The document describes a proposed heads-up display project that would show real-time navigation and traffic conditions on a car's windshield. It would use a transparent OLED display mounted on the windshield and connected wirelessly to the internet. A camera mounted on the front of the car would take real-time images that a processor would analyze to display navigation directions, speed limits, and the speed of vehicles ahead, helping to prevent accidents. The display technology allows it to take the shape of the windshield and is more efficient than LED or LCD displays.

2. Introduction
 Internet of things :
A lot of connected devices working together
without the interruption of human. Like home
automation where the user in summers need not
switch on ac manually when he arrives home it will be
switched on as soon as he opens the door.
 My project : Heads up display
A display connected wirelessly to the internet
showing navigation and traffic conditions on the
windshield of a car in real time while driving.

3. Heads Up Display
( transparent OLED based display)

4. Heads Up Display
 We have transparent
oled based display which
shows the real time
navigation and with
speed limits and speed
of the car ahead.
 There is camera which
will be mounted on
front of the car which
will take images and
processor will process
them in real time and
the final display in
shown on the display of
the windshield.

5. Transparent OLED
The substrate is transparent.
When its off its up to 85
percent transparent. The oled
technology helps us to make
the display take the shape of
the windshield. Its transparent
behavior makes it he best
choice for the project.
Also it is environment friendly
and most efficient than LEDs
and LCDs. It has efficiency max
up to 131lm/W. Which makes it
a low powered device.

6. Trends
 Skully an intelligent helmet making company is
making smart helmets for riders. It was founded in
2013. But it has major drawbacks which didn’t make it a
big success.

7. Skully Helmet

8.  Difference that I would like to make it that, through
real time image processing technique we not only give
the user a proper direction to travel but also optimize
the travel by letting the driver know the speed of the
vehicle in front of it. Also give the user notification of
his speed with fuel indication.
 The new display will prevent the accidents which is a
big case in my country. Many people face accidents
and some even loose their life. This display will help
prevent such cases. Also in case of some fault or
accident the Module will notify the nearby hospital
and send an SMS through GSM module to the relatives
of the driver.
 Helping the driver get maximum service needed.

9. Interest Areas
 My interest areas are intelligent navigation system, IoT, Smart
Cars etc.
 After the accident of my parents, I’m working hard regularly to
make projects to prevent such things in future to anyone.
 Accidents are most unavoidable and uncontrolled thing that
happens mostly because of the blind spot of the driver or the
unawareness of the driver. This display will prevent such thing to
happen in future.
 I’m an electronic enthusiast working hard in the field of digital
electronics.

10.  If I have been provided internship in this area I would
like to work on image processing, real time operating
system, working with API’s of GPS navigation (like
here maps and google maps) and also on OLED
display.
 I would like to work on Intel Atom Processor (Intel
Galileo Board) with Wifi shield and an OLED display.

11.  I have also participated in the Intel Embedded Design
challenge 2014 in the field of IoT and have qualified
till the semi finals.
 I have experience on working with Arduino, ARM
processors, Atmel’s AVR, Cypress’s PSoC board and
Xilinx Spartan 3E FPGA board.