Jenkins is an open-source tool for continuous integration that was originally developed as the Hudson project. It allows developers to commit code frequently to a shared repository, where Jenkins will automatically build and test the code. Jenkins is now the leading replacement for Hudson since Oracle stopped maintaining Hudson. It helps teams catch issues early and deliver software more rapidly through continuous integration and deployment.
IPやファイルベースだけでなく、映像制作そのもののデジタル化の動きが始まっています。AI技術によって、その可能性が広まり、小さな労力でより大きなチャレンジをしている企業が出てきました。このセッションでは、AI for Media、SRT、CMAFなど映像業界の皆さまに知っておいていただきたい最新情報をデモも交えてお伝えします。
http://www.tv-osaka.co.jp/kbe/seminar.html
Jenkins is an open-source tool for continuous integration that was originally developed as the Hudson project. It allows developers to commit code frequently to a shared repository, where Jenkins will automatically build and test the code. Jenkins is now the leading replacement for Hudson since Oracle stopped maintaining Hudson. It helps teams catch issues early and deliver software more rapidly through continuous integration and deployment.
IPやファイルベースだけでなく、映像制作そのもののデジタル化の動きが始まっています。AI技術によって、その可能性が広まり、小さな労力でより大きなチャレンジをしている企業が出てきました。このセッションでは、AI for Media、SRT、CMAFなど映像業界の皆さまに知っておいていただきたい最新情報をデモも交えてお伝えします。
http://www.tv-osaka.co.jp/kbe/seminar.html
映像やCG制作の現場において、AIの技術は様々な自動化・クリエイティブで利用され始めています。そのAI そのものは、従来のデジタル制作と異なる性質も持っており、道具としての AI を正しく理解しておくことも重要です。このセッションでは、既存のAI技術を紹介しつつ、どのようにクリエイティブの現場に取り入れ、理解していくのかをご紹介します。
Azure Media Services - On-demand Streaming: Azure CLI QuickstartShige Fukushima
This document provides information about Azure Media Services including links to documentation on installing the Azure CLI, getting started with the CLI, available regions, replication options, sample SMIL and XML files, streaming policy presets, response schemas for streaming endpoints and locators, FairPlay license overview, and the Azure Media Player.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 8Shige Fukushima
This document discusses setting up a services principal account for Azure Media Services. It provides links to Microsoft Azure Media Services documentation, pricing details, blogs, forums for support, and code examples including the Azure Media Services Explorer tool.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 2Shige Fukushima
The document discusses the Azure Media Services Explorer Tool, a free Windows desktop application for operating Azure Media Services via the AMS REST APIs without coding. It provides tabs for managing assets, jobs, live streaming, storage accounts, and more within an Azure Media Services account. Instructions are also provided on requirements for API access with the tool such as an Azure Active Directory tenant domain and REST API endpoint.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 1Shige Fukushima
This document discusses different types of Azure storage accounts and their characteristics for use with Azure Media Services. It outlines Locally Redundant Storage (LRS), Zone Redundant Storage (ZRS), Geographically Redundant Storage (GRS), and Read-Access Geographically Redundant Storage (RA-GRS) and compares their redundancy, availability, and appropriate uses. It also provides links for additional documentation and resources on Azure Media Services.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 7Shige Fukushima
This document discusses Azure Media Services and provides steps for delivering live streaming video. It describes key concepts like origin services, CDNs, dynamic packaging, and encryption. It also outlines the differences between standard and premium live encoding options in terms of input/output formats and capabilities. Finally, it provides links to additional documentation and resources for learning more about Azure Media Services.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 6Shige Fukushima
This document discusses applying content protection for video on demand (VOD) streaming using Azure Media Services. It describes using PlayReady or Widevine for digital rights management (DRM) with common encryption to encrypt Smooth Streaming content and package it into HLS or DASH formats. It also describes using AES clear key encryption for trusted content without DRM. The document provides an overview of content protection options and scenarios for when each would be appropriate.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 5Shige Fukushima
Azure Media Services has obtained certification from the Content Delivery and Security Association (CDSA) for its content protection and security programs. This certification verifies that Azure Media Services provides enterprise-grade security for content stored and streamed through the Microsoft cloud. It is the only cloud media solution that offers encryption on the fly for both video-on-demand and live streaming broadcasts. The CDSA developed standards and procedures for content protection and security accreditation across the entire content supply chain, including content creation, manufacturing, distribution, and destruction.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 4Shige Fukushima
This document discusses Azure Media Services and provides a comparison of the Media Encoder Standard and Media Encoder Premium Workflow encoding tools. It outlines supported file formats, video and audio codecs, and pricing tiers for each encoder. The Media Encoder Standard supports fewer formats and has lower performance and pricing than the Premium Workflow encoder.
