Status Report 8
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The document provides a status report for the McDAY's MAYDAY CAM project, which aims to develop a car surveillance system using video evidence to help prevent hit and runs. It discusses the overall need for the project to address hit and runs, lists completed milestones like programming the microcontroller and integrating an accelerometer, and outlines ongoing and upcoming tasks like writing the trigger script and final testing.
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The status report discusses McDay's Mayday Cam, a car surveillance system that monitors the vehicle's surroundings to record evidence of hit and run incidents. It has completed the first recording and writing the accelerometer script. Upcoming tasks are assembly, testing, and incorporating more webcams by their April deadlines.
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Status report1
The document provides a status report for McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to help prevent hit and runs. It has finalized its design, ordered parts, and is working on programming the microcontroller and testing the accelerometer. Upcoming tasks include completing the webpage and assembling the system. The overall goal is to provide video evidence of accidents to protect vehicle owners, with hit and runs accounting for about 10% of vehicular incidents.
Status Report 6
The status report discusses the progress of a car surveillance system called McDay's Mayday Cam that monitors a vehicle's surroundings to prevent hit and runs. It has completed tasks like the webpage and microcontroller programming. Upcoming tasks are general assembly and testing of the functional prototype by March 21st. Work on integrating the accelerometer is ongoing with the script only 10% complete.
зельманов.принципы построения
Принципы построения операционно-логистической системы интернет-магазина. Mail Order Russia 2011
Status Report 8
The document provides a status report for the McDAY's MAYDAY CAM project, which aims to develop a car surveillance system using video evidence to help prevent hit and runs. It discusses the overall need for the project to address hit and runs, lists completed milestones like programming the microcontroller and integrating an accelerometer, and outlines ongoing and upcoming tasks like writing the trigger script and final testing.
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Status Report 7
The status report discusses McDay's Mayday Cam, a car surveillance system that monitors the vehicle's surroundings to record evidence of hit and run incidents. It has completed the first recording and writing the accelerometer script. Upcoming tasks are assembly, testing, and incorporating more webcams by their April deadlines.
PiSleep pitch deck
PiSleep is a driver and vehicle safety product which can accurately predict and warn driver's sleeping during the driving to protect driver's life and avoid the damage to the vehicle.
Features
----------
* Early warning for fatigue and distraction driving status
* Suit for all vehicles
* Work around all day, under any weather
* Can be used with glasses and sunglasses
* Distinguish real doze or fake sleep, effectively reduce false warning
* Easy to be installed and used
Status report1
The document provides a status report for McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to help prevent hit and runs. It has finalized its design, ordered parts, and is working on programming the microcontroller and testing the accelerometer. Upcoming tasks include completing the webpage and assembling the system. The overall goal is to provide video evidence of accidents to protect vehicle owners, with hit and runs accounting for about 10% of vehicular incidents.
Status Report 6
The status report discusses the progress of a car surveillance system called McDay's Mayday Cam that monitors a vehicle's surroundings to prevent hit and runs. It has completed tasks like the webpage and microcontroller programming. Upcoming tasks are general assembly and testing of the functional prototype by March 21st. Work on integrating the accelerometer is ongoing with the script only 10% complete.
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Status Report 8
The document provides a status report for the McDAY's MAYDAY CAM project, which aims to develop a car surveillance system using video evidence to help prevent hit and runs. It discusses the overall need for the project to address hit and runs, lists completed milestones like programming the microcontroller and integrating an accelerometer, and outlines ongoing and upcoming tasks like writing the trigger script and final testing.
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Status Report 5
The status report discusses McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to prevent hit and runs. It has completed the webpage layout and design and gotten the mEncoder and mPlayer functioning as required. Ongoing tasks include writing the accelerometer script and finalizing the website. Upcoming tasks are assembly and testing.
Status Report 2
The status report discusses McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to help prevent hit and runs. It has completed initial tasks like ordering parts and starting the webpage layout. Ongoing tasks include programming the microcontroller, testing the accelerometer, and finishing the webpage. Upcoming tasks are completing the webpage, assembling the prototype, and testing.
