ds&cc unit-2

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Across
  1. 2. Maintaining multiple copies of processes or data for reliability
  2. 8. Scheduling where a running process may be interrupted
  3. 10. Assigning processes to available processors in distributed systems
  4. 11. Restoring a process to a checkpoint after a failure
  5. 12. Collection of processes waiting for processor allocation
  6. 15. Model where all nodes have equal roles and responsibilities
  7. 17. Policy that decides which process gets the CPU next
  8. 18. Moving tasks between processors to balance workload
  9. 20. Processors of different speeds or architectures in distributed system
  10. 21. Number of tasks completed in a given time period
  11. 25. Delay experienced in communication or process execution
  12. 26. Mechanism where idle processors take tasks from busy ones
  13. 27. Abstract representation of distributed system structure and communication
  14. 29. Saving process state periodically for recovery
  15. 33. Scheduling multiple related threads together on processors
  16. 35. Condition where a process waits indefinitely without execution
  17. 36. Identical processors in distributed system
  18. 37. Ability of a process to execute multiple threads concurrently
  19. 38. System where correctness depends on time constraints
  20. 39. A process that runs across multiple computers in a distributed system
Down
  1. 1. Scheduling policy decided at runtime based on load
  2. 3. Scheduling where a running process cannot be interrupted
  3. 4. Scheduling policy decided at compile time and fixed
  4. 5. Time between request submission and system’s first response
  5. 6. Ability of a system to continue functioning despite failures
  6. 7. Use of extra components to improve fault tolerance
  7. 9. Hiding process or node failures from users in distributed systems
  8. 13. Model where client requests and server provides services in distributed systems
  9. 14. State when processes are stuck waiting for each other’s resources
  10. 16. Hiding complexities like migration, replication, and failures from user
  11. 19. Distributing tasks evenly across processors to avoid overload
  12. 22. Tendency to keep a process running on the same processor
  13. 23. Moving an executing process from one processor to another
  14. 24. Ability of distributed system to grow without performance loss
  15. 28. Module that selects which process or thread to run
  16. 30. Lightweight process that shares resources within a process
  17. 31. System property of maintaining limited services after failure
  18. 32. Real-time system where missing a deadline causes failure
  19. 34. Processor that is not executing any process at a given time
  20. 35. Real-time system where deadlines are flexible