Azure Media Services Step-by-Step Tutorial Docs Series - Part 3Shige Fukushima
This document discusses delivering video on-demand (VOD) assets using Azure Media Services. It describes encoding video source files into multiple bitrates, storing the encoded files in an origin service, and using dynamic packaging to deliver the files via HTTP Live Streaming (HLS), Smooth Streaming, and MPEG-DASH. It notes that dynamic packaging and live streaming require at least one reserved streaming unit.
Azure Media Services Step-by-Step Tutorial Docs Series - AgendaShige Fukushima
This document discusses Azure Media Services and provides an agenda and links to resources about Media Services. The agenda introduces H.264, HLS, DASH and Azure Media Services. It also lists links to the Media Services documentation, pricing pages, blog, forums, and code samples including the Media Services Explorer, Adaptive Media Player demo, and labs for voice applications.
27. • Archive
Storage
• Cognitive
Services
• Video Indexer
• (Cognitive)
Search
Storage
Indexing
Search
Digital
Supply Chain
• Media Services
(Transcode)
• Logic Apps
(Workflows)
• Compute
• Storage
• Network
• Express Route
• Databox
Upload /
Live Ingest
• Virtual Machine
Scale Sets
• Compute
• GPU-enabled VMs
• High Performance
Storage (Avere)
• Cycle Computing
• Storage
• Compute
• GPU-enabled
VMs
Rendering / FXEditing / Post
• Advanced
Analytics & ML
• Telemetry
• Recommendations
• Personalization
• Mobile
Engagement
Analytics and
Engagement
• Media Services
(Package,
Encrypt, Stream)
• CDN
Live and On-Demand
Delivery
Cloud &
Application
Security Guidelines
Content Protection
Standard
Digital
Production
Partnership
(UK)
Federation
Against Copyright
Theft (UK)
コンテンツ
伝送・入力
コンテンツ
制作・編集
コンテンツ
管理・検索
コンテンツ
収益化
コンテンツ
配信
28. Storage
Indexing
Search
Digital
Supply Chain
Upload /
Live Ingest
Rendering / FXEditing / Post
Analytics and
Engagement
Live and On-Demand
Delivery
Cloud &
Application
Security Guidelines
Content Protection
Standard
Digital
Production
Partnership
(UK)
Federation
Against Copyright
Theft (UK)
コンテンツ
伝送・入力
コンテンツ
制作・編集
コンテンツ
管理・検索
コンテンツ
収益化
コンテンツ
配信
29.
30. Azure CDN
from Verizon
Azure CDN
from Microsoft
Azure CDN
from Akamai
追加情報はこちらで
Azure CDN ドキュメント Azure CDN ブログ
Azure CDN サービス
更新情報
Microsoft CDN
127+ Super PoPs
62+ Metros
8k+ Interconnects
> 30 Tbps Network Capacity
Akamai CDN
1200+ Mini PoPs
421 Metros
1.7k+ Interconnects
> 55 Tbps Network Capacity
Verizon CDN
130+ Super PoPs
54 Metros
4k+ Interconnects
> 63 Tbps Network Capacity