Cooking Hacks will be at the fifth edition of the Campus Party in Quito, Ecuador, from Sept 20 to Oct 4. Founded in 1997 as a gaming event, has since evolved into one of the largest events in the world on innovation and technology disclosure. This year's edition will have more than 260 hours of contents, over 30 workshops and 18 participative forums. Besides, CEPC5 will celebrate the 150th anniversary of Jules Verne's "From the Earth to the Moon" and will be inspired by his visionary perspective of the world.
2015 is the innovation year on tech entrepreneurship and smart cities development, this is why two complete areas will be exclusively dedicated to explore the world of makers in START UPS & MAKERS and SMART CITIES.
e-Health Sensor Platform
Luis MartÃn, Cooking Hacks R+D engineer will be talking in IoT revolution: IoT Accessible for Everyone about the fact that being able to connect any device to the internet is opening an endless world of possibilities, and for the first time thanks to low cost platforms and DIY makers can now compete on equal terms with large corporations.
Particularly, one of the most restricted areas for makers and startups has been eHealth, due to the high cost of sensors in this field. Cooking Hacks will introduce the e-Health Sensor Platform, a low cost medical sensor platform designed for investigation, prototyping new devices and even as a diagnostic tool.
This shield is designed for Arduino, Raspberry Pi and Intel Galileo and allows you to perform biometric and medical applications where body monitoring is needed with 10 different sensors: pulse, oxygen in blood (SPO2), airflow (breathing), body temperature, electrocardiogram (ECG), glucometer, galvanic skin response (GSR â sweating), blood pressure (sphygmomanometer), patient position (accelerometer) and muscle/electromyography sensor (EMG).
In order to send all the biometric data to the cloud and store it or visualize it in real time, six different wireless connectivity options are available: Wi-Fi, 3G, GPRS, Bluetooth, 802.15.4 and ZigBee.
A related case study will be presented with a live demo of this platform. This talk is scheduled for Oct 3 at 10 pm, more info here.
Read about some real applications of the e-Health Sensor Platform:
- Early Detection of Childhood Disease
- The e-Wheelchair by Philip Case
- More Info about the e-Wheelchair
- New Update on the e-Wheelchair Project
IoT Student Kit
Luis will later give a workshop introducing the Iot Student Kit and Waspmote, Libelium solution for the Internet of Things. It is a wireless sensor platform specially designed for monitoring your environment and highly focused on autonomy and low consumption. It has a modular and horizontal approach that allows to collect data with more than 100 sensors available and several specific sensor boards that help to easily use these sensors (smart cities, gases, smart water, etc). You can connect all these sensors to any cloud platform using one of the 15 radio technologies available, from LoRa to WiFi, ZigBee or Bluetooth.
The IoT Student Kit was designed in response to the increasing demand of developers for the IoT, and to empower Libelium's campaign to support technical education on wireless sensor networks and electronics. In addition to this campaign, Libelium will launch in the next months the IoT Spartan Challenge, an initiative to identify and give public recognition to the best developers.
The kit includes a waspmote board and a sensor board, several sensors, a battery and ZigBee 802.15.4 modules. This workshop will make use of waspmote as the brain of a project that will be capable of monitoring our environment and wirelessly send all the information.
The workshop will start with a presentation of this sensor platform and its role in the IoT, including a basic explanation on how to program a microcontroller. It will follow with some advanced functions like SD, accelerometer, interrupts or real time clock, and after that a description and several tests of temperature, luminosity and presence (PIR) sensors.
The last step of the workshop will be to equip the project with wireless connectivity through an XBee module, so the information gathered from the sensors can be wirelessly sent for storage or visualization. This should provide the participants with some basic knowledge in order to be able to develop any IoT application they can imagine. The workshop will start on October 2nd at 8 pm, see the content here.