Save Energy Beautifully !! By using a light dimmer in one’s living room, it’s possible to completely alter the mood and ambience of a room at the drop of a hat. The Internet of Things is set to disrupt the way we live and work. Smart homes filled with connected products are loaded with possibilities […]
Multichannel Wireless Light Dimmer Read More »
Intel has developed a first-of-its-kind self-learning neuromorphic chip – codenamed Loihi. It mimics the animal brain functions by learning to operate based on various modes of feedback from the environment. Unlike convolutional neural network (CNN) and other deep learning processors, Intel’s Loihi uses an asynchronous spiking model to mimic neuron and synapse behavior in a much
Intel Introduces Loihi – A Self Learning Processor That Mimics Brain Functions Read More »
When you are waiting for a very important letter to come, it’s really bothersome to go and check the post box again and again. The problem gets worse when you are not at home and anxiously thinking if the letter arrived or not. Well, now IoT or Internet Of Things is your savior. Following this
Smart IoT Postbox with Arduino, ESP-01, and idIoTware Shield Read More »
DuWayne and I have been corresponding for a couple of years, sharing mutual interests. I was pleased to be able to give his work a shout in both the printed and ‘spoken’ version of my talk at this year’s Four Days in May event in Dayton and – more importantly – to catch up with
Arduino Scalar Network Analyser (SNA) Read More »
Introduction Vector network analyzer (VNA) are used to measure scattering parameters of high frequency circuits. When frequency is high enough the reflections of the waves start to matter and distributed effects need to be taken into account. VNA can be used to analyze reflection and transmission coefficients of circuits at high frequencies. For example ideally
Cheap homemade 30 MHz – 6 GHz vector network analyzer Read More »
This instructable shows how to control some servomotors remotely in a wi-fi network, using an ordinary internet browser (Firefox, for instance). This might be used in several applications: toys, robots, drones, camera pan/tilt, etc. The motors were attached to an Arduino Uno, which connects the wi-fi network through a ESP-8266 module. The control interface was
Wi-fi browser controlled servomotors Read More »
For Project Whack a Mole I need a 32.768kHz crystal oscillator. I found this circuits on the Interwebs and gave it a try: It wouldn’t go. I messed about changing component values for while, then decided to actually try to understand the circuit. Now for an oscillator to work, we need an amplifier with a
Troubleshooting a 32kHz Crystal Oscillator Read More »
ESP8266 is a great thing for starting to Wifi And IOT It is also cheap and be used for making cool projects connected to the Internet .Learn how to make a simple IOT Project with it .The ESP8266 WiFi Module is a self contained SOC with integrated TCP/IP protocol stack that can give any microcontroller
ESP8266 Wifi controlled Home Automation Read More »
WIP- Using a MKR1000 to create a WiFi Enabled 2/4 Wheeled Robot Platform, Hardware is in hand, now to implement software Things used in this project Hardware components Arduino MKR1000 I was one of 1000 who won this × 1 SparkFun Dual H-Bridge motor drivers L298 Any L298N DC Motor driver will do that’s Adafruit
Wifi Enabled 2/4 Wheeled Robot Platform Utilizing MKR1000 Read More »
INTRODUCTION In this project, we will learn the basics of Transmission Control Protocol (TCP) and how to communicate to a webserver over TCP. We will request and receive packets from the Google web server using the above communication protocol. The 4Duino display is used to print the status of the connection and the received information
Time Stamp from Web Server Read More »
