Wireless black box using mems accelerometer and gps tracking for accidental monitoring of vehicles
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Vehicle technology has increased rapidly in recent years, particularly in relation
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other vehicles or pedestrians around the vehicle. This development prevents accidents of
vehicles using Stereo Multi-Purpose cameras, Automated Emergency Braking Systems and
Ultrasonic Sensors. The stereo multi-purpose camera provides spatial intelligence of up to
50 metres in front of the vehicle and there is an environment recognition of 500 metres.
Cars can automatically brake due to obstacles or any hindrance when the sensor senses the
obstacles. The braking circuit function is to brake the car automatically after receiving
signal from the sensors. All cars are competent in applying brakes automatically to a
maximum extent of deceleration of 0.4g. Integrated safety systems are based on three
principles. They are: collision avoidance, collision mitigation braking systems and forward
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The document summarizes the formation of the solar system from a large nebula of gas and dust. The nebula began to condense due to gravity, compressing and flattening into a disc. As it heated up from compression, fusion began in the center to form the early sun. Eventually, chunks of material in the disc collided and stuck together through accretion to form planetesimals, which were the building blocks of the inner, rocky planets that were warmer and the outer, gaseous planets that were cooler. Over time, the remaining gas and dust was blown away by the solar wind.
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Passive cooling refers to techniques used to cool buildings without energy consumption, such as those used in passive house designs. Passive cooling aims to slow heat transfer into buildings and remove unwanted heat through principles of physics like shading, natural ventilation strategies like stack ventilation and cross ventilation, evaporative cooling, and using thermal mass materials. Some key passive cooling techniques discussed are shading, natural ventilation methods, night ventilation to pre-cool buildings, evaporative cooling, desiccant cooling, and underground cooling pipes or storage chambers.
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Passive cooling-techniques
Passive cooling techniques utilize natural heat sinks and airflow to cool buildings without mechanical devices. They include natural ventilation using wind and stack effects to circulate air, shading to block solar heat gain, wind towers to induce airflow, courtyards that circulate rising hot air, earth air tunnels that use constant underground temperatures, evaporative cooling through water evaporation, and passive downdraft systems that cool air flowing over water. Properly incorporating passive cooling strategies can significantly reduce cooling loads in buildings and improve occupant comfort.
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The smart helmet project aims to minimize deaths from motorcycle accidents by automatically alerting emergency services when an accident occurs. The helmet contains vibration sensors that detect if an accident happens. An Arduino board then extracts location data from an attached GPS module. If the sensors detect a hard impact, the Arduino causes an interfaced GSM module to immediately send a message with the crash location to ambulances, police, or family members. This is intended to reduce response times and save lives by getting medical help to the crash site more quickly. Additional safety features could include only allowing the motorcycle to start if a helmet is detected as being worn using transmitters and receivers.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GPS and GSM technology. The system uses a piezoelectric sensor and microcontroller to detect vehicle vibrations during an accident. It then sends the vehicle's location data obtained from the GPS receiver via GSM modem to predefined contacts as an SMS alert. This allows family and emergency services to be immediately notified of the accident and its location.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GPS and GSM technology. The system uses a piezoelectric sensor and microcontroller to detect vehicle vibrations during an accident. It then sends the vehicle's location data obtained from the GPS receiver via GSM modem to predefined contacts as an SMS alert. This allows family and emergency services to be immediately notified of accidents with the location, improving safety and emergency response time.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GPS and GSM technology. The system uses a piezoelectric sensor and microcontroller to detect vehicle vibrations during an accident. It then sends the vehicle's location data obtained from the GPS receiver via GSM modem to predefined contacts as an SMS alert. This allows family and emergency services to be immediately notified of accidents with the location, improving safety and emergency response time.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GSM that monitors vehicle conditions during travel and informs family members if an accident occurs. The system uses a piezoelectric sensor to detect vibrations during an accident and sends a signal to a microcontroller. The microcontroller processes location information from a GPS receiver and sends an SMS alert about the accident and location to a predefined mobile number using a GSM modem. This allows the system to immediately alert emergency services to the accident location.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GPS and GSM technology. The system uses a piezoelectric sensor and microcontroller to detect vehicle vibrations during an accident. It then sends the vehicle's location data obtained from the GPS receiver via GSM modem to predefined contacts as an SMS alert. This allows family and emergency services to be immediately notified of accidents with the location, improving safety and emergency response time.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GPS and GSM technology. The system uses a piezoelectric sensor and microcontroller to detect vehicle vibrations during an accident. It then sends the vehicle's location data obtained from the GPS receiver via GSM modem to predefined contacts as an SMS alert. This allows family and emergency services to be immediately notified of accidents with the location, improving safety and emergency response time.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GSM that monitors vehicle conditions during travel and informs family members if an accident occurs. The system uses a piezoelectric sensor to detect vibrations during an accident and sends a signal to a microcontroller. The microcontroller processes location information from a GPS receiver and sends an SMS alert about the accident and location to a predefined mobile number using a GSM modem. This allows the system to immediately alert emergency services to the accident location.
Advanced remote accident information system using gsm
This document describes an advanced remote accident information system using GSM that monitors vehicle conditions during travel and informs family members if an accident occurs. The system uses a piezoelectric sensor to detect vibrations during an accident and sends a signal to a microcontroller. The microcontroller processes location information from a GPS receiver and sends an SMS alert about the accident and location to a predefined mobile number using a GSM modem. This allows the system to immediately alert emergency services to the accident location.
WIRELESS BLACK BOX REPORT FOR TRACKING OF ACCIDENTAL MONITORING IN VEHICLES
The following paper is to develop a
wireless black box using MEMS accelerometer and
GPS tracking system for accidental monitoring.
