Design Concept MAJOR AUTO DRIVE ELECTRONIC SIGNAGE INTERFACE IN-BUILD POLICE DETECTION SYSTEM IN-BUILD NAVIGATION SYSTEM MINOR DIGITALIZED WINDOW TINTING.

Slides:



Advertisements
Similar presentations
DESTINATION INNOVATION PROGRAM SAFE COORIDOR ENHANCEMENT (SCorE) Jon Jackels Mn/DOT ITS Program Engineer Traffic Topics April 7, 2011.
Advertisements

Automated Driving System Jasbir Dhillon Konstanstin Polozov Na-Lee Ha Luthfa Hussain Rummana Ahmed.
V.T.A V.T.A Road Accidents Are Avoidable Over recent years we have witnessed a growing number of unnecessary road accidents often caused by human error,
Get into Gear Engaging young people and young drivers in road safety. The following power point can be adapted to suit the users needs.
Unit 2 Learning the Basics
Multi-Media Head Up Display. Crystallization of Safety 、 Intelligent 、 Technology In the United States, each year more than 600 million times a car accident,
Do Now for 5/16/13 Take out E83 #3 and get it ready to hand in.
Presented by: Team NightStriker Course: EDSGN Section: 006.
PROJECT 1 «Chameleon» Dnipropetrovsk : Baram Leach Lubarsky Rahel Pavlovsky Dadid Suchok Elizaveta.
Driver’s Safety Pg
Defensive Driving.
BLR’s Safety Training Presentations
CHARACTERISTICS OF TRAFFIC ENGINEERNG
Driving While Distracted NTEPS September 24, 2009.
Global Positioning System (GPS) Learning Objectives: By the end of this topic you should be able to: describe how satellite communications systems are.
In a brief paragraph: Your goal is to try and convince someone to stop using their phone (texting, ing, calls, etc.) while driving. What would.
Your Safety during Ramadan
This training tool is brought to you by
WFN Physics Laboratory. Outline 1) Driving Problems 2) Objective 3) System Flow 4) Model Demonstration 5) Advantages 6) Further Development.
OverView on Interaction Metaphore Murtaza Hussain.
Project 2 BY: TIM OLSON, HUNTER SULOVSKI, SAJAD AL ALI, BRENNAN KERWIN, CHARU PANKAJ.
Learning To Drive Driving Factors. Inattention Inattention great enough to cause a crash can result from driving distractions or lack of sleep. Did You.
Acceleration Pg. 9 This lesson defines acceleration, its signs and its units, and provides conceptual, graphical, and quantitative examples. Students use.
Safety All The Time Oyuki Ogawa Executive Vice President DENSO CORPORATION.
Minnesota Teen Drivers Minnesota Teen Drivers The data presented is based on teenage driver crashes from Minnesota during 1998 through The data presented.
Platform Data Extension PDE 1.4
CAROL GUENTHER Crash Prevention Technology What is it? Biomimetic Car Robot Drive BR23C Concept robot Developed by Nissan with the University of Tokyo.
Platform Data Extension PDE Technical Training
Addressing Previous Concerns DeliverableFalse Positives Distraction Compatibility/ Calibration.
© Siemens AG, 2002 s CP RS Agenda The Role of IT for Accident-free Driving Interaction with driver’s physical condition Interaction with the roadside environment.
The Augmented Window Danielle Frasier, Kaitlyn Lo, Alicia Kapjian-Pitt.
I-CAR. Contents Factors causing accidents and head on collision Existing technologies New technologies Advantages and drawbacks conclusion.
IHRA-ITS UN-ECE WP.29 ITS Informal Group Geneva, March, 2011 Design Principles for Advanced Driver Assistance Systems: Keeping Drivers In-the-Loop Transmitted.
PRESENTED BY TARUN CHUGH ROLL NO: DATE OF PRESENTATION :-29/09/2010 ARTIFICIAL PASSENGER.
 Introduction  What is Driverless Car ?  History  Component  Action  Technology  Advantages  Disadvantages  Conclusion  Reference.
Transportation.  A chance to look at combining several ideas in a larger problem  What are the HF issues in driving?
Connor Carey. Aims  Record road scene from Android  Detect speed sign  Determine speed limit  Compare to current speed(GPS)  Alert driver if speeding.
JARVIS- Personal Assistant Jarvis is a smart personal assistant which does your work on your behalf just with your voice command.
When you are behind the wheel of a car, being sleepy is very dangerous. Driving drowsy slows your reaction time, decreases awareness, and impairs judgment,
Module 3: Topics 1-3 Vision and Driving Visual Fields Line of Sight/Path of Travel Locating Vehicle Blind Zones.
TRAFFIC SAFETY Presented By Sgt. Debra Newsome Canton Police Department.
Optical Sensors in Automotive Applications “Solving Sensing Problems with Photonics” Photonex 2010, 3 rd November 2010 Roger Hazelden Technology Leader,
Refraction – Learning Outcomes  Define refractive index.  Demonstrate refraction.  State the Laws of Refraction.  Solve problems about refraction.
Project Unit 4 Writing an to give information.
Driving drowsy slows your reaction time, decreases awareness, and impairs judgment, just like drugs or alcohol. And, just like drugs and alcohol, driving.
2013.
Module 3: Topics 1-3 Vision and Driving
Apply safe driving behaviours
Distracted Driving Amanda wende.
Intelligent Transportation System
ADVANCED DRIVER ASSISTANCE SYSTEMS
PRESENTED BY: SHAHIN HUSSAN
Autonomous CAR.
Project Edward….
IVG Driver Training Navigation Services.
Fatigue.
Signs, Signals, and Markings
Ensuring safety in young drivers
DISTRACTED DRIVING Garin Toren Founder & CEO messageLOUD.
Quad Chart Danielle Ho.
Response Time (Reaction time)
Accelerating the Introduction of
PMV Risk Management Pointers
How to Avoid Accidents While Driving
Road Safety By Chloe and Rebecca.
AMA Intelligent Transportation Systems
Need Analysis, Objectives, Criteria and Constraints
What Is Distracted Driving?
The 3 Keys to Defensive Driving
Rules of the Road Chapter 11
Presentation transcript:

