introduction of LinkIt Smart 7688 Duo and MCS basics. Contents includes environments setup (Arduino IDE and Web UI); SSH log in; How to program nodejs and python on 7688; Mediatek Cloud Snadbox introduction.
And finally let your 7688 duo interact with MCS.
More interesting: http://www.cavedu.com
LinkIt 7697 outer case - DesignSpark Mechanical / OnkscapeCAVEDU Education
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This topic will show how to design a outer case of LinkIt 7697 board.
Today we use DesignSpark Mechanical 2.0 to desgn it and use Inkspace convert to *.PDF file.
PDF files can support almost all kinds of drawing program and export to laser beam cutting machine.
designer: yulun @CAVEDU
file download: https://www.thingiverse.com/thing:2400953
Tutorial of LinkIt 7697 IoT dev board, including Arduino IDE setup, BlocklyDuino GUI, Mediatel Cloud Sandbox and how to interact throught BLE (App Inventor).
LinkIt 7697物聯網開發板教學,包含Arduino IDE、BlocklyDuino圖形化介面、MCS雲服務以及使用 App Inventor 進行 BLE 互動.
Power by CAVEDU Education http://www.cavedu.com;
App Inventor TW http://www.appinventor.tw
This document discusses building a scalable and serverless backend environment for mobile and IoT applications using AWS IoT. It demonstrates connecting devices to AWS IoT, setting device shadows, using rules to route data to AWS services like DynamoDB, and building mobile apps that interact with devices. It also shows how to use AWS Lambda, SDKs, and other services to process and analyze IoT data at scale.
This document describes Humix, an open-source robot framework built on IBM Bluemix, IBM IoT Foundation, and Watson AI services. Humix was created during a hackathon and uses various sensors and APIs to listen, feel sentiments, speak Chinese, and have instinctive and cognitive behaviors. The document discusses Humix's architecture and features, proposes next steps to build a mini robot or flying robot, and provides references to related projects and how to use IBM Bluemix.
The document discusses the LinkIt Smart 7688 development board. It has an MT7688 system on chip with WiFi, 32MB flash, and supports 18 servo motors. It can be programmed via OpenWRT using C/C++, Python, or Node.js. The board works with the MRAA and UPM libraries to control sensors and I/O. It also describes the MediaTek Cloud Sandbox, a cloud platform for prototyping and collecting data from IoT devices.
Brief introduction of Education RobotArm, you can control it with most version of Arduino (including contemptible boards) and Raspberry Pi.
This robotarm was direved from MeArm v0.4.
David Tseng from MIT shared about his experience at MIT and CAVEDU's partnership with MIT's App Inventor program. He discussed CAVEDU's goals of promoting App Inventor and robotics education in the Asia Pacific region. Tseng provided details about his travel from Taiwan to MIT, MIT App Inventor team members, and a 3-day training course at MIT on sharing and wishing.
This document discusses building a scalable and serverless backend environment for mobile and IoT applications using AWS IoT. It demonstrates connecting devices to AWS IoT, setting device shadows, using rules to route data to AWS services like DynamoDB, and building mobile apps that interact with devices. It also shows how to use AWS Lambda, SDKs, and other services to process and analyze IoT data at scale.
This document describes Humix, an open-source robot framework built on IBM Bluemix, IBM IoT Foundation, and Watson AI services. Humix was created during a hackathon and uses various sensors and APIs to listen, feel sentiments, speak Chinese, and have instinctive and cognitive behaviors. The document discusses Humix's architecture and features, proposes next steps to build a mini robot or flying robot, and provides references to related projects and how to use IBM Bluemix.
The document discusses the LinkIt Smart 7688 development board. It has an MT7688 system on chip with WiFi, 32MB flash, and supports 18 servo motors. It can be programmed via OpenWRT using C/C++, Python, or Node.js. The board works with the MRAA and UPM libraries to control sensors and I/O. It also describes the MediaTek Cloud Sandbox, a cloud platform for prototyping and collecting data from IoT devices.
Brief introduction of Education RobotArm, you can control it with most version of Arduino (including contemptible boards) and Raspberry Pi.
This robotarm was direved from MeArm v0.4.
David Tseng from MIT shared about his experience at MIT and CAVEDU's partnership with MIT's App Inventor program. He discussed CAVEDU's goals of promoting App Inventor and robotics education in the Asia Pacific region. Tseng provided details about his travel from Taiwan to MIT, MIT App Inventor team members, and a 3-day training course at MIT on sharing and wishing.
投影片講解視訊影片網址:
http://www.youtube.com/playlist?list=PLFL0ylDooClTXfy-cFbq7rV1iwP57JFaF
This slide is made by the RoBoard team of DMP Electronics Inc.:
https://www.facebook.com/roboard.fans
IoT development board based on ESP8266. Using a hybrid web technology(RESTful, Web socket, Web components, UART, MQTT) to design your project.
Web site : http://wf8266.com/wf8266r
From computational Thinking to computational Action - Dr. Hal Abelson, MIT Ap...CAVEDU Education
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This document discusses the history and development of computational thinking and computational action through the MIT App Inventor project. It provides examples of how students from around the world have used App Inventor to create apps that address real-world issues in their communities, such as finding clean water sources and improving healthcare. The document also outlines the growing global use of App Inventor and how it enables students to engage in computational thinking and action through designing and building mobile apps.
This document discusses the UP board, an Intel Atom-based development board for makers and startups. It has powerful performance from the Intel Atom processor and supports operating systems like Android, Windows 10, and Linux. The UP board is affordable at $89 and has expansion capabilities through HATs. It is positioned as a complete ecosystem for IoT development across various applications like robotics, intelligent home, and more.
How to write an app with App Inventor, you can use it to control Arduino 101 board by BLE (Bluetooth Low Energy).
Tutorial and source code: http://www.appinventor.tw/ble_lesson1_blink
Workshop @ maker FAire Singapore 2016
6. Seeed 7688 Grove感測器套件包
? 1 x Grove - Light Sensor
? 1 x Grove - Infrared Emitter
? 1 x Grove - Infrared Receiver
? 1 x Grove - Encoder
? 1 x Grove - Touch Sensor
? 1 x Grove - OLED Display 1.12"
? 1 x Grove - Temperature & Humidity Sensor
? 1 x Grove - Relay
? 1 x Grove - Gas Sensor (MQ2)
? 1 x IR Remote Control