CS Electrical And Electronics

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100. Implement priority-based state transitions (where one transition must override others).

100. Implement priority-based state transitions (where one transition must override others). CS Electrical And Electronics

69 views - 1 week ago

99. Model logic for a fan controller — Low, Medium, High speed control based on temperature input.

99. Model logic for a fan controller — Low, Medium, High speed control based on temperature input. CS Electrical And Electronics

52 views - 1 week ago

98. Implement an event-driven state machine triggered by external function-call events.

98. Implement an event-driven state machine triggered by external function-call events. CS Electrical And Electronics

18 views - 1 week ago

97. Design a chart that outputs different signals based on day/night mode (input).

97. Design a chart that outputs different signals based on day/night mode (input). CS Electrical And Electronics

40 views - 1 week ago

96. Implement a watchdog timer in Stateflow using temporal conditions.

96. Implement a watchdog timer in Stateflow using temporal conditions. CS Electrical And Electronics

16 views - 1 week ago

95. Create logic that automatically resets the system after 3 consecutive errors.

95. Create logic that automatically resets the system after 3 consecutive errors. CS Electrical And Electronics

29 views - 1 week ago

94. Use history junction to remember the last active substate when re-entering a superstate.

94. Use history junction to remember the last active substate when re-entering a superstate. CS Electrical And Electronics

22 views - 1 week ago

93. Implement Stateflow logic to detect if the input signal pattern is 101.

93. Implement Stateflow logic to detect if the input signal pattern is 101. CS Electrical And Electronics

21 views - 1 week ago

92. Model an engine control FSM: Cranking, Running, Idle, Off.

92. Model an engine control FSM: Cranking, Running, Idle, Off. CS Electrical And Electronics

7 views - 1 week ago

91. Hierarchical states for a washing machine: Main states — Wash, Rinse, Spin; each with substates.

91. Hierarchical states for a washing machine: Main states — Wash, Rinse, Spin; each with substates. CS Electrical And Electronics

16 views - 1 week ago

90. Create a Stateflow chart that outputs a PWM pattern (high for 70%, low for 30% of a period).

90. Create a Stateflow chart that outputs a PWM pattern (high for 70%, low for 30% of a period). CS Electrical And Electronics

16 views - 1 week ago

89. Implement logic where a state is active for exactly 5 seconds before automatically transitioning

89. Implement logic where a state is active for exactly 5 seconds before automatically transitioning CS Electrical And Electronics

17 views - 1 week ago

88. Design a chart that counts the number of times a state transition occurs.

88. Design a chart that counts the number of times a state transition occurs. CS Electrical And Electronics

22 views - 1 week ago

87. Implement debouncing logic for a switch input in Stateflow.

87. Implement debouncing logic for a switch input in Stateflow. CS Electrical And Electronics

16 views - 1 week ago

86. Model a finite state machine (FSM) for door control — Open, Close, Locked, Unlocked.

86. Model a finite state machine (FSM) for door control — Open, Close, Locked, Unlocked. CS Electrical And Electronics

20 views - 1 week ago

85. Implement a blinking LED behavior using temporal logic (after() or every() operator).

85. Implement a blinking LED behavior using temporal logic (after() or every() operator). CS Electrical And Electronics

17 views - 1 week ago

84. Logic that enables heater when temperature less than 25°C and turns it off when more than 30°C.

84. Logic that enables heater when temperature less than 25°C and turns it off when more than 30°C. CS Electrical And Electronics

15 views - 1 week ago

83. Implement a two-mode system: Manual Mode and Auto Mode, with switch-over logic.

83. Implement a two-mode system: Manual Mode and Auto Mode, with switch-over logic. CS Electrical And Electronics

14 views - 1 week ago

82. Design a Stateflow chart that detects a button press (rising edge detection).

82. Design a Stateflow chart that detects a button press (rising edge detection). CS Electrical And Electronics

24 views - 1 week ago

81. Implement a simple traffic light controller using Stateflow (Red → Green → Yellow → Red).

81. Implement a simple traffic light controller using Stateflow (Red → Green → Yellow → Red). CS Electrical And Electronics

