关于我

Hi，我是赵化冰，服务网格技术布道者及实践者，腾讯云工程师，曾担任中兴通讯技术专家，Linux 基金会开源项目 ONAP 项目 leader，甲骨文中间件高级顾问等。我创建了服务网格开源项目 Aeraki Mesh（CNCF Sandbox 项目），可以在 Istio 中管理 Dubbo、Thrift、Redis 以及任意私有协议的流量。

工作联系： zhaohuabing@gmail.com

出版物

标题	类型	出版社	链接
深入理解 Istio — 云原生服务网格进阶实战	实体书籍	电子工业出版社	购买链接
Distributed Tracing with Jaeger, Kubernetes, and Istio	在线教程	曼宁出版社（美）	30% 折扣
云原生数据中心网络	翻译书籍	中国电力出版社	购买链接
Istio 运维实战	电子书籍		在线阅读

演讲分享 (部分)

年份	城市	会议	分享主题	讲稿	视频
2022	线上	IstioCon	Istio + Aeraki 在腾讯音乐的服务网格落地	下载	观看
2022	线上	A2M	全栈服务网格 - Aeraki Mesh 助你在 Istio 服务网格中管理任何七层流量	下载
2022	线上	云原生正发声	Areaki Mesh 在 2022 冬奥会视频直播应用中的服务网格实践	下载	观看
2021	线上	IstioCon	How to manage any layer-7 traffic in an Istio service mesh?	下载	观看
2020	线上	CNBPS	Istio 流量管理原理与协议扩展	下载	观看
2019	成都	Service Mesher Meetup	Service Mesh是下一代SDN吗？	下载	观看
2019	西安	ONAP Workshop	基于 5G 网络管理系统的服务网格实践	下载
2018	南京	GNTC	ONAP 服务网格实践
2017	圣克拉拉	NAP Developer Forum	MSB to Support Carrier Grade ONAP Microservice Architecture with Service Mesh	下载
2017	圣克拉拉	ONS	Microservice Powered Orchestration	下载
2017	新泽西	ONAP Developer Event	MSB Technical Deep Dive and ONAP Use Cases	下载
2017	巴黎	ONAP Developer Event	Microservice Bus Tutorial	下载

开源项目

项目	角色	网站	GitHub
Aeraki Mesh	创建者	https://aeraki.net	http://github.com/aeraki-mesh
Istio	Contributor	https://istio.io	https://github.com/istio/istio
Envoy	Contributor	https://www.envoyproxy.io	https://github.com/envoyproxy/envoy
ONAP	项目 Leader	https://www.onap.org
hugo-theme-cleanwhite	创建者	https://themes.gohugo.io/themes/hugo-theme-cleanwhite	https://github.com/zhaohuabing/hugo-theme-cleanwhite

Research Interests

Robotics and Telerobotics
Haptics and Teleoperation Control
Surgical and Hands-On Training Robotics
Industrial Robotics

Appointments

From 2001 to 2010, Arnaud was working in E-Learning teams of former ICTT and LIESP laboratories. He focused on Virtual/Remote Laboratories in E-Learning applications.
Since 2011, he joined the Automatic Control for Systems Engineering department
of Ampere lab (CNRS UMR 5005) to work on Robotics.

Research Topics

His global research topic is the study and design of haptic tools for hands-on training.

Computed-based Approach

During the first part (2001-2010) of his career as Associate Professor at INSA Lyon, he studied it in terms of computer based solutions : more exactly through E-Learning. Two approaches have been developed:

Design of a computer based tool (ELab Management System) to manage a flotilla of training apparatuses (used locally or at distance, and featuring common components: sensors, electric motors, PID controllers, …) and facilitate the exchange of information with classical software such as Learning Management Systems (LMS) (PhD Benmohamed 2007)
SysML Modeling of a computer based tool (configurator) which facilitates the design of pedagogical (paper and electronic) content (Authoring tool) for laboratories on complex automated production systems, and its configuration (PhD Arnous 2011).

These works are presented (in French) in Chapter 2 of his HdR report.

Haptics-based Approach

Since 2011, his approach is on the mechatronics side. On his arrival in the Robotics team of Ampere research laboratory, he participated to researches on the teleoperation of pneumatic actuators, which allowed him to develop skills on pneumatic system control. He created a research topic about dual-user training systems (haptic simulation tools including at the same time a trainer and a trainee with the same tool for a common task). A first PhD (Fei Liu) defended his work on this topic in 2016, and a second PhD student (Angel Licona) extended Fei Liu’s works to n degrees of freedom and haptic devices with different kinematics. He has also participated with his colleague Richard Moreau to the design of haptic training simulators (PhD Senac 2019, PhD Delbos 2024)

He has been participating with his colleagues Minh Tu Pham and Richard Moreau to research projects concerning the design of training simulators in the medical domain. They design new control laws simultaneously controlling both electric and pneumatic actuators for epidural needle insertion simulation (PhD Thibault Senac). He has also participated, to a lesser extent, to works on birth simulation (PhD Nicolas Herzig 2016) and needle insertion under ultrasonography (PhD of Maria de Los Angeles Alamilla Daniel 2019).

These works (up to 2019) are presented (in French) in Chapter 3 of his HdR report.

Side Research Topic

Recently, his research activity had momentarily extended toward farming robotics. In this context, he has been the PI of the Greenshield (2017-21) project which aimed at demonstrating the feasibility of a robotized solution to replace pesticides in the crops by means of AI-based video real-time analyzis and laser based aphid neutralization.