マルチクラウド環境の膨大なAPIトラフィックをリアルタイムに処理するNGINXの仕組みNGINX, Inc.
いかにリアルタイムなAPIのデプロイ、モニタリングを実現し、最適なパフォーマンスの維持を可能にするか。(日本語セミナー)
Join this webinar to learn:
- How to manage, monitor, and automate application deployments at scale with NGINX Controller
- How to deploy multi-cloud application services
- リアルタイムなAPIマネジメントとは?
- 新製品NGINX Controller による、APIマネジメント、モニタリング、自動化の機能
On-Demand Link:
https://www.nginx.com/resources/webinars/real-time-api-japan/
マルチクラウド環境の膨大なAPIトラフィックをリアルタイムに処理するNGINXの仕組みNGINX, Inc.
いかにリアルタイムなAPIのデプロイ、モニタリングを実現し、最適なパフォーマンスの維持を可能にするか。(日本語セミナー)
Join this webinar to learn:
- How to manage, monitor, and automate application deployments at scale with NGINX Controller
- How to deploy multi-cloud application services
- リアルタイムなAPIマネジメントとは?
- 新製品NGINX Controller による、APIマネジメント、モニタリング、自動化の機能
On-Demand Link:
https://www.nginx.com/resources/webinars/real-time-api-japan/
Cloud Days Tokyo 2015 "オンプレミス環境のクラウド化と運用を楽にする OpenStack ソリューション ~ハイブリッド・クラウドを...Shinichiro Arai
Cloud Days Tokyo 2015 IBMセッション使用資料です。
https://event.nikkeibp.co.jp/reg/contents/cd_t_2015/index.html#C-23C
「クラウドの利用目的が「効率化・コスト削減」から「ビジネス・スピードの迅速化」へと広がり、今後、オープン技術による複数クラウドの連携も必要になる。 当セッションでは、ハイブリッド・クラウドの構築を見据えたオンプレミス環境のクラウド化を、OpenStack対応ソリューションでどのように進められるかを、システム部門の運用負荷軽減のヒントとともに紹介する。」
This presents the Grid Manager and Network Instrumentation service on top of KITE, which allow to test any communication system with total programmatically control over the network. Test the behaviour of your (or your competitor's) communication system or more specifically the bandwidth estimation, congestion control, adaptation, .......
Slides that were presented during the webrtc Qt Cmake tutorial at IIT-RTC in October 2017 in Chicago. The slides are not yet complete, and will be updated later.
Update on WebRTC standard and Implementation Status. Presented at Sydney's webrtc meet-up on may 25 2017. Find the companion blog post at webrtcbydralex.com
This describe the limitation of usual single page, single browser, single OS approach, illustrate current IMTC sponsored effort to improve interoperability testing, and describe a roadmap to improve the quality of app testing.
WebRTC has been an exciting technology, and extremely fast moving for the past years. While its adoption and its disruptive power are not challenged anymore, the fast evolution pace, and the fast update cycles of the browsers made it difficult to build complex solutions on top of it which would leverage all that webrtc has to offer. Late 2015, the different standard committees and corresponding working groups that compose webRTC have finally reach a consensus, and from the convergence of all their efforts, stable specifications were born.
Through the use of GoToMeeting and other software, we will illustrate first the usual pains that most using webrtc have experienced, and then show how the webrtc APIs, which had started as a peer-to-peer API, were extended with an object model API to provide more options and more controls to this who need it, while keeping the simplicity of P2P for the others. The similitudes between the new Object Model API, and the ORTC API (implemented in edge) will also be illustrated.
This document illustrates the use of RTP Transceiver in webRTC model API. It also illustrates the different class pipeline depending on the usage of different transport optimizations. This is the simplified version without the SDP or multiparty/simulcast examples.
Evolution of WebRTC APIs and feature from peer-to-peer to object model in 2015. Include latest updates from November meetings in Japan. Beta, non-complete version. Contact agouaillard@gmail.com for more.