Cutting edge paper sharing » History » Version 11
jun chen, 03/22/2025 11:07 PM
1 | 1 | jun chen | # Cutting edge paper sharing |
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2 | |||
3 | ## Software cutting edge |
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5 | 3 | jun chen | Level Db 介绍 (From WangYang Xiong 202302) attachment:"leveldb_introduction.pptx" |
6 | 1 | jun chen | |
7 | ## EDA cutting edge |
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8 | |||
9 | ### Paper sharing guidelines: |
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11 | How to do research? Let's learn from Newton: The Discovery That Transformed Pi |
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12 | https://www.youtube.com/watch?v=gMlf1ELvRzc (Ask Jun for mp4 if you can't bypass gfw) |
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14 | 3 | jun chen | Read this guideline <u>**BEFORE your write slides!!!!!**</u> (attachment:"paper_share_gl.pptx" and example: attachment:"paper_share_gl_exp.pptx") |
15 | 1 | jun chen | |
16 | 3 | jun chen | A brief introduction on paper writing, reviewing procedure (from Nature editor) attachment:"how_to_write_nature_paper.pptx" |
17 | 1 | jun chen | |
18 | ### Top professor link |
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20 | Prof. Najm (From Jason) https://www.eecg.utoronto.ca/~najm/pubs.html |
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21 | Prof. BeiYu https://appsrv.cse.cuhk.edu.hk/~byu/publications.html |
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22 | |||
23 | ### OpenRoad EDA tool chain |
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24 | |||
25 | Main repo: https://openroad.readthedocs.io/en/latest/main/src/psm/README.html |
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26 | |||
27 | ### Open EMIR tool: PDNSim |
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28 | |||
29 | PDNSim is an open-source static IR analyzer. Features: |
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30 | Report worst IR drop. |
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31 | 3 | jun chen | Report worst current density over all nodes and wire segments in the power distribution network, g iven a placed and PDN-synthesized design. |
32 | 1 | jun chen | Check for floating PDN stripes on the power and ground nets. |
33 | Spice netlist writer for power distribution network wire segments. |
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34 | |||
35 | ## Top conferences and journals |
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36 | |||
37 | 2 | jun chen | ### Conference: |
38 | 1 | jun chen | |
39 | | | | | |
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40 | |--|--|--| |
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41 | |Design Automation Conference|DAC|https://www.sigda.org/publications/dac-20 19-toc/| |
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42 | |Design, Automate, and Test in Europe|DATE|https://www.date-conference.com/| |
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43 | |International Conference on Computer Aided Design|ICCAD|https://www.sigda.org/publications/iccad-2 019-toc/| |
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44 | |Asia South Pacific Design Automation Conference|ASPDAC|https://www.sigda.org/publications/aspdac-2021-toc/ https://www.aspdac.com/aspdac2023/ ( selected paper 2023)| |
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45 | |International Symposium on Physical Design|ISPD|http://www.ispd.cc/slides/ispd2021.html (By YuCheng)| |
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46 | |International Workshop on Timing Issues in the Specification and Synthesis of Digital Systems|TAU|| |
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47 | |International Test Conference|ITC|http://www.itctestweek.org/| |
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48 | |Workshop on Machine Learning for CAD|MLCAD|| |
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49 | |International Symposium on VLSI Technology, Systems and Application|VLSI-TSA|| |
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50 | |International Symposium on VLSI Design, Automation and Test|VLSI-DAT|| |
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51 | |IEEE Workshop on Signal Propagation on Interconnects|SPI|| |
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52 | |International Symposium on Low Power Electronics and Design|ISLPED|| |
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53 | |IEEE International Symposium on Electromagnetic Compatibility|EMC|| |
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54 | 2 | jun chen | |
55 | ### Journals |
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57 | 1. IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems |
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58 | 2. IEEE Transactions on Circuits and Systems |
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59 | 3. IEEE Transactions on Very Large Scale Integration Systems |
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60 | 4. IEEE Transactions on Pattern Analysis and Machine Intelligence |
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61 | 5. IEEE Transactions on Neural Networks and Learning Systems |
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62 | 6. IEEE Transactions on Signal Processing |
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63 | 7. IEEE Transactions on Electromagnetic Compatibility |
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64 | 8. IEEE Transactions on Circuits and Systems I: Regular Papers |
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65 | 9. IEEE Transactions on Components, Packaging and Manufacturing Technology |
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66 | |||
67 | Reference: https://www.sigda.org/publications/ |
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68 | |||
69 | ## Power, IR, and Simulation Paper sharing list |
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70 | | | | | | | |
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71 | |--|--|--|--|--| |
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72 | 4 | jun chen | |GRANNITE Graph Neural Network Inference for Transferable Power Estimation|DAC, Zhang, 2020|attachment:"034_2_pow_toggle.pdf"|attachment:"Paper_Sharing_2020_09_09.pptx"|attachment:"thoughts_notes_20200909.txt"| |
73 | |IncPIRD: Fast Learning-Based Prediction of Incremental IR Drop|ICCAD, Ho, 2019|attachment:"Ho_dynIR_ICCAD_2019.pdf"|attachment:"IncPIRD_2020_10_14.pptx"|Note TBD| |
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74 | |Efficiently Exploiting Low Activity Factors to Accelerate RTL Simulation|DAC, Beame, 2020|attachment:"055_4_simulation.pdf"|SLIDES TBD.|| |
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75 | |Accurate Estimation of Dynamic Timing Slacks using Event-Driven Simulation|ISQED, Garyfallou, 2020|attachment:"dta_Garyfallou_2020.pdf"|attachment:"paper_sharing_09_23.pptx"|attachment:"roadmap_09_23.txt"| |
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76 | |Multi-Level Timing Simulation on GPUs|ASP-DAC, Schneider, 2018|attachment:"schneider2018.pdf"|SLIDES TBD.|| |
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77 | |GPU-accelerated Time Simulation of Systems with Adaptive Voltage and Frequency Scaling|DATE, Schneider, 2020|attachment:"schneider2020.pdf"|SLIDES TBD.|| |
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78 | 5 | jun chen | |Logic Re-simulation|ICCAD2020_Contest|attachment:"ICCAD2020_ContestProblemSpecification_ProblemC_08102020.pdf"|SLIDES TBD.|| |
79 | 2 | jun chen | |
80 | ## STA related paper sharing |
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81 | See: http://10.30.200.21:8088/projects/hongtu-sta/wiki AI section |
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82 | |||
83 | ## 3DIC Symposium |
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84 | |||
85 | ### 2022 International Symposium on 3D IC and Heterogeneous Integration (contact Jun if you need video) |
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86 | |||
87 | | | | | |
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88 | 1 | jun chen | |--|--|--| |
89 | 6 | jun chen | |Session day1|3DIC architecture, application, and benchmark|attachment:"3DIC_session1.pptx"| |
90 | |Session day2|3DIC material, manufacture, integrate methods|attachment:"3DIC_session2.pptx"| |
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91 | |Session day3|3DIC EMIR and integration details|attachment:"3DIC_session3.pptx"| |
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92 | | |Briefing version|attachment:"3DIC_Brief.pptx"| |
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93 | 2 | jun chen | |
94 | 10 | jun chen | ### 清华大学 3DIC/Chiplet 研讨会 20221028 (Materials from HuiQuan, contact Huiquan or Junc for video recording) |
95 | 2 | jun chen | |
96 | 7 | jun chen | {{thumbnail(3dic_chiplet_qh.png, size=555)}} |
97 | 6 | jun chen | |
98 | 2 | jun chen | | | | | |
99 | |--|--|--| |
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100 | 6 | jun chen | |Session 1|Chiplet_3DIC_发展趋势与挑战|attachment:"Chiplet_3DIC_发展趋势与挑战_中兴微电子吴枫.pdf"| |
101 | 8 | jun chen | |Session 2|先进封装工艺技术与湿至失效问题 |attachment:"package_wet_failure.pptx"| |
102 | |Session 3|SiC 器件研究中的DTCO问题|attachment:"SiC功率器件的建模技术研究——清华大学(王燕).pdf"| |
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103 | |Session 3|从设计视角谈Chiplet的技术挑战 |attachment:"从设计视角谈Chiplet的技术挑战-李翔宇.pdf"| |
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104 | 9 | jun chen | |Session 4|Multiphysiscs platform (CPS) for chiplet/3dIC (ansys)|attachment:"Tsinghua-ANSS-IC-Tech-Challenges-Opportunities-1028.pdf"| |
105 | |Session 4|可重构计算技术加速超大规模AI模型训练与推理修改|attachment:"可重构计算技术加速超大规模AI模型训练与推理修改.pdf" and attachment:"20221028清华交流-可重构计算技术加速超大规模AI模型训练与推理-修改.pdf"| |
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106 | 8 | jun chen | |Session 5|芯粒(Chiplet)技术发展及应用趋势介绍|attachment:"芯粒(Chiplet)技术发展及应用趋势介绍_for_清华大学集成电路学院.pdf"| |
107 | 2 | jun chen | |
108 | 11 | jun chen | ### CCF第2届集成电路设计与自动化学术会议 |
109 | 2 | jun chen | | | | | | | |
110 | |--|--|--|--|--| |
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111 | 11 | jun chen | |CCF第2届集成电路设计与自动化学术会议|CCF 2021|attachment:"CCF第2届集成电路设计与自动化学术会议.pdf"|attachment:"CCF_s.pptx"|Ask jun for detail paper| |
112 | 2 | jun chen | |
113 | ## D伲DDDDDD论叩search□ tips□ (Thanks for Xu's sharing) |
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114 | |||
115 | * DDDDDDDDDDDDDDDDDD |
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116 | * DDDDDDDDDDDDDDDDDDDDDOIDDDDDDDDDD https://sci-hub.tw/ DDDDDDDDDDDDDD叩DDDDDD |
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117 | * DDDDD |
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118 | 1. https://gfsoso.99lb.net/sci-hub.html |
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119 | 2. https://sci-hub.shop/ |
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120 | 3. https://sci-hub.ren |
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121 | 4. https://sci-hub.tw/ |
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122 | 5. https://sci-hub.se/ |
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124 | D田虫DD叩航D一DDD DFrom ODD http://www.4243.net/ |