IOTSMARTCARpreentationFuturetransformaer.pptx

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1. AUTOMATED VEHICLE SYSTEM AVS

2. HYPOTHETICAL SCENARIO WHERE WE'RE DESIGNING A TRANSFORMING CAR:

3. ACTUATORS: Electromagnetic Actuators: These could be used for fine control of smaller components or for locking mechanisms during transformation sequences.

4. ACTUATORS: Mechanical Actuators: These would include motors, hydraulics, or pneumatic systems responsible for physically transforming the vehicle. They could extend or retract components, rotate parts, or change the vehicle's overall shape

5. ACTUATORS: Articulated Joints: These would allow different parts of the vehicle to move relative to each other, enabling transformations.

6. ACTUATORS: Shape Memory Alloys (SMAs): These materials can change shape in response to temperature or electrical stimuli, allowing for more intricate transformations.

7. SENSORS: Position Sensors: These would provide feedback on the position of various vehicle components during transformation sequences.

8. SENSORS: Proximity Sensors: These could detect nearby objects or obstacles to ensure safe transformation operations, particularly in confined spaces.

9. SENSORS: Force Sensors: These could be used to measure forces exerted during transformation to prevent damage or ensure smooth operation..

10. SENSORS: Temperature Sensors: These could monitor the temperature of components, particularly those using SMAs, to prevent overheating and ensure safe operation.

11. SENSORS IN FUTURE: Shape-Shifting Sensors: Sensors that can change shape or size to fit different configurations, allowing for more flexible integration into transforming structures

12. SENSORS IN FUTURE: Material Sensors: Sensors embedded in structural materials that can detect stress, strain, or other mechanical properties, providing real-time feedback on structural integrity during transformations.

13. SOME SENSORS IN SMART CAR: FUEL IDICATION SENSOR Fuel indication sensor: The fuel indication sensor, often a float sensor, is located inside the fuel tank and connected to the car's computer system. As the fuel level in the tank decreases, the float moves down, sending a signal to the computer. Automated gas station search: The car's computer system is programmed to monitor the fuel level sensor data. When the fuel level falls below a predetermined threshold (usually around 20% remaining), the system can initiate several automated actions:

14. SOME SENSORS IN SMART CAR: ALCOHOL MQ3 GAS SENSOR The sensor would analyze the breath sample and detect the presence of alcohol. If the alcohol level surpasses a predetermined limit, the car's ignition system would be disabled, preventing the car from starting.

15. PROTOCOLS INVOLVED MQTT The sensor would analyze the breath sample and detect the presence of alcohol. If the alcohol level surpasses a predetermined limit, the car's ignition system would be disabled, preventing the car from starting.

16. PUBLISHER : TEMPERATURE SENSOR SUBSCRIBER: Shape Memory Alloy BROKER: TEMPERATURE ANALYSER

17. LEVEL OF DEPLOYMENT SUBSCRIBER: Shape Memory Alloy BROKER: TEMPERATURE ANALYSER

18. FEATURES OF SMART CAR

19. MECHANISM Data Collection: Accelerometers detect erratic driving behavior . GPS modules track the vehicle's location. Biometric sensors monitor the driver’s physiological parameters.

20. MECHANISM Data Transmission: Pre-processed sensor data is transmitted using communication modules. Communication modules utilize various protocols such as Wi-Fi, GSM, Bluetooth, etc., to transmit data in real-time. Data is sent to the control center for analysis

21. MECHANISM Response Coordination: Based on the analysis, the control center determines the appropriate response. If impairment is detected Ignition interlock may prevent the vehicle from starting.