1、Towards Efficient Data Parallelism on Spatial CGRA via Constraint Satisfaction and Graph ColoringXuchen GaoFudan University,CPresenter:Institution:Email:Authors:Yuan Dai,Xuchen Gao*,et al.2ContentsIn。
2、An Algebraic Approach to Partial Synthesis of Arithmetic CircuitsBhavani Sampathkumar,Ritaja Das,Bailey Martin,Florian Enescu,Priyank Kalla Presenter:Priyank Kalla ProfessorElectrical&Computer En。
3、Analog Circuit Transfer Method Across Technology Nodes via Transistor BehaviorHaochang Zhi1,Jintao Li2,Yun Li2,Weiwei Shan11.Southeast University,Nanjing,China 2.Shenzhen Institute for Advanced Study。
4、White-Box Logic Obfuscation:A Transparent