Blog

Smart Agro Probe - blog 3 : Edge Impulse

vishwasn

Edge impulse is a powerful tool with which we can make edge ai as easy as possible. It helps anyone without prior experience in softwareand machine learning to create a tinyML model and deploy them right away. tinyML is revolutionizing the edge AI in...
- 27 May 2021
Smart Wearable Compass #3 : Workflow

vidyamohanan

Two levels of implementation are necessary 1. Custom mobile application A custom mobile application will be developed which will analyze the map (integrated to google maps) to the destination.It should also analyze the driving/commuting pat...
- 27 May 2021
Smart Wearable Compass #2 : Project Theory

vidyamohanan

The proposed system will augment the need for a navigational aid to the drivers and commuters, without affecting the situational awareness of the person. Here we will use haptic sensory perception to aid the navigation and frees the vision and a...
- 27 May 2021
Smart Wearable Compass #1 : Introduction

vidyamohanan

What is Situational Awareness? According to Wikipedia, Situational awareness or situation awareness (SA) is the perception of environmental elements and events with respect to time or space, the comprehension of their meaning, and the projection...
- 27 May 2021
Smart Agro Probe - Blog 2 Getting started

vishwasn

Hello all, in this blog 2 we will go through the required components and connection diagram.I came to my native for some work and there was a sudden lockdown, luckily I had my nano with me and some limited components. I ordered the rest of the compon...
- 27 May 2021
Design for a Cause 2021 - Robotic Hand (Blog #6) – Project Complete (Part 1)

dwinhold

Design for a Cause 2021 - Robotic Hand (Blog #6) – Project Complete (Part 1) Material:Arduino Nano 33 IOT5 – Servos50lb Fishing Line (Simulate Tendons)3D Printed handINA828 Precision Instrumentation Amplifier chipSurface Electrode Pads (Attach t...
- 27 May 2021
Remote Agriculture Solution #04: Setting up Arduino Nano 33 IOT

aaryan2134

Remote Agriculture SolutionBlog Links:#01: Introduction #02: Components and Design Structure #03: Setting up the AgroBot#04: Setting up Arduino Nano 33 IOT#05: Monitoring System #06: Irrigation System #07: Pest Control System #08: Linking Everything to Ar...
- 27 May 2021
Remote Agriculture Solution #03: Setting up the AgroBot

aaryan2134

Remote Agriculture SolutionBlog Links:#01: Introduction #02: Components and Design Structure#03: Setting up the AgroBot#04: Setting up Arduino Nano 33 IOT #05: Monitoring System #06: Irrigation System #07: Pest Control System #08: Linking Everything to Ar...
- 27 May 2021
Desktop Merry-go-round #4 Making the GoAround

fyaocn

1 The Build of Merry-Go-Around 2 Play Melody 3 Motor Drive 4 Next to do 1 The Build of Merry-Go-AroundMake the support frame and decorated with favorite avatar, the plate can turn with DC motor.2 Play MelodyThe best part of Nano 33 IoT is ar...
- 27 May 2021
MicroGrid Connection Unit #7: OLED Display & automatic calibration

makervanlabs

Having broken my Nano33, I decided to switch back to the regular Arduino Nano. But I decided to stay with the adaptations to 3.3V, and use the 3.3V output of the Arduino Nano as the analog reference. That would allow me to keep the code and schematic...
- 26 May 2021
VenTTracker #13 - Project wrap-up and Lessons learned

javagoza

This our final blog for the Design for A Cause Challenge 2021. A summary of what these twelve weeks of work have been. Design for A Cause 2021 the VenTTracker project 01 - Intro and motivation. | 02 - Analyzing Window Types (I) | 03...
- 26 May 2021
Remote Agriculture Solution #02: Components and Design Structure

aaryan2134

Remote Agriculture SolutionBlog Links:#01: Introduction#02: Components and Design Structure#03: Setting up the AgroBot #04: Setting up Arduino Nano 33 IOT #05: Monitoring System #06: Irrigation System #07: Pest Control System #08: Linking Everything to Ar...
- 26 May 2021
Remote Agriculture Solution #01: Introduction

aaryan2134

Remote Agriculture SolutionBlog Links:#01: Introduction#02: Components and Design Structure #03: Setting up the AgroBot #04: Setting up Arduino Nano 33 IOT #05: Monitoring System #06: Irrigation System #07: Pest Control System #08: Linking Everything to Ar...
- 26 May 2021
Automatic Medicine Vendor | Final Build - Blog #5