Status Report 4
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Status Report 3
The status report discusses McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to prevent hit and runs. It provides updates on completed tasks like an initial webpage layout. Ongoing tasks include writing the microcontroller program, testing the accelerometer, and reordering parts. Upcoming tasks are completing the webpage, assembly, and testing, with programming of the microcontroller, complete webpage, and functional prototype targeted for February, February 14, and March 14 respectively.
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The status report discusses McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to prevent hit and runs. It has completed the webpage layout and design and gotten the mEncoder and mPlayer functioning as required. Ongoing tasks include writing the accelerometer script and finalizing the website. Upcoming tasks are assembly and testing.
Status Report 2
The status report discusses McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to help prevent hit and runs. It has completed initial tasks like ordering parts and starting the webpage layout. Ongoing tasks include programming the microcontroller, testing the accelerometer, and finishing the webpage. Upcoming tasks are completing the webpage, assembling the prototype, and testing.
Status Report 4
The document provides a status report for McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to prevent hit and runs. It has completed initial webpage layout and programming the microcontroller board. Upcoming tasks include completing the webpage, general assembly, and testing to achieve milestones like a functional prototype by March 14. Ongoing tasks involve writing the microcontroller script and further webpage work.
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Status Report 3
The status report discusses McDay's Mayday Cam, a car surveillance system that monitors a vehicle's surroundings to prevent hit and runs. It provides updates on completed tasks like an initial webpage layout. Ongoing tasks include writing the microcontroller program, testing the accelerometer, and reordering parts. Upcoming tasks are completing the webpage, assembly, and testing, with programming of the microcontroller, complete webpage, and functional prototype targeted for February, February 14, and March 14 respectively.
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Webinar Presentation: Diagnostic Flash Application with OTX
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This document describes a smart helmet system for bike riders that aims to increase safety. The system uses sensors to check if the rider is wearing a helmet and has not consumed alcohol before allowing the bike to start. It also alerts the rider if any obstacles are too close and informs family members by SMS if an accident is detected. The system blocks bike startup if the helmet or alcohol checks fail. It determines accident occurrence using an accelerometer. Wireless communication between the helmet and bike is enabled by an Arduino microcontroller, IR sensors, gas sensors, ultrasonic sensors, GPS and GSM modules. The system aims to reduce accidents by enforcing safety protocols and alerting emergency contacts if needed.
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- An overview of the connected car device with various sensors that collects and transmits real-time vehicle data to the cloud platform.
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- Details about mobile and web applications that provide users access to vehicle tracking, diagnostics, and other connected features.
- Partnerships with companies like Transatel to enable global connectivity for vehicles across many countries and regions.
Techprom presentation 1 6-18-8
We have invented artificial intelligence technology that can drive a car under difficult conditions like night, fog, and heavy rain. This technology, called a Personal Driver Assistant (ADAS), can help reduce accidents caused by driver inattention by providing early warnings. Our technology was tested and achieved a 96.6% success rate in difficult conditions, which existing ADAS systems cannot do. We have filed a patent and plan to commercialize our technology by licensing it to automakers and governments and partnering with insurance companies. Our team has experience developing AI and commercializing technology.
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This document discusses new automotive inventions and technologies in the areas of safety, accessories, and engine technology. For safety, it describes Mobileye technology that can identify objects on the road to alert drivers of dangers, GM technologies that improve aerodynamics, stability and passenger sensing, and vehicle-to-vehicle communication technology. For accessories, it outlines an emergency tool, a driver monitoring watch, and a gear indicator for a shifter. For engine technology, it summarizes a prototype wave disk generator engine from Michigan State University that aims to improve fuel efficiency and reduce emissions without traditional engine components.
Accident preventing system with the help of pneumatic bumper protection
1. The document describes a system to prevent vehicle accidents using a pneumatic bumper protection.
2. An IR sensor detects obstacles in front of the vehicle and activates a solenoid valve to extend the pneumatic bumper. It also cuts power to the motor to engage the brakes.
3. The system aims to reduce vehicle and human damage from accidents by providing an automatic response when obstacles are detected to extend the bumper and brake the vehicle.
