
Wang, Hongbo
ACRN Project TCM – 18Th Dec 2019
Meeting Achieves:
Agenda
- ACRN project update
The online meeting will switch back to Zoom.
- “Process-Context Identifier Virtualization support in ACRN” by WU, Binbin
Short description: In this talk, we introduced TLB invalidation, paging structure caches, kernel page table isolation, Linux KPTI implementation, lazy TLB mode, address mapping types
when EPT in use, how to enable PCID virtualization in order to support Linux KPTI and improve the system performance
- All: Community open discussion.
- Next meeting agenda proposal:
WW |
Topic |
Presenter |
Status |
WW02 |
TPM2.0 virtualization in ACRN |
DENG, Wei |
1/9 |
WW03 |
Polling mode Virtio and its advantage for RT VM |
DENG, Jie |
1/16 |
WW04 |
Buffer sharing from UOS to SOS, HyperDMA usage |
LIU, Xinyun |
1/23 |
WW05 |
USB HUB Virtualization |
WU, Xiaoguang |
1/30 |
WW07 |
ACRN Device Model QoS Design |
LIU, Long |
2/13 |
WW08 |
ACRN Debug Tips |
CHEN, Jason |
2/20 |
WW09 |
GVT-g debug trace tool |
GONG, Zhi Peng |
2/27 |
WW10 |
Kata Container Architecture: First Steps with ACRN |
Dhanraj, Vijay |
3/6 |
WW11 |
One ACRN hypervisor to support multi-platform |
WU, Xiangyang |
3/13 |
WW12 |
Power button key mediator design in ACRN |
LIU, Yuan |
3/20 |
WW13 |
Local APIC Virtualization Enhancement for Intel KBL platform |
LI, Fei |
3/27 |
WW14 |
Safety VM Support |
YIN, FengWei |
4/3 |
WW15 |
How to customize GPIO in ACRN |
LIU, Yuan |
4/10 |
WW16 |
ACRN Cache QoS support based on CAT |
TAO, Yuhong |
4/17 |
WW17 |
ACRN Real-Time measurement Methodology |
LI, Wilson |
4/24 |
WW19 |
I2C Virtualization |
CHEN, Conghui |
5/8 |
WW20 |
SGX Virtualization in ACRN |
WU, Binbin |
5/15 |
WW21 |
Logger Improvement on acrn-dm |
CAO, Minggui |
5/22 |
WW22 |
AcrnGT Virtual Display Deep Dive |
HE, Min |
5/29 |
WW23 |
Local APIC Emulation and Pass-through |
Grandhi, Sainath |
6/5 |
WW25
|
ACRN Functional Safety: Understanding and Mitigating Inter-VM Interference |
MAO, Junjie |
6/19 |
WW26 |
Enable VwWorks as RTVM on ACRN |
FU, Kaige |
6/26 |
WW27 |
ACRN 2.0 New Architecture Sharing - 1/2 |
REN, Jack |
7/3 |
WW28 |
ACRN 2.0 New Architecture Sharing- 2/2 |
REN, Jack |
7/10 |
WW29 |
How to enable open vSwitch on ACRN |
LIU, Yuan |
7/17 |
WW30 |
ACRN Configuration Design Tool |
SUN, Victor |
7/24 |
WW31 |
Design of GOP Driver for GVT-g |
HE, Min |
7/31 |
WW32 |
Restricting Dynamic Resources from functional safety perspective |
MAO, Junjie |
8/7 |
WW33 |
Android Virtual Secure Boot and key enrollment |
QI, Yadong/Zhao Shirley |
8/14 |
WW34 |
Split ACRN’s Device Model |
CHEN, Jason CJ |
8/21 |
WW35 |
ACRN Continuous Integration System Introduction |
ZHANG, Wenling |
8/28 |
WW36 |
BKC for ACRN RT and vmexit analysis |
YAN, Like |
9/4 |
WW37 |
ACRN Windows As A Guest (WaaG) Overview |
WANG, Yu1 |
9/11 |
WW38 |
ACRN Fuzzing Test |
HUANG, Yonghua |
9/18 |
WW39 |
Implementation of GOP driver with AcrnGT |
LIU, Xinyun |
9/25 |
WW41 |
Banish the Dead: Identifying and Removing Dead Code for Functional Safety |
MAO, Junjie |
10/9 |
WW42 |
ACRN Memory Bandwidth Allocation (MBA) |
Dhanraj, Vijay |
10/16 |
WW43 |
Enable OVMF for Service VM |
Wang, Qian |
10/23 |
WW44 |
Windows As A Guest and HLK Introduction |
SHEN, Fangfang |
10/29 |
WW45 |
Performance Monitoring Unit Introduction |
WU, Binbin |
11/6 |
WW46 |
ACRN Schedule Framework Introduction |
LIU, Shuo |
11/13 |
WW47 |
How to Enable ACRN on New Hardware Board |
SUN, Victor/Zheng, Shuang |
11/20 |
WW48 |
Enable Ubuntu/Debian OS Distros on ACRN |
LIU, Fuzhong |
11/27 |
WW49 |
ACRN Coding Guideline Deviation |
SHI, Huihuang |
12/4 |
WW50 |
How to use configuration tool to deploy ACRN on new platform |
ZHENG, Shuang |
12/11 |
WW51 |
Process-Context Identifier Virtualization support in ACRN |
WU, Binbin |
12/18 |
Marketing/Events
-
Resources
- Project URL:
- Portal: https://projectacrn.org
- Source code: https://github.com/projectacrn
- email: info@...
- Technical Mailing list: acrn-dev@...
- Recommended Hardware platform (reference):
- Apollo Lake (SoC) UP2 (with serial port): AAEON UPS-APLC2-A10-0232
- Apollo Lake (SoC) NUC (without serial port): NUC6CAYHL (at least 8G memory)
- Kabylake (Core) NUC (with serial port): NUC7i5DNHE
=======================
Best regards.
Hongbo
Tel: +86-21-6116 7445
MP: +86-1364 1793 689
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