aniketdhole

All components and parts were assembled together and the connections were made. Overall Build Video: players.brightcove.net/.../index.html Testing the Build for all positions Video :players.brightcove.net/.../index.html Demo of Whole P...
- 26 May 2021
Design for A Cause 2021 - Health Monitoring in Home Utilizing IoT - IoT System with Thinger.io Platform, Part 3 – Blog #13

guillengap

IOT SYSTEM WITH Thinger.io PLATFORM, PART 3 This is the continuation of my previous post: IOT SYSTEM WITH Thinger.io PLATFORM, PART 2 ADDING WIDGETS We activate the widget editing mode by clicking the right button as shown in the...
- 26 May 2021
Design for A Cause 2021 - Health Monitoring in Home Utilizing IoT - IoT System with Thinger.io Platform, Part 2 – Blog #12

guillengap

IOT SYSTEM WITH Thinger.io PLATFORM, PART 2 IOT SYSTEM Now is the time to create a complete system, where our doctor can both monitor the readings of a temperature sensor and also activate a switch on a ventilator or can control the amount ...
- 26 May 2021
VACBAG---"Final Prototype"__________Blog#8

sidastro

<<--Blog#7VACBAG Portable Vaccine Box (Application Of Thermoelectric Cooling)--AS PRODUCT-- Embedded Hardware View with wiring Vertically attached firmly to get Machine Learning models Inside ViewDigital Sensor insi...
- 26 May 2021
Design for A Cause 2021 - Health Monitoring in Home Utilizing IoT - IoT System with Thinger.io Platform, Part 1 – Blog #11

guillengap

IOT SYSTEM WITH Thinger.io PLATFORM, PART 1 In this final part of my project, I'm going to explore the design of an IoT system that can serve the doctor who attends his patients remotely, since he will not only measure his patient's medical para...
- 26 May 2021
Automatic Medicine Vendor | CAD Design and Mechanical Build - Blog #4

aniketdhole

Initial Design IdeaThis was my initial paper design to make a circular rotating storage with door such that it moves to the position angle and then opens the door, using total of 2 servo motors. CAD Models:All the cad design were created&...
- 26 May 2021
Automatic Medicine Vendor | Arduino Nano IoT Setup - Blog #3

aniketdhole

First after getting the board , I have set up the Arduino IDE by installing Board From Tools menu -> Boards -> Boards Manager Then Tried out example blink code and they worked correctly For Controlling the Servos , they nee...
- 26 May 2021
Automatic Medicine Vendor | Android App - Blog #2

aniketdhole

The Moblie App is made in Flutter which is a framework for making IOS and Android Apps. For the database I have used FIrebase Database Here is the design of the AppUI: Adding Medicine UI DatabaseThe Firebase Database used is NoSQL...
- 26 May 2021
Smart Agro Probe - Blog 1. Ideation

vishwasn

Hello all, It's a very difficult time now, as the covid-19 cases are going up like anything here in India and the world, we have lost many dear ones due to this deadly disease. It's been very difficult to keep mind and body to do the required work. A...
- 26 May 2021
Upgrade your current Monitor with Adaptive Brightness Smart feature to Save Eyes #05 :Final Submission

sandeepdwivedi17

Till now we have seen 4 different blogs for this Idea.Blog #01 :Concept Blog #02 :Solution Overview Blog #03 :arduino 33 iot interfaced with light sensor BH1750 that gives room light level in lux Blog #04 :PC Program to Control Screen ...
- 26 May 2021
Smart Exhibit: Blog #6: BLE connection

alexandru.cohal

Hello! Here are my latest updates:I tested the Bluetooth Low Energy (BLE) connection between the Arduino Nano 33 IoT board and an Android smartphone. Using the ArduinoBLE library, I created a Sanity Check program. In this program, the Arduino N...
- 25 May 2021
MicroGrid Connection Unit #6: From 5V to 3.3V

makervanlabs

Having started out with the 5V based Arduino Nano, I needed to make some adjustments to make my circuit work with the Nano33, which runs at 3.3V. I thought I would have to adjust the voltage dividers, but at a ratio of 10:1 (100kΩ and 10kΩ resistors)...
- 25 May 2021