Development of Vehicle Blind Spot System for Passenger Car

Hassan, Muhammad Zahir; Ariffin, Haziq Irfan Zainal

doi:10.4028/www.scientific.net/amm.393.350

Cited by 4 publications

(4 citation statements)

References 2 publications

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“…The LED warning signal located inside the vehicles will provide information regarding the hazard condition to the driver. Dual-sensor system in an ultrasonic distance measurement also has been applied by [21] for the blind spot detection and [34] for characterizing the type, speed, and amount of vehicle, whereby both agreed that such way does improve the capability of the sensor compared to intrinsic usage. In this case, the VBMS can differentiate between static objects, i.e., wall, building, with the function of cancelling sensor (Sensor 2), and moving object, i.e., vehicle, pedestrian, via triggering sensor (Sensor 1), thus removing the false signal occurrence.…”

Section: Design Finalization and Installation For Testingmentioning

confidence: 97%

“…A Vehicle Blind Spot System (VBSS) prototype device proposed by [21] is an example of which blind spot detection that employs the Arduino control unit and the ultrasonic sensors which are ultimately cheaper than the electromagnetic radar. The system has been effectively tested on the real road condition and successfully detected vehicle that entering the blind spot zone.…”

Section: Arduino-based Sensor For Blind Spot Detectionmentioning

confidence: 99%

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Vehicle Blind Spot Monitoring Phenomenon using Ultrasonic Sensor

Z.¹

2020

IJETER

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This paper evaluates a conceptualization of Vehicle Blind Spot Monitoring System (VBMS), which performs a more effective approach in eliminating blind spot of the driver. The newly developed smart blind spot monitoring system simply focusing on an advancement of the preceding work, along with compromising user compatibility and cost-effectiveness. Compact design, reliable and low-cost that contributes to a highly affordable safety feature are the flagship of this new system. Components selection is the main role in constructing an inexpensive blind spot detection system in the present work. Thus, Arduino UNO R3 model and HC-SR04 ultrasonic sensors were employed for the VBMS system due to reasonable market price. Plus, the ultrasonic sensor has demonstrated a remarkable performance in the past blind spot detection system application. Concerning easy installation as well as maintenance on any vehicle, the VBMS is designed as a compact device which assembles the main control unit and sensory parts in a single body to be located at the bottom of the side mirror. Meanwhile, the hazard-warning signal is separately located at the passenger compartment for easily visible by the driver. The angle and sensing range of sensors are both adjustable but vital as their projections define the blind spot limit accurately by characterizing low to a high potential hazard. At the end of this work, a complete VBMS functional prototype of has been establish which effective for real traffic on-road experimentation, with various conditions specified (static, various speed, and overtaken). From the data collected, all targets of the present work have been attained regarding monitoring phenomenon shown by the new-built system. Both pros and cons of VBMS are discussed for further improvement ideas on product development.

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Section: Design Finalization and Installation For Testingmentioning

confidence: 97%

Section: Arduino-based Sensor For Blind Spot Detectionmentioning

confidence: 99%

Vehicle Blind Spot Monitoring Phenomenon using Ultrasonic Sensor

Z.¹

2020

IJETER

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“…However, there is a certain area that cannot be seen directly by the driver or even through the side mirrors, which can be described as the rear quarter area on both sides of the vehicle. This is called blind spot phenomenon (Hassan and Zainal Ariffin, 2013).…”

Section: Introductionmentioning

confidence: 99%

“…Hassan and Zainal Ariffin, 2013). Nowadays, car manufacturing companies have developed this technology with various ways on their cars, in relevant of the safety factors, such as Blind Spot Information…”

mentioning

confidence: 99%

Development of Smart Vehicle Blind Spot Detection System Based on 24 GHz Radar Sensors

Nor¹,

Hassan²,

Wahab³

et al. 2020

IJEAT

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Road safety has become more concern due to the number of accidents that keeps increasing every year. The safety system includes from simple installation such as seat belt, air bag and rear camera to more complicated and intelligent system such as braking assist, lane change assist and blind spot monitoring. This paper proposed a Smart Vehicle Blind Spot Detection System (VBDS) to observe the blind spot region based on ISO 17387: 2008(E). This system is mounted with two programmable 24 GHz radar sensors on the left and right rear side of the car. In addition, this system provides an audible and visual alert to the driver if the system senses any vehicles in the blind spot region using buzzer and LED, respectively. To analyze the performance of the system, test had been conducted at different demography condition. The accuracy of the system is analyzed by comparing number of vehicles detected within blind spot region and ground truth data. This system will alert the driver automatically to ensure the driver safety and reduce road accident. As conclusion, the system had been proofed applicable to use at different demography condition.

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