Embedded Technology 2014 Smart Japan Aliance IoT AzureAtomu Hidaka
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IoT時代に乗り遅れるな!低価格マイコンボードのAzure接続
Microsoft社では現在、IoT (Internet of Things)用途向けの新たなクラウドサービス、Azure Intelligent Systems Service (ISS) を用意しています。本講演では組み込みシステム開発技術者向けに、小型低価格のマイコンボードからISSを始めとする Azure が提供する各種サービスに接続し、活用するための方法を紹介します。
Embedded Technology 2014 Smart Japan Aliance IoT AzureAtomu Hidaka
?
IoT時代に乗り遅れるな!低価格マイコンボードのAzure接続
Microsoft社では現在、IoT (Internet of Things)用途向けの新たなクラウドサービス、Azure Intelligent Systems Service (ISS) を用意しています。本講演では組み込みシステム開発技術者向けに、小型低価格のマイコンボードからISSを始めとする Azure が提供する各種サービスに接続し、活用するための方法を紹介します。
Introduction to the Thunder Cloud Project Technical CommitteeAtomu Hidaka
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This document introduces the activities of the Thunder Cloud Project Technical Committee, which were explained at the community booth at the Microsoft Developer Day "Maximizing Developer Power with AI" held in November 2024.
The Thunder Cloud Project has focused on promoting DX and IoT, but recently has also been actively working to promote AI.
In particular, we would like to introduce an example of data analysis using RAG, which was achieved by importing data with meaning attached to the CSV format of EnOcena IoT using Azure AI Studio.
The Thunder Cloud Project is incorporating the latest technologies in this way to promote DX and IoT in various areas.
EnOcean-iot, Generative-AI, and RAG for LLMAtomu Hidaka
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This is a presentation presented at the EnOcean Alliance Japan event.
This explains the usefulness of generative AI and RAG, which play an important role in utilizing EnOcean IoT. On the other hand, it also introduces the reasons and events that hinder the spread of AI. This introduces a case study of using Azure AI Studio to analyze IoT data honestly and correctly.
趣味的視点のIoT概論 - An IOT introduction from the point of my private interesting vi...Hiroki Etoh
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全体を俯瞰してこのIoTを理解するためには小規模のシステムを実際に1から10まで通しで作成することで見えてくるものがあります。今回、趣味で行っているアクアリウムの中で水槽を管理するシステム開発を通じて「IoTとは結局のところ何なのか」の知見を得ることができました。この内容について、1.「IoT時代の競争戦略」に記載の「4つのステージの技術」? 2.「IoTで必須のセキュリティ」? 3.「IoTがなぜビジネスになるのか」 の3つの視点でお話します。
To make whole IoT system is the easiest way to understand the IoT from the point of whole view. I made Aquarium IoT system at my free time. This slide describes about the IoT technology using my aquarium IoT prototype.
2024/2/27 に JASA OpenEL working group で講演した資料
https://note.com/kae_made から公開している概念モデリングに関する技術コンテンツをAzure OpenAI Studio で追加学習し、概念モデリング支援チャットを作成を試す方法を解説
デモ動画は、https://youtu.be/UGCuMwM8cEE?si=wT9YH8Hx8Zmjuolf で視聴可
The document discusses conceptual modeling and its importance for software development. It argues that conceptual modeling is needed to understand the target real world domain and share that understanding with stakeholders. The Shlaer-Mellor method forms the basis for conceptual modeling but the author has refined it based on experience to apply more broadly. From a philosophical perspective, conceptual modeling can describe the real world in a way that different subjectivities can agree on through establishing common structures and relationships. From a mathematical perspective, conceptual modeling constructs can be formalized through category theory. The author is working to evangelize conceptual modeling and develop code generation tools to support it.
Azure Video Analyzer OpenVino Extension Module on Raspberry Pi with MovidiusKnowledge & Experience
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The document discusses using an OpenVino extension module on a Raspberry Pi with a MOVIDIUS to run object detection, face recognition, and other AI models in a low-cost way. It provides details on the logic flow of the face recognition module, supported AI models, and how to develop an IoT Edge module to integrate the OpenVino functionality with Azure Video Analyzer on Edge. Developing the module requires addressing differences in CPU architectures between the Raspberry Pi, MOVIDIUS, and Azure Video Analyzer on Edge.
Big Data Developerに贈る ~ Microsoft Azure による Big Data Architecture と、Elasticsearch、Databricks 解説 [セミナー] 東京開催
https://www.microsoftevents.com/profile/form/index.cfm?PKformID=0x8311627abcd
IoT Devices Compliant with JC-STAR Using Linux as a Container OSTomohiro Saneyoshi
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Security requirements for IoT devices are becoming more defined, as seen with the EU Cyber Resilience Act and Japan’s JC-STAR.
It's common for IoT devices to run Linux as their operating system. However, adopting general-purpose Linux distributions like Ubuntu or Debian, or Yocto-based Linux, presents certain difficulties. This article outlines those difficulties.
It also, it highlights the security benefits of using a Linux-based container OS and explains how to adopt it with JC-STAR, using the "Armadillo Base OS" as an example.
Feb.25.2025@JAWS-UG IoT
8. 8
Power
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? Integrated view for CISO & SecOps personas to review enterprise security posture, including IoT solutions.
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