Simulation-Driven Design for Connected and Safety System of Two-Wheeler Electric Vehicle 2024-26-0379

Wireless communication technology is playing an increasingly important role in enhancing the safety of vehicles. Wireless communication enables vehicles to establish connections and exchange information with other vehicles, Systems, sensors, infrastructure, and external systems. This connectivity forms the foundation for various safety-enhancing applications and systems. In this paper We used simulation methods to build the Bluetooth antenna, the TPMS antenna, and fall detection of two-wheelers by the use of the IMU (Inertial Measurement Unit) for improved communication and two-wheeler rider safety. We are designing a Bluetooth Antenna for a Two-wheeler which follows the standards of the ISM band. The design of a Bluetooth antenna is a critical aspect of wireless communication systems, particularly for applications involving short-range communication. This paper aims to create a successful Bluetooth antenna Simulation for a two-wheeler. TPMS has become a critical component in modern automotive Systems as it provides real-time data on tire pressure which makes the vehicle safer. An antenna is a crucial part of TPMs since it transmits sensor data to the control unit. To evaluate and improve rider safety, the simulation of fall detection in two-wheelers using Inertial Measurement Units (IMUs) is a valuable strategy. IMUs are sensor systems consisting of accelerometers, gyroscopes, and sometimes magnetometers. These sensors provide measurements of the vehicle’s orientation, acceleration, and angular velocity. By analyzing these sensor outputs, it becomes possible to detect abrupt changes indicative of a fall or loss of balance. IMU-based fall detection simulation in two-wheelers is a valuable tool for evaluating and enhancing rider safety. This simulation approach facilitates the creation. and optimization of precise fall detection algorithms by simulating real-world circumstances and examining IMU sensor data.