• 9.15 Construct a state and output table equivalent to the state diagram in Figure X9.15. Note that the diagram is drawn with the convention that the state does not change except for input conditions that are explicitly shown. A Z1 Z2 = 11 Z1 2 = 10 X' - Y E Y F Z1 2 = 01 Z1 2 = 00 G Y H Z1 2 = 10 Z1 Z2 = 11 X' - Y D Z1 Z2 = 00 Z1 Z2 = 01 Figure X9.15

Database System Concepts
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Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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The given text is a task to construct a state and output table equivalent to a state diagram presented in Figure X9.15. The diagram follows the convention that states do not change except for explicitly shown input conditions.

**State Diagram Explanation:**

- **States:** The diagram consists of eight states labeled A, B, C, D, E, F, G, and H, each associated with values for Z1 and Z2. 
  - State A: Z1 Z2 = 11
  - State B: Z1 Z2 = 10
  - State C: Z1 Z2 = 00
  - State D: Z1 Z2 = 01
  - State E: Z1 Z2 = 01
  - State F: Z1 Z2 = 00
  - State G: Z1 Z2 = 10
  - State H: Z1 Z2 = 11

- **Transitions:** The diagram depicts transitions based on input variables X and Y.
  - For example, from State A:
    - If input X' · Y occurs, transition to State E.
    - If input X occurs, remain in State A.
  - From State B:
    - If input X occurs, transition to State D.
  - Other transitions are similarly labeled, showing movement between states based on specific inputs.

**Purpose:**
This diagram illustrates how a system transitions between different states based on input conditions, useful for understanding state machines in digital systems. 

**Figure:**
- The figure is labeled as Figure X9.15, illustrating the interconnected states and their transitions.
Transcribed Image Text:The given text is a task to construct a state and output table equivalent to a state diagram presented in Figure X9.15. The diagram follows the convention that states do not change except for explicitly shown input conditions. **State Diagram Explanation:** - **States:** The diagram consists of eight states labeled A, B, C, D, E, F, G, and H, each associated with values for Z1 and Z2. - State A: Z1 Z2 = 11 - State B: Z1 Z2 = 10 - State C: Z1 Z2 = 00 - State D: Z1 Z2 = 01 - State E: Z1 Z2 = 01 - State F: Z1 Z2 = 00 - State G: Z1 Z2 = 10 - State H: Z1 Z2 = 11 - **Transitions:** The diagram depicts transitions based on input variables X and Y. - For example, from State A: - If input X' · Y occurs, transition to State E. - If input X occurs, remain in State A. - From State B: - If input X occurs, transition to State D. - Other transitions are similarly labeled, showing movement between states based on specific inputs. **Purpose:** This diagram illustrates how a system transitions between different states based on input conditions, useful for understanding state machines in digital systems. **Figure:** - The figure is labeled as Figure X9.15, illustrating the interconnected states and their transitions.
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