Design Concept MAJOR AUTO DRIVE ELECTRONIC SIGNAGE INTERFACE IN-BUILD POLICE DETECTION SYSTEM IN-BUILD NAVIGATION SYSTEM MINOR DIGITALIZED WINDOW TINTING UV SYSTEM

Autodrive System - Drives automatically when it is engaged. - Allows driver to have better experience with drinking or eating while driving - Drivers are allowed to rest or sleep

Traffic Sign Recognition System - Displays on road traffic signs - Displays information of traffic signs on fixed position on the windscreen. Drivers usually missed some traffic signs while driving in certain conditions(e.g High speed, night time, bright sunlight and even poor sign position). - This reduces the vision movement

In-Build Police Detection System - Alerts and informs the driver to the presence of traffic police - Voice A.I.

Navigation System - Displays the way to a certain destination on the windscreen - Uses on screen directional arrow that appears on the road - Has a side navigation map

How It Works - Online traffic system - Having one transmitter at a place that transmits information to the cars with large radius coverage

Digitalized Window Tinting UV system - Changes the colour of the windscreen digitally. - Allows more driver friendly experience according to the choice that suits the driver - Can be remove with a push of a button - Powered by thin layer of fibre optics

Safety Through Redundancy  The conventional meter display is kept as usual to avoid system failure  Example: Speedometer, Fuel, Temperature

Potential Problems Customization of interface could lead to greater distraction. The potential to load “apps” into a car’s HUD could intensify the scale of the interface beyond what was originally intended and safe.

Psychological Impact  Auto-drive functionality could cause heightened anxiety.  Taking control away from the driver may be perceived as a negative.  “Blaming the driver AI” could lead to greater complexity in determining blame for car accidents.