- plan the IP roadmap from 1-3 years;- collection requirement from RISC-V community and member;- delivery IP and corresponding solution to member.

port openamp to RISC-VAndroid container performance evaluationARM architecture online courseszynqmp project for foreign cotton clarification

Architecture of virtualization and software product manager of training IC(There is another pm for IC part)

Lead the technique team(6 engineers including me, two engineers working on ipfs/libp2p, one for frontend/app, two for backend and distribution). Our website: https://www.ipfsbit.com/en/

IPFS, libp2p optimization. And operation system for blockchain and p2p

cloud and distributed storage

HUAWEI linaro assignee in kwg(Kernel working group).Work on improve the page fault performance, especially the tlb miss in arm64.Collaborate with ARM, Cavium and Linaro to upstream ILP32 in the early of next year. Join the development for y2038, focus on the ioctl in driver code.Bugfix for kselftest for arm and arm64. There are 12 patches accepted by kernel community.Write GPIO test framework.

Focus on arm64 kernel.1. Internal ILP32 maintainer for kernel and glibc.Develop the aarch64 ILP32 of kernel and glibc base on the very early patches from commnunity, fix handreds of failures in LTP test. Compare with the lastest community patches(kernel and glibc part is not upstream yet), there are 12 patches(bugfix) for kernel, glibc, LTP and buildroot in our git repo. We are working on upstream these patches.2. As a consultant, provide suggestion and troubleshooting for migration from old Linux kernel or arm 32bit hardware to lastest Linux on arm64 hardware, including kernel abi selection(aarch32, aarch64 ILP32, aarch64 LP64), kernel abi changes and update suggestion, glibc changes and suggestion.3. Join openSUSE Asia Submit 2014 and give the presentation named "openSUSE on ARM”(https://github.com/openSUSE-CN/oSA2014-slides/blob/master/Bamvor_Jian_Zhang-openSUSE_on_Arm.pdf)4. Join Linuxcon europe give an presentation about ilp32 and syscall unit test.

Working on the virtualization area, especially xen(both xen hypervisor and manangement tools(libvirt)).I learn a lot about open source and community which may be the hobbies in my rest of life.1. Port xen to an arm board(Cubietruck, Cortex-A7 powered) with serial and networking enabled.Wiki: http://wiki.xenproject.org/wiki?title=Xen_ARM_with_Virtualization_Extensions/AllwinnerGive a presentation on community activity:Activity link: http://code.csdn.net/news/2818866Slide: http://share.csdn.net/slides/13472. As a team member, got an award in hackweek about enable arm support for openSUSE.3. Fix bug reported by client or security team. For xen, libvirt and wireshark(CVE only).4. Add new features according to suse linux or community requirement, such as console, migration, snapshot and so on.5. Upstream 11 patches for xen or libvirt.

1. Take part in the low power system development.1) SOC suspend/resume driver.2) Improve system suspend/resume stability3) Cpu dvfs(dynamic voltage and frequency scaling) driver development2. Bring up software development environment and close cooperate with IC design and IC verification team. Find out a work around solution for one of the most important bug in the chip during mass production.Award outstanding staff at the end of this project in 6 of 100 engineers.Award monthly outstanding staff several times during this project.1) Add Cortex-A8 support for Nucleus.Firstly, porting the minimum environment to OMAP3530 in order to verify the software development environment.Secondly, upgrade assembly code and memory management code in Nucleus for our SOC.2) Verification Cortex-A8 new features, including L2 cache, Preload Engine, Performance monitor unit, BTB(Branch prediction) and so on.Communication with IC designer, IC verification and arm Corporation in order to speed up the critical path in this project.3) As a team leader, upgrade Linux development environment from Linux-2.6.29 to Linux-2.6.354) As a team leader, analysis the Linux kernel porting and write the document5) Study Linux interrupt and process schedule mechanism and analysis performance.6) Suspend/resume development in Nucleus.7) Fix on critical bug(gpu) in the SOC