Skip to main content

Welcome Note




Smart Embedded Creations 

Smart Embedded Creations is a new blog for the embedded enthusiast.
We find thousands of websites and solutions on the particular embedded idea, but many times it misses the small things which author assumes that everyone knows and he skips it.
Also, many facts from an industry point of view are missing.
In my blog, I will try to concentrate on such small things which actually very simple but very essential for embedded development.
I will be addressing introduction to few embedded open source platforms, few firmware solutions, embedded Linux guide, IOT platform and many more

Please let me know by your comments so that together we can build a better-embedded world.
Thanks & Regards,
Vaibhav Kambli

Comments

Post a Comment

Popular posts from this blog

Contiki Cooja Simulation

Cooja Simulator Contiki is an open source operating system for sensor networks and other networked embedded devices.  Contiki supports features like uIP stack (IPv6, RPL, 6LoWPAN), HTTP/CoAP, power profiling and others. It also contains a Cooja network simulator specifically designed for Wireless Sensor Networks. You can set up Contiki with VMware or Virtual-box . Instant Contiki   Virtual-Box   VMware   For VMware:-  Install VMware and extract Instant Contiki and start. For VirtualBox:- use this tutorial for virtual box setup   Instant Contiki VirtualBox Tutorial Cooja Relevant Directories in Contiki Contiki/tools/Cooja Type following Command to Run Cooja ant run It will open a Cooja blue window Create New Cooja Simulation  Select Option File-> New  Simulation Radio Mediums present in Cooja Unit Disk Graph Radio Medium UDGM : Distance Loss Both radio ranges grow wit
Post a Comment
Read more

Touch Sensor Module along with Small DC Motor Project for Arduino

Touch Sensor with Arduino With Following tutorial, you will be able to use Arduino digital input and output pins. To replicate exact results of this tutorial you will be required following 1. Arduino Uno 2. Capacitive Touch sensor  Buy Now 3.  Small 3V DC Toy Motor For Arduino Buy Now Procedure:  Connect Arduino Uno to PC for power and programming Connect Touch sensor's VCC pin to Arduino 3.3V output pin. Connect Touch Sensor's GND pin to any of Arduino ground pin. Connect Touch Sensor's SIG input to any digital input of Arduino pin (1-13) I am connecting to digital pin 3  Connect DC motor one leg to Digital Pin 13 and another leg to ground. Program Arduino with the following sketch. #define TOUCH 3 //the touch sensor is connected to D3 int DCMOTOR = 13; // pin for the DC motor.    void setup()  { pinMode(DCMOTOR, OUTPUT); pinMode(TOUCH, INPUT); }    void loop()  { int sensorValue = digitalRead(TOUCH);
1 comment
Read more