Come to OpenInfra Days China 2021 to discuss the new trend of integration of road and computing network

In recent years, the convergence of computing networks has become an important direction for the evolution and development of information and communication technologies. Since entering the 5G era, from massive data processing to explosive application innovation, intelligent computing has been widely used in industrial manufacturing, retail medical, telecommunications services and other industries, bringing geometrical growth in computing power demand. According to the predictions of relevant institutions, by 2025, the number of global connections will reach the order of hundreds of billions, and the annual global data volume will reach 180 billion terabytes.

Currently, under the influence of the new crown epidemic, my country's computing power industry still maintains a trend of rapid development, constantly making new breakthroughs in core technology and innovation. However, with the surge of massive data, my country's existing computing resources and network technologies will face huge challenges, and how to deal with them has become the focus of industry attention.

At the OpenInfra Days China 2021 Computing Network Convergence Forum, technical experts from enterprises and institutions such as China Academy of Information and Communications Technology, China Mobile, China Telecom, China Unicom, and Inspur will focus on the unified management and computing power transactions of heterogeneous computing power and cloud edges. The IT transformation of the network started technical discussion and sharing.

Brief introduction

Mu Junbo: Development and Prospects of Convergence of Computing and Network

Speaker information:
Mu Yunbo, Deputy Director of Internet Center, Institute of Technology and Standards, China Academy of Information and Communications Technology, Supercomputing Innovation Alliance "High Performance Computing Cloud" Working Group Leader, CSA GCR Zero Trust Working Group Co-chair, CCSA TC610 WG4 Working Group Group Chief, Deputy Chief of CCSA TC610 WG3 Working Group. He has long been engaged in research work in multiple fields such as future networks, SDN/NFV, cloud computing, data communications, multimedia, and computing power networks, and has been responsible for or participated in a number of major special research projects of the Ministry of Science and Technology, the Ministry of Industry and Information Technology and other ministries.

Leading the organization of the development of industry standard/group standard technology systems such as software-defined wide area network (SD-WAN), edge computing benchmark capabilities, and high-performance computing cloud. Leading and launching "SD-WAN Ready", "EC Ready", "IPv6+Ready" and other industry-oriented benchmark capabilities test and evaluation projects. Accumulated a lot of work experience in the field of software-defined networking (SDN), network function virtualization (NFV), computing power network, etc., formed 10+ academic papers, applied for 6 technical patents, obtained 12 software works, and took the lead or The organization has written a number of industry white papers.

content summary:
This sharing will focus on the integration proposition of "computing" + "network", analyzing the current development trend and summarizing development adjustments from multiple aspects such as digital upgrade and evolution, overall domestic and foreign layout, technology/standard research, and industrial ecological status. Looking forward to the future development trend.

Cao Chang: Research and Practice of China Unicom's Computing and Network Convergence

Speaker Information:
Cao Chang, post-doctorate, senior expert of the Future Network Research Department of China United Network Communications Co., Ltd. Research Institute, director of the Intelligent Cloud Network Technology Research Office. His main research directions are IP network broadband communications, SDN/NFV, new generation network orchestration technology, etc.

Content Abstract:
Focusing on China Unicom’s experience sharing in advancing the integration of computing and network and technology opening, experience introduction and thinking on computing power identification, distributed cloud computing power scheduling, etc.

Leibo: Discussion on the introduction and development of computing power network technology

Speaker Information:
Lei Bo, Director of the Future Network Research Center of China Telecom Co., Ltd. Research Institute, concurrently Director of 5G Open Laboratory of China Telecom Research Institute, Co-Executive Chairman of Edge Computing Network Infrastructure Working Group (ECNI), CCSA TC610 Network 5.0 Alliance Management and Operation Group Team leader and deputy team leader of the computing power network task force. At present, he focuses on research work on future network technologies, new data center networks, edge computing and computing power networks.

content summary:
As an important network technology in the integration of computing networks, computing power network technology has attracted great attention from all parties. In order to better realize the trading of computing power resources, multi-party high-frequency trading has become an indispensable part of the future integration of computing and network. The relevant research team of China Telecom has been actively cooperating with all parties in this direction and has accumulated a certain amount of experience. This time, it will focus on introducing the architecture and testing and verification of the computing power trading platform.

Wang Sheng: China Mobile's next-generation network architecture for cloud-network integration

Speaker Information:
Wang Sheng, graduated from Beijing Institute of Technology with a master's degree, is currently the director and senior project manager of the Next Generation Network and Edge Computing Research Office of China Mobile Research Institute. He has long been engaged in research in the fields of NFV/SDN, heterogeneous computing, cloud network integration, etc. , Undertook the lead work of a number of China Mobile's strategic projects, applied for more than 20 patents, and published 5 papers in core journals.

Content Abstract:
Starting from the background of the 14th Five-Year Plan and the digital transformation of the industry, it systematically introduces China Mobile’s brand concept, top-level design, overall architecture, implementation steps, key technologies and Application practice.

Li Ying: Ubiquitous Computing Vision and Architecture

Speaker Information:
Li Ying, Project Manager, Network and IT Technology Research Institute of China Mobile Communications Co., Ltd., has long been engaged in NFV/SDN architecture and evolution, network orchestration and management and other related research work.

