Easy-to-use IoT system created with Azure and EnOceanAtomu Hidaka
EnOcean is Energy Hervesting wireless system for IoT that is widely used worldwide. In this session, I will introduce an open source system that can register Azure IoT Hub devices with a single button on each EnOcean device. This system, which can be used easily with more than 70 sensors and Raspberry Pi in Japan, contributes to the easy spread of IoT.
IoT Application Development by XPages on BluemixAtsushi Sato
Technical presentation of XPages on Bluemix explanation including demo of Watson Service integration and IoT application development. This presentation file was used at IBM Watson Summit 2016 in May. And, you can download this presentation file from event web site, http://ibmevent.jp/watsonsummit2016/
Easy-to-use IoT system created with Azure and EnOceanAtomu Hidaka
EnOcean is Energy Hervesting wireless system for IoT that is widely used worldwide. In this session, I will introduce an open source system that can register Azure IoT Hub devices with a single button on each EnOcean device. This system, which can be used easily with more than 70 sensors and Raspberry Pi in Japan, contributes to the easy spread of IoT.
IoT Application Development by XPages on BluemixAtsushi Sato
Technical presentation of XPages on Bluemix explanation including demo of Watson Service integration and IoT application development. This presentation file was used at IBM Watson Summit 2016 in May. And, you can download this presentation file from event web site, http://ibmevent.jp/watsonsummit2016/
The document discusses the status of various working groups within the OMA CD WG, including Device Web API, GotAPI, SNeW, and a proposed new 3DCAPI. It provides information on the approval status of different specifications, as well as future plans, which include exploring interfaces between existing specifications and developing new APIs for areas like IoT authentication and 3D content creation.
The document discusses several topics:
- The W3C Web of Things working group and their work on WoT architecture, Thing descriptions, scripting APIs, and binding templates.
- The oneM2M working group and their technical specifications for CoAP and HTTP protocol bindings.
- OMA specifications for Generic Open Terminal API, Device Web API, and Social Network integration with the Web of Things.
- Device Web API specifications for supporting 3D printing via service discovery, messaging, and 3D printing commands.