Winners Announcement - Upcycle IoT Design Challenge 30 Applicants, 15 Challengers, 46 Blog Posts, 150 Comments.
Please Congratulate the Winners of Summer of Green Tech Design Challenge.
Every year, 50 million tons of e-waste e...
I cap up my participation in this design challenge by this final blog, which is basically a summary blog. I have written 12 blogs in total for this design challenge including this blog.
Theme
I had proposed to address two problems as...
In my blog - 'Blog #6 : Moving Towards Clinical Grade Oximeter & Respiratory Diagnostics', I have discussed the problem concerning air purification and related medical diagnostics with an oximeter and the pressure sensor. In this blog, I...
In this blog, I will explain how a owner or a senior management can connect and know all the setup of his/her factory on AWS IoT Cloud.
I will use 'The Infineon IFW956810 AIROC Cloud Connectivity Manager Eval Kit', the same one wh...
I welcome you to my last part of my series as part of Upcycle IoT Design Challenge. Today I will complete up-cycling my broken wireless earbuds which I introduced in previous blogs.
The last part remaining in my project is controlling device using Mi...
I welcome you to third part of my series as part of Upcycle IoT Design Challenge. Today, I will integrate HDC1080 to SAM E51 project. It was quite challenging for me, because I used SAM E51 microcontroller for first time. Even more challenging it was...
I welcome you to third part of my series as part of Upcycle IoT Design Challenge. In previous blogs, I described earbuds and shown their schematics which I reverse engineer. For practical reusing of earbuds, I want to use them with Curiosity Nano boa...
I welcome you to second part of my series as part of Upcycle IoT Design Challenge. In previous blog I described earbuds which I want to upcycle and today I will show them in more details.
Opening Erabuds
Opening is not very hard. Main part plastic c...
Hello Element14 community!
I welcome you to my first blog as part of my series about my project which I want to do as part of Upcycle IoT Design Challenge.
In this blog I want to introduce my project.
Broken earbuds
In last 5 years I was buying and u...
I have developed Android App 'E14 Upcycle IoT Demo' which is also uploaded on my Google Play Store.
Google PlayStore Name :
Applet is also uploaded on e14 : e14upcycleiotdemo_apk, e14upcycleiotdemo_app.zip
Android Applet ...
Intro
My original plan was to use an idea from the Radio controlled clock/weather station, port it to the new architecture (Microchip Curiosity Nano SAME51) and receiver board (OOK RX click module), add voltage measurement and a relay to create ...
Intro
This is my eighth and final blog in the Upcycle IoT Design Challenge. During the course of this project I recycled, reused, repurposed, upcycled, salvaged, and reimagined various components and subsystems from a 23 year old PC to create:
a CP/...
Intro
The design kit has finally arrived, so this is a belated push to get something built and working before the project deadline this week. I have been able to get the kit system running some preliminary software but unfortunately I need to break o...
In this blog, I will implement secure authentication with IoT.
The Microchip's SAM E51 Curiosity Nano Evaluation Kit offers on-board features like AES(Advanced Encryption Standard), PUKCC(Public Key Cryptography Controller) and&nb...
Intro
Following suggestion of DAB I have decided to verify my sensor's readings by installing a second one (and then a third one...) and got some - unexpected to me at first - results.
Second sensor and a surprise
Another sensor was ins...
Intro
Initial measurements were conducted to asses the feasibility of obtaining working energy storage using refrigerator under test. The objectives were set as following:
over-freezing during energy oversupply should allow for significant reduction...
In this blog, I will explain the basics and setup, the demo will be in other blog.
This blog is divided into three sections -air purifier, oximeter and the pressure sensor which can be also used for respiratory diagnostics and ai...
In this blog, I m going to measure an electrical activity of a beating heart through electrodes taped to the skin, using ECG 2 click bundle and Microchip SAM E51 Curiosity Nano. Firstly I will explain basics and setup, the demo wi...
Intro
Every design challenge should have an unboxing blog, that is traditionally one of the first written. Unfortunately because of some delays and availability problems, I have just obtained most of my design kit, which I can now proceed to unb...
Intro
This is very late in the game to be doing an unboxing, but the design challenge kit only arrived a few days ago. There were problems with stock of the Click modules I asked for, and further problems with shipping. I ended up paying about $23 fo...
In this blog, I am going to discuss set up, and explain Curiosity and Nano boards by the sponsor Microchip.
I will firstly explain what are Curiosity Nano Base evaluation kit and SAM E51 Curiosity Nano Evaluation Kit. Then I will ...
In this blog, I will discuss RTOS, which I will be using and demonstrating in this design challenge.
1. What is RTOS ?
RTOS is a real-time operating system (RTOS). It is an operating system (OS) for real-time computing applications that have c...
In this blog, I am going to explain architectures of Cortex M4F and SAM E51 in detail.
1. RISC ARM Cortex M4F Architecture
The kit contains microcontroller ATSAME51J20A which is based on 32-bit RISC ARM Cortex...
Intro
In the previous blog post we have researched the method of controlling household refrigerator operations, but doing it blindly/open-loop can lead to sub-optimal results. Thus, some measurement method has to be prepared. To not make big modifica...