Content Abstract:
In the context of new infrastructure, the ICT industry has increasingly strong demand for "cloud network side-end" collaboration. China Mobile has proposed ubiquitous computing as an evolutionary and development concept of computing and network integration, aiming to efficiently utilize the ubiquitous and multi- The high-level, disorderly computing power turns it into an integrable, configurable, and tradable resource, realizing the integrated delivery of computing and network integration, and the deep integration of computing power with information space, physical space, and social space. This topic focuses on the background, future development vision, technical architecture and key technologies of the ubiquitous computing concept.

Li Su: Research and Implementation of Computing Network Convergence Based on Edge Virtualization and Container Technology

Speaker information:
Li Su, the current 5G MEC R&D Director of Inspur Group Cloud Network Division, has 10 years of research and application experience in edge computing, cloud network integration and related fields, and has an in-depth understanding of cloud computing, operating systems, 5G and other technologies, and has led the completion of several 5G MEC industry digital transformation project.

content summary:
As an important anchor point for the coordinated development of "computing + network" in the new era, computing-network integration technology needs to effectively integrate ubiquitous computing and network capabilities, which also puts forward higher and higher integration of edge computing power infrastructure Require.
Inspur conducts research on the computing power infrastructure of computing and network integration. Through capability innovation, it provides edge-side infrastructure capabilities, ICT integration capabilities, network and connection capabilities, which effectively solves the pain points of customers in the last mile and facilitates computing and network integration. Technological development is committed to promoting the continuous and in-depth development of the digital transformation of the industry.

Lai Xiangwu: Offloading and Practice of Virtualization Capability Based on vDPA

Speaker information:
Lai Xiangwu is a software development engineer in the IaaS product department of China Mobile Cloud Competence Center. He is mainly responsible for OVS/DPDK R&D and performance optimization.

content summary:
The new-generation cloud host based on the elastic bare metal architecture uses network/storage IO devices simulated by the self-developed Hypercard smart network card, and uses hardened vDPA technology and hardware offloading technology to accelerate network and storage IO. This topic will give an in-depth introduction to the vDPA net/blk and hardware offloading technologies in the solution.

Li You, Qin Haizhong, Zhou Heng, Li Dongliang: Optimization and practice of high-performance virtual routers based on Networking-vpp

Speaker Information:
Qin Haizhong, senior network architect of InCloud OS product line of Inspur Electronic Information Industry Co., Ltd., responsible for cloud computing network architecture design and development

Li You: Senior R&D engineer of Incloud OS product line of Inspur Electronic Information Industry Co., Ltd., responsible for the development and maintenance of virtual network three-layer forwarding

Zhou Heng: Senior R&D engineer of Inspur Data openstack mainly researches the architecture design of each component of neutron, and the interaction realization mechanism of each component of the control plane.

Li Dongliang: Senior cloud computing architect of Inspur, 11 years of research and development experience, in-depth research in cloud computing, artificial intelligence and other fields, currently focusing on cloud networks and bare metal.

content summary:
When neutron's L3agent implements the three-layer forwarding function, it occupies a lot of system resources, and the forwarding performance is relatively low, which cannot meet the high throughput data forwarding. This product not only provides high-performance three-layer forwarding, but also solves the design flaws related to multiple routing functions in the community, and realizes the forwarding volume of a single stream reaching 3.17Mpps under multiple network modes (the original 0.18Mpps, an increase of 17 times), multiple Flow-based throughput reaches the speed limit of the network card. In addition, it also provides NAT, DHCP, port forwarding, security group, port aggregation and other services. In the future, firewall, QoS, etc. will be implemented, and their performance is far beyond that provided by the Linux kernel.

Qu Yue, Zhou Yujie: Practice of software-hardware integration based on user mode

Speaker information:
Qu Yue: Software R&D engineer of China Mobile Cloud Competence Center, with many years of virtual network R&D technology background, focusing on Neutron/OVS/DPDK/SDN and other directions.

Zhou Yujie: Hardware R&D engineer of China Mobile Cloud Competence Center, with many years of technical background combining software and hardware development practices, focusing on SmartNIC/hardware offload acceleration/X86 server development and other directions.

Content Abstract:
Based on self-developed servers and smart network cards, and in-depth transformation of the Big Cloud series of software, China Mobile Cloud Competence Center has built a new generation of software and hardware integrated high-speed IO architecture. This topic will focus on the server and network card hardware design and the practice of ovs/dpdk uninstallation, and introduce the practical experience and thinking of user-mode software uninstallation.

Free ticket benefits are here!

This year’s conference will be online + offline . At the scene, you can meet the most active open source community contributors and industry leaders in China; online, you can listen to industry technical experts focusing on 5G new infrastructure, cloud native Wonderful sharing in the fields of infrastructure, open source governance, computing and network integration, and cloud infrastructure.

DAY ONE （10.15）

Conference content: Keynote speech| OpenStack seminar| Network cloud seminar| Inspur seminar| Social Lounge Lunch
Conference Venue: Beijing·HNA Marriott Hotel

DAY TWO （10.16）

Conference content: sub-forum speech, focusing on 5G new infrastructure, cloud native infrastructure, open source governance, computing and network integration, cloud infrastructure
meeting place: live online

If you fusion operator network interested may wish to squat studio 10.16 time , you are welcome 10.15 and arrive at Beijing line experts face to face , we prepared for the participants wealth of souvenirs and have lunch with expert celebrities and enjoy the valuable opportunity of

10 tickets originally priced at 888 yuan
Scan the QR code and enter the coupon code "suanli"
You can redeem for free
Didn't grab it?
Scan the exclusive QR code to buy tickets at 50% off!

Click the link to view the detailed schedule of the meeting~
https://pages.segmentfault.com/openinfra-2021/agenda