This is an uncut, unedited video. The system works by connecting to the Hue hub via WiFi. It is powered here by a 9V block battery and a small 8ohm speaker for acoustic responses. Both voice commands and responses are fully customizable and MOVI can also speak and understand Spanish and German.
The delay between the actual light switch and MOVI’s response is introduced by the Hue hub. It is not clear why but one possible cause could be the Hub’s necessity to wait for a timeout as it is not able to send data to the cloud.
Audeme will present the system at this week’s Maker Faire in San Mateo, CA (May 19th – 21st) and they are happy to let you play around with it. In fact, their plan is to create an Instructable and possibly a home kit solution. So stay tuned!
Has your XBOX ever overheated due to excessive use? If so, have you ever wondered what you can do to stop it?
In a fan-control project–developed by Austin Stanton after his XBOX 360 died–this is exactly the issue he is trying to correct. Once he finished grieving for his lost gaming system, Austin was able to focus on how to fix the problem so that his next system doesn’t die. After doing some research, he suspected his entertainment system was the culprit, not allowing enough heat to escape.
Austin decided that the best way to regulate the temperature was to regulate the airflow, which he achieves by using two fans and a servo; the servo was positioned so it would open a door (to increase airflow). A chipKIT WF32 monitors temperature and operates the fans, while a Raspberry Pi was controls the WF32 over Wi-Fi by means of two switches.
In a Digilent-sponsored senior design competition, Kaitlyn Franz’s team won a second place trophy for their project. The team created a Wi-Fi controlled iPad mount for assisting the sight impaired to find lost items. To accomplish this, the team utilized a chipKIT WF32, which has a Wi-Fi capable PIC32 microcontroller on board.
Extra extra! Read all about it! The EDN online community has named chipKIT Wi-FIRE one of their Hot 100 Products of 2015 in their Wireless and Networking category! Although they had posted a glowing review of the chipKIT Wi-FIRE back in February, we were pleasantly surprised to have stayed in their good graces. They said, and we quote “Digilent’s chipKIT WiFire board is an awesome little beastie. Powered by Microchip’s latest 32-bit 200 MHz MCU, the Wi-Fi equipped Arduino-compatible platform has been paired with Imagination Technologies’ Flow Cloud service development tools in an effort to make creating cloud-powered embedded applications practical for the average developer.”
Check out this list of the five newest, high-performance Arduino® boards, published by IHS Electronics360. We’re very proud to say that the list includes the chipKIT Wi-FIRE, boasting a 200MHz Microchip PIC32MZ MCU. You don’t have to take our word for it anymore that the chipKIT Wi-FIRE is one of the fastest Arduino-compatible boards out there right now!
Congratulations to Eusebiu Burlacu and Sebastian Pascu from Gheorghe Asachi University of Iasi, Romania, for their tie for first prize in the Digilent Design Contest Europe 2015. Their chipKIT WF32 based Health and Security Cloud System was designed to process a patient’s ECG signal, as well as monitor patient activity, and transmit this information to a doctor via Exosite’s cloud-enabled data platform. Learn more about it on Instructables.
In this blogpost and this Instructable from Digilent, check out how you can control your chipKIT WF32 from a remote computer with internet access. Your chipKIT WF32 must be connected to a network, but other than that, all you need is an SD card for your WF32. Check out the tutorial for all the details to make your chipKIT WF32 a host webserver that allows access to the WF32 pins from a web page.
Here’s a cool instructable for displaying your local weather and location using a chipKIT WF32 and LabVIEW with LINX. Sudharsan put this Instructable together giving you the tools you need to put this together, and sample code to make it run! Check it out for all the details 🙂