Techprom presentation 1 6-18-10
We have invented artificial intelligence technology that can drive a car under difficult conditions like night, fog, and heavy rain. This technology, called a Personal Driver Assistant (ADAS), could help address the main cause of accidents which is driver inattention. Our tests show the technology can detect speed limits and traffic signs with over 93% accuracy. We have filed a patent and plan to license the technology and partner with automakers and insurance companies to create a safer driving future.
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2. The system analyzes video from the CCTV camera using computer vision techniques to detect accidents. When an accident is detected, it sends an alert message via GSM/GPRS to notify ambulance services.
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Downwell Demolition - O2 Customer Story
Downwell Group offers demolition, asbestos removal, scaffolding and other ‘pre-construction’ services for the construction industry. With a large fleet constantly on the move, their insurer recommended they install a tracking system and vehicle cameras to help assign responsibility when accidents occurred. And by doing so, reduce their annual insurance premiums. “We’d employed a tracking system within our fleet for years, which was primarily an insurance provision,”says Steven Padmore, the Group’s Operations Director. “It had the extra benefit of us locating all our vehicles at any time so we could reassign special equipment or vehicles to specific projects at short notice. Downwell Group offers demolition, asbestos removal, scaffolding and other ‘pre-construction’ services for the construction industry. With a large fleet constantly on the move, their insurer recommended they install a tracking system and vehicle cameras to help assign responsibility when accidents occurred. And by doing so, reduce their annual insurance premiums. “We’d employed a tracking system within our fleet for years, which was primarily an insurance provision,”says Steven Padmore, the Group’s Operations Director. “It had the extra benefit of us locating all our vehicles at any time so we could reassign special equipment or vehicles to specific projects at short notice. “However, our insurers then offered premium reductions if we further equipped our vehicles with camerasthat would show what had actually happened during an accident,and help to immediately identifywho was at fault
1. 10077 12326-1-pb
A low-cost and simple distributed sensors model that is particularly suitable for measuring eye blink of the driver, accident and hand position on a steering wheel. These sensors can be used in automotive active safety systems that aim at detecting driver’s fatigue, a major issue to prevent road accidents. The key point of this approach is to design a prototype of sensor units, so that it can serve as platform for integrating different kinds of sensors into the steering wheel. Since the sensors are attached to the steering wheel, therefore they can’t be detached by the driver. It will also detect dangerous stylish driving which may lead to fatal accidents. The major drawback is that the eye blink sensors frame worn by the driver can be removed causing the sensor non-operational. The outcome is that the vibrator attached to eye blink sensor’s frame vibrates if the driver shuts his eyes for approximately 3 seconds and also the LCD displays the respective warning message. The wheel is slowed or stopped depending on the condition. This is accompanied by the vehicle’s owner being notified through the GSM module, so the owner can retrieve the driver’s location, photograph and a list of nearby police stations through an android mobile application. Therefore, driver can be alerted during drowsiness and the owner can be notified simultaneously.
Autonomous driving system (ads)
The document provides an overview of automated driving systems (ADS). It discusses how ADS have evolved since experiments in the 1920s and discusses key components like mapping/localization, obstacle avoidance, and path planning. It distinguishes between autonomous and automated vehicles, noting most current concepts rely on human oversight. The document also covers pros and cons of ADS, different levels of vehicle autonomy, and legal/regulatory considerations for deploying autonomous vehicles. It concludes that while technology has advanced, many challenges remain before self-driving vehicles can safely operate without human assistance or oversight.
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Status Report 8
- 1. McDAY’s MAYDAY CAM Status Report # 8 Car surveillance system that monitors the surroundings to help prevent the user from hit and run incidents. Team 6 McHenry Diaz | Dustin Wilson | Aman Dhingra | Yong Sinn
- 2. OVERALL NEED About 10% of all vehicular accidents are hit and runs. This project will protect the owners of the car by providing video evidence of the incident. MILESTONES/TARGETS Programmed the Microcontroller Integrated Accelerometer General Assembly – April 15th Functional Prototype – April 15th
- 3. TASKS COMPLETED Mencoder functioning according to requirements Beagleboard communicating with Arduino Enclosure design and ordered
- 4. ONGOING TASKS Writing the script for accelerometer to trigger video recording Demo Day Poster
- 5. UPCOMING TASKS Enclosure Assembly Final Testing
- 6. 100% 80% 100% 100% 80% 10%
- 7. SCHEDULE