AshMep

Arduino Workshop

Poster Workshop

Arduino Memo on female hostel

Plan for whole day

The key point for this workshop is :

Introduction to Arduino
Setting up your Arduino Environment
First Arduino sketch
Making LEDs glow and blink
How to read buttons/switches
Analog Signals
Serial Communication
Digital Thermometer

Arduino can be sheild

Basic about Arduino it was open source and there no shilling or no limit to use it. This picture below there have many type of board that can be easy to use or hide on your board without notice it. The simple and easy to carry with variety port of it.

Variety type of Arduino board.

Orait, I know all of this had been talk at last talk but it give more understanding on it. Lets move forward to the program that been focus on it.

This is my basic kit that been provide to us.
Actually, I buy it from Ali that manage the program :)

Least go to the Arduino, inside this kit, their give us R3. It look like this :

New Arduino Uno R3

Back of Arduino, if it R2 back of it is blue.

This is R2.

Now, I have the board, but don't forget that it not yet install. Who came to this workshop was lucky because their provide the cd of installer to make your life easy.

When come to the construct the circuit basic about it was electronic.

NURASHLIDA - PERMALINK

Let's talk Arduino

Arduino Logo

Salam,

On 23 march 2012. there is seminar about " Lets Talk Arduino (Introduction to Microcontroller) at CR 226 by my supervisor , Sir Zulkifli Mahmoodin.

The poster

There have few of topic that been highlight during the talk :

Type of board
How Arduino's function
Sheilld
Current price of board by type
Programming

DEMO TIME

The color change by user

After short explanation about Arduino, Sir had been demo in front of us how Arduino and Android be a best friend ever. Manually all the program been set on Arduino then been pair with Android.

The combination was great!

Test on the screen laptop

The picture show that after the code been upload into circuit and handphone. The it test directly to the simple circuit that been done. As a result, it show same color on LED.

The result is parallel to the instruction

Display all three color.

Simple code bring all this out. Can u imaging how simple its. Even it is simple don't over estimate on it. When come to the truth final project it can go to disaster. Well from know on, let's try and error using Arduino. With some of data on internet and few of it in the sample maybe can be easy. Well bring it on Arduino.

=ASH=

NURASHLIDA - PERMALINK

Introduction & Problem Statement

This is my introduction and problem statement. From here there is few issues that need to be correct.

NURASHLIDA - PERMALINK

Seeking for It~

Basic heartbeat per minute for human is..

Newborns (0 - 3 months old): 100 - 150 beats per minute
Infants (3 - 6 months old): 90 - 120 beats per minute
Infants (6 - 12 months old): 80 - 120 beats per minute
Children 1 - 10 years: 70 - 130 beats per minute
Children over 10 and adults (including seniors): 60 - 100 beats per minute
Well-trained athletes: 40 - 60 beats per minute

support article

Exercise

when people exercise each of them have different heart beat. Even age also related on it. In this table, maximum heart beat can be detect per minute. Calculation for it. [ MEASURE NOW ] . Simple measure by put two fingers on your neck or at your wrist and count per minute each beat. Then key in the value at calculation.

Neck

Wrist.

[Learn to count.]

For the heart rate monitor circuit diagram .

First, a description of how optical heart rate sensors work. Most kids have shined a flashlight through their fingers, or cheek, and seen the light glow through their flesh. It’s a spooky-cool thing to do even as an adult. What it shows is that we are semi transparent. Most of the light is absorbed or reflected by our organs and tissues (skin, bone, muscle, blood), but some light will pass through our tissues if they are thin enough. When blood is pumped through your body, it gets squeezed into the capillary tissues, and the volume of those tissues increases very slightly. Then, between heart beats, the volume decreases. The change in volume effects the amount of light that will transmit through. This fluctuation is very small, but we can sense it with electronics.

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