This project is regarding to the transportation in Indonesia. Hopefully this project will give the user can be easier to know about the situation of the street our route that they wanna go. They can know the air condition of the place is clear or already pollute with CO or not. So we can predict there are any traffic jam or no in that area by the measure of the CO detector that measure the CO concentration. The user can ask the weather forecast too.
PERSONAL DATA
FORMAL EDUCATION
2013 – .... : SMA Sampoerna Academy Boarding School
2010 – 2013 : SMP Negeri 1 Ciawi
2004 – 2010 : SD Negeri 1 Caringin
2002 – 2004 : TK Al-Mukhlisin
SEMINAR/WORKSHOP/COMPETITION
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Smart Traffic Lamp Integrate with Smart Helm with Wireless Fidelity ESP 8266 for Pollution and Weather Informer
Method:
Literature Review
PROPOSAL
This proposal purpose is to join IoT competition 2015
Writter:
Ahmed Diaz Ravan
SMA SAMPOERNA (SAMPOERNA ACADEMY BOARDING SCHOOL)
BOGOR
The Aims of the Idea
The aim of this product are:
Overview about the Idea
Smart traffic lamp is a tool or a machine that locate at traffic lamp and this tool use solar energy for the energy. The tool will connect to the CO detector, and when the number of CO that measure by the CO detector is overlap the capacity, the tool will give a signal for arduino WiFi to send any information or tweet to the twitter that the number of CO has increase, and the helm will receive it and tell to the user by headset bluetooh. This tool also can give any information about weather forecast and traffic jam around the user areas. So it will help the user while driving their transportation.
Method
The first method that we use for the first is literature review. I learn how the tool will run. I learn to code with Java to make the apps for the helm, because I hope the helm can integrate to the smart traffic lamp directly and can receive the information from the smart traffic lamp. This tool will run if the coding is correct and the hardware are doing right.
Time frame
For the total of the day that I need is around 1 month if I doing effectively to make this tools. Because the hardest problems are about the coding when make the app and make the helm and traffic lamp are integrate.
Budget
For the total budget itself, I divided into 2 budget. First is when make the smart traffic lamp and second is when make the helm that will integrate to the traffic lamp.
Smart Traffic Lamp |
Smart Helm |
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Solar panel |
Rp 200.000 |
Framework of Helm |
Rp 150.000 |
CO detector |
Rp 150.000 |
Small headset bluetooth |
Rp 65.000 |
The frame work |
Rp 100.000 |
Masker |
Rp 55.000 |
Arduino Wifi Shield |
Rp 800.000 |
Helm Tracker |
Rp 100.000 |
Small prosesor and RAM |
Rp 200.000 |
Solar panel |
Rp 200.000 |
Electric material |
Rp 50.000 |
Total |
Rp 570.000 |
Total |
Rp 1.400.000 |
Total Budget |
Rp 1.970.000 |
Design and Scheme
See the main Image