MEMS is a Micro electro mechanical sensor which is
a high sensitive sensor and capable of detecting the
tilt. This device can perform all the tilt functions like
forward, reverse, left and right directions. The system
consists of cooperative components of an
accelerometer, microcontroller unit, GPS device and
GSM module. If any accident occurs, this wireless
device will send mobile phone a short massage
indicating the position of vehicle by tracing the
location of the vehicle through GPS system to family
member, emergency medical service (EMS) and
nearest hospital. . The threshold algorithm and speed
of motorcycle are used to determine fall or accident
in real-time. In this project we are also using
temperature sensor and CO sensor which are
interfaced to the micro controller. With the help of
temperature sensor we can measure amount of
temperature exhausted from the vehicle. CO sensor
will sense the amount of CO gas emitted from the
vehicle. Whenever the CO gas level exceeds the
threshold limit then the motor of the vehicle is
stopped. Ultrasonic sensor in the module is used to
detect any obstacle in the surroundings of the vehicle
and intimates the microcontroller and the controller
calculates the distance between the vehicles and if the
distance is very less, then vehicle stops automatically.
Intelligent Helmet for Road Safety
An accident is a specific, unexpected, unusual and unintended external action which occurs in a particular time and place, with no apparent and deliberate cause but with marked effects. Carelessness of the driver is the major factor of such accidents. The traffic authorities give a lot of instructions to the vehicle operators. But many of them do not obey the rules. Nowadays most of the countries are forcing the motor riders to wear the helmet and not to use the vehicles when the person is in drunken condition. But still the rules are being violated by the users. In order to overcome this we propose a new intelligent helmet system, which automatically checks whether the person is wearing the helmet and has non- alcoholic breath while driving. Here we have a transmitter at the helmet and the receiver at the bike .The project aims at the security and safety of the bikers against road accidents. The circuit is so designed that the bike wont’ start without wearing helmet. Also, if the driver is drunk, the bike will not start thereby preventing drunken drivers. And in case of accident, immediate message will be sent to the family members about the accident using a GSM modem.
Ijisa v5-n9-10
This system tracks vehicles using GPS and locks or unlocks engines via GSM. It continuously monitors a vehicle's location via GPS and can report the status on demand via GSM. If theft is detected, the owner can send an SMS to stop the engine. An authorized person must then enter a password via SMS to restart the engine. This provides secure, reliable, and low-cost vehicle tracking and theft prevention.
Heart attack and alcohol detection sensor using internet of things
—In this system we tend to implement a heart-beat observation and heart failure detection system victimization
using the Internet of things. Recently we have got enlarged range of heart diseases as well as enlarged risk of heart
attacks. The detector is then interfaced to a microcontroller that enables checking pulse rate readings and transmittal
them over web. The user might set the high likewise as low levels of heart beat limit. Once setting these limits, the system
starts observation as shortly as patient heart beat goes on top of an explicit limit, the system sends response to the
controller that then transmits this over the net and alerts the doctors likewise as involved. This technique is employed to
watch heartbeat rate of the motive force perpetually and prevents from the accidents by dominant through IOT. IOT
conveys the emergency message to the Owner, auto and therefore the Police. Arduino processor ATmega328 is ready to
handle a lot of functions than standard microcontrollers. This technique is intended for the protection of individuals
sitting within the vehicle.
Similar to Wireless black box using mems accelerometer and gps tracking for accidental monitoring of vehicles (20)
PROJECTS CENTER IN TAMBARAM MAASTECH-ECE PROJECTS TAMBARAM
PROJECTS CENTER IN TAMBARAM MAASTECH-ECE PROJECTS TAMBARAM
SENSING THE VEHICLE SPEED TO ESTIMATE THE DRIVING CONDITIONS IN URBAN ENVIRON...
SENSING THE VEHICLE SPEED TO ESTIMATE THE DRIVING CONDITIONS IN URBAN ENVIRON...
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
Advanced remote accident information system using gsm
WIRELESS BLACK BOX REPORT FOR TRACKING OF ACCIDENTAL MONITORING IN VEHICLES
WIRELESS BLACK BOX REPORT FOR TRACKING OF ACCIDENTAL MONITORING IN VEHICLES
Heart attack and alcohol detection sensor using internet of things
Heart attack and alcohol detection sensor using internet of things
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- 1. Wireless Black Box Using MEMS Accelerometer and GPS Tracking for Accidental Monitoring of Vehicles Abstract: The motorcycle accident is a major public problem in many countries. Despite awareness campaign, this problem is still increasing due to rider's poor behaviors such as speed driving, drunk driving, riding with no helmet protection, riding without sufficient sleep, etc. The numbers of death and disability are very high because of late assistance to people who got the accident. These cause huge social and economic burdens to people involved. Therefore, several research group and major motorcycle manufacturers including have developed safety devices to protect riders from accidental injuries. However, good safety device for motorcycle is difficult to implement and very expensive. Existing System: In earlier system, the accident cannot be intimated to the emergency vehicle automatically. There should be the need of manual power. So we go for the proposed system to overcome the disadvantage. Proposed System: In proposed system, the vehicle is connected with the GPS, GSM modem, Mems accelerometer, relay driver and DC motor. When the vehicle met with accident the sensor value will become abnormal, then the message will be sent to the corresponding person via GSM modem. The GPS will receive the location continuously so the message will contain the location of the accident also.
- 2. Block Diagram: Power Supply MAX232 MEMS Accelerometer 8051 micro controller GPS GSM Modem Relay driver DC motor Hardware requirement: 8051 Microcontroller MEMS accelerometer GSM Modem GPS MAX232 LCD Software requirement: KEIL Compiler Embedded C Advantage: Fast response.
- 3. Save the human’s life.