hardware and software work together.
  6. 12. : Rewritable non-volatile memory used in embedded systems.
  7. 13. : System behavior where responses must occur within a defined time limit.
  8. 14. : Machines simulating human intelligence for decision-making.
  9. 16. : Techniques like sleep modes used in battery-powered systems.
  10. 19. : Operating system for real-time applications with strict timing constraints.
  11. 20. : Battery-powered device requiring efficient power management.
  12. 23. : A compact chip integrating processor, memory, and I/O for embedded systems.
  13. 24. : Software tools like antivirus and disk cleanup.
  14. 26. : Allow the OS to communicate with hardware.
  15. 27. : Communication rules like I2C or SPI ensuring component compatibility.
  16. 30. : Process of converting data into a secure code to prevent unauthorized access.