18 views - 1 week ago

80. Model an automatic fan control system based on temperature input.

80. Model an automatic fan control system based on temperature input. CS Electrical And Electronics

39 views - 1 week ago

79. Design a simple digital clock counter logic (hh:mm:ss).

79. Design a simple digital clock counter logic (hh:mm:ss). CS Electrical And Electronics

25 views - 1 week ago

78. Implement De-Multiplexer using relational and switch blocks.

78. Implement De-Multiplexer using relational and switch blocks. CS Electrical And Electronics

8 views - 1 week ago

77. Implement 4-to-1 multiplexer using Switch and Logical blocks.

77. Implement 4-to-1 multiplexer using Switch and Logical blocks. CS Electrical And Electronics

14 views - 1 week ago

76. Implement state retention logic using feedback and condition blocks.

76. Implement state retention logic using feedback and condition blocks. CS Electrical And Electronics

12 views - 1 week ago

75. Create a frequency divider logic using counters.

75. Create a frequency divider logic using counters. CS Electrical And Electronics

6 views - 1 week ago

74. Implement sign function logic without using the Sign block.

74. Implement sign function logic without using the Sign block. CS Electrical And Electronics

9 views - 1 week ago

73. Design a system that detects change in input value (delta detection).

73. Design a system that detects change in input value (delta detection). CS Electrical And Electronics

18 views - 1 week ago

72. Implement PI Controller behavior using integrator and gain blocks.

72. Implement PI Controller behavior using integrator and gain blocks. CS Electrical And Electronics

15 views - 1 week ago

71. Implement a comparator that outputs +1 for positive, -1 for negative, and 0 for zero.

71. Implement a comparator that outputs +1 for positive, -1 for negative, and 0 for zero. CS Electrical And Electronics

26 views - 1 week ago

70. Design logic that outputs the maximum of three input signals.

70. Design logic that outputs the maximum of three input signals. CS Electrical And Electronics

16 views - 1 week ago

69. Implement switch-case behavior using relational blocks and multiplexer.

69. Implement switch-case behavior using relational blocks and multiplexer. CS Electrical And Electronics

3 views - 1 week ago

68. Implement logic to count number of rising edges in a given time frame.

68. Implement logic to count number of rising edges in a given time frame. CS Electrical And Electronics

12 views - 1 week ago

67. Implement moving average filter using basic math and delay blocks.

67. Implement moving average filter using basic math and delay blocks. CS Electrical And Electronics

18 views - 1 week ago

66. Implement median filter without using the Median block.

66. Implement median filter without using the Median block. CS Electrical And Electronics

5 views - 1 week ago

65. Model logic for automatic headlight control based on light intensity.

65. Model logic for automatic headlight control based on light intensity. CS Electrical And Electronics

10 views - 1 week ago

64. Implement logic that resets counter when a certain event occurs.

64. Implement logic that resets counter when a certain event occurs. CS Electrical And Electronics

13 views - 1 week ago

63. Design a model that measures how long a pulse remains HIGH using event-triggered execution logic

63. Design a model that measures how long a pulse remains HIGH using event-triggered execution logic CS Electrical And Electronics

3 views - 1 week ago

62. Implement edge-triggered D Flip-Flop in Simulink.

62. Implement edge-triggered D Flip-Flop in Simulink. CS Electrical And Electronics

9 views - 1 week ago

61. Implement JK Flip-Flop using logical and memory blocks.

61. Implement JK Flip-Flop using logical and memory blocks. CS Electrical And Electronics

5 views - 1 week ago

60. Model an SR latch using basic logical blocks.

60. Model an SR latch using basic logical blocks. CS Electrical And Electronics

14 views - 1 week ago

59. Implement priority encoder logic using switch blocks.

59. Implement priority encoder logic using switch blocks. CS Electrical And Electronics

9 views - 1 week ago

58. Create a logic that switches LED pattern every 2 seconds.

58. Create a logic that switches LED pattern every 2 seconds. CS Electrical And Electronics

2 views - 1 week ago

57. Design a traffic light controller using logical blocks and delays.

57. Design a traffic light controller using logical blocks and delays. CS Electrical And Electronics

19 views - 1 week ago

56. Implement PWM generation using basic math and relational blocks.

56. Implement PWM generation using basic math and relational blocks. CS Electrical And Electronics

18 views - 1 week ago

55. Implement a signal hold logic — holds value until new input arrives.

55. Implement a signal hold logic — holds value until new input arrives. CS Electrical And Electronics

14 views - 1 week ago

54. Create a model that generates Fibonacci series values.

54. Create a model that generates Fibonacci series values. CS Electrical And Electronics

8 views - 1 week ago

53. Implement a minimum or maximum selector without using Min/Max blocks.

53. Implement a minimum or maximum selector without using Min/Max blocks. CS Electrical And Electronics

10 views - 1 week ago

52. Implement logic to detect when signal crosses zero (zero-crossing detector).

52. Implement logic to detect when signal crosses zero (zero-crossing detector). CS Electrical And Electronics

6 views - 1 week ago

51. Create a debouncing logic for a digital input signal.

51. Create a debouncing logic for a digital input signal. CS Electrical And Electronics

24 views - 1 week ago

50. Implement hysteresis behavior using relational and switch blocks.

50. Implement hysteresis behavior using relational and switch blocks. CS Electrical And Electronics

10 views - 1 week ago

49. Create a sequence detector that detects pattern 101 in a binary stream.

49. Create a sequence detector that detects pattern 101 in a binary stream. CS Electrical And Electronics

4 views - 1 week ago

48. Implement modulo operation without using Mod block.

48. Implement modulo operation without using Mod block. CS Electrical And Electronics

6 views - 1 week ago

47. Create a Simulink model that detects even or odd numbers.

47. Create a Simulink model that detects even or odd numbers. CS Electrical And Electronics

9 views - 1 week ago

46. Implement derivative approximation using difference equations.

46. Implement derivative approximation using difference equations. CS Electrical And Electronics

3 views - 1 week ago

45. Design an integrator using a discrete-time system.

45. Design an integrator using a discrete-time system. CS Electrical And Electronics

8 views - 1 week ago

44. Implement rate limiter behavior without using Rate Limiter block.

44. Implement rate limiter behavior without using Rate Limiter block. CS Electrical And Electronics

28 views - 1 week ago

43. Generate a sawtooth wave using integrator and reset logic.

43. Generate a sawtooth wave using integrator and reset logic. CS Electrical And Electronics

8 views - 1 week ago

42. Implement a 3-bit binary counter using logical and delay blocks.

42. Implement a 3-bit binary counter using logical and delay blocks. CS Electrical And Electronics

7 views - 1 week ago

41. Create a one-sample delay circuit using feedback loops.

41. Create a one-sample delay circuit using feedback loops. CS Electrical And Electronics

11 views - 1 week ago