## Kubernetes for Edge Computing across Inter-Continental Haier Production Sites Jiyuan Tang & Xin Zhang tangjiyuan@caicloud.io zhangxin@caicloud.io ## 关于我们 • 开源技术创新者 • 从 Kubernetes 到 Kubeflow

China 2018 # Handle Edge Cloud Network with KubeBus Yulin Sun, yulin.sun@huawei.com Seattle Cloud Lab, Huawei R&D USA, Bellevue WA ## Agenda • Edge sample user scenarios • Edge network characteristics characteristics • Related work for edge • KubeBus target user scenario • KubeBus architecture • Summary ## User Sample Scenarios ## Huawei Hilens HiLens Management System  Edge Area Private Network ## Campus surveillance Campus Surveillance System • Model training • AI

China 2018 # Handle Edge Cloud Network with KubeBus Yulin Sun, yulin.sun@huawei.com Seattle Cloud Lab, Huawei R&D USA, Bellevue WA ## Agenda • Edge sample user scenarios • Edge network characteristics characteristics • Related work for edge • KubeBus target user scenario • KubeBus architecture • Summary ## User Sample Scenarios ## Huawei Hilens HiLens Management System  Edge Area Private Network ## Campus surveillance Campus Surveillance System • Model training • AI

2018 # Manage Edge Nodes with KubeEdge and Case Study Yulin Sun, yulin.sun@huawei.com; Li Xing, Li.xing1@huawei.com; Seattle Cloud Lab, Huawei R&D USA, Bellevue WA ## Agenda • Edge scenarios/characters KubeEdge Architecture • KubeBus • Edge metadata service • Kubernetes extension ## • Case study • Water utility management • Campus surveillance system ## Edge Scenario/Characters (vs Data Center) 6e02d0e39d7d91830527/p3_2.jpg) • Edge/Cloud nodes management • Application management • Inter-service communication · ... ## • Edge special characters • Edge node running in private network • connect

# Poster submission: Modern C++ for Parallelism in High Performance Computing Victor Eijkhout CppCon 2024 ## I ntroduction This poster reports on ‘D2D’, a benchmark that explores elegance of expression expression and performance in the context of a High Performance Computing ‘mini-application’. The same code has been implemented using a number of different approaches to parallelism. Implementations are discussed discussed with performance results. ## Relevance C++ is making inroads into HPC / Scientific Computing, a field traditionally dominated by C and Fortran. With all the developments in modern C++ such as

GOPHER CHINA 2020 中国 上海 / 2020-11.21-22 Go to the Cloud Why do people building cloud computing choose Go? Vladimir Vivien ’ alt=‘OCR图片’/> About Me Vladimir Vivien (@VladimirVivien) Staff Engineer author, technologist GOPHER CHINA 2020 中国 上海 / 2020-11.21-22 What is Cloud Native Computing? Cloud Native Computing A collection of technologies that automates the deployment and management of highly abstraction of compute resources to create dynamic and elastic infrastructures. What makes cloud native computing possible? Abstraction The ability of one technology to make it easier to use another technology

44b94bb6a582495e24/p1_2.jpg) Booz | Allen | Hamilton | K3s and SUSE RGS Advancing the Tactical Edge with K3s and SUSE RGS Industry and Location Technology | United States Product and Service K3s of Defense, Booz Allen Hamilton delivers technology solutions that give warfighters the information edge on the battlefield. Capitalizing on open source solutions like K3s, Booz Allen's SmartEdge solution initiatives. The company is delivering technology solutions that give warfighters the information edge on the battlefield. Booz Allen is transforming military operations in complex and remote locations

## +23 ## Symbolic Calculus for High-performance Computing From Scratch Using C++23 VINCENT REVERDY ## Symbolic Calculus for High-Performance Computing from Scratch using C++23 Vincent Reverdy Laboratoire Computation, Joël Falcou and Vincent Reverdy, CppCon 2019 ## Hypothesis This is the Scientific Computing Track so you all know about optimization, performance, parallelism, ... ## What this talk is not not about ■ Complicated maths (you are smart people, you can do it yourself) ☑ High-performance computing (you all know about it + see the 2019 talk for that) Benchmarks, assembly, and optimization (see

Addresses ..... 289 21.7 Asynchronous I/O ..... 289 21.8 Multicast ..... 290 22 Parallel Computing ..... 292 23 Asynchronous Programming ..... 293 23.1 Basic Task operations ..... 293 23.2 Migration ..... 308 24.11 Safe use of Finalizers ..... 308 25 Multi-processing and Distributed Computing ..... 310 25.1 Code Availability and Loading Packages ..... 312 25.2 Starting and managing worker 37.12 Asynchronous IO and concurrent synchronous writes ..... 473 37.13 Arrays ..... 474 37.14 Computing cluster ..... 476 37.15 Julia Releases ..... 476 38 Noteworthy Differences from other Languages

Notebook ### 1.1 Introduction The notebook extends the console-based approach to interactive computing in a qualitatively new direction, providing a web-based application suitable for capturing the whole What is the Jupyter Notebook? #### 15.1.1 Introduction The Jupyter Notebook is an interactive computing environment that enables users to author notebook documents that include: - Live code - Interactive execution or modification of existing files) for users of certain browsers (Firefox, Internet Explorer / Edge). All previous notebook releases are affected. Bug fixes: • Fix carriage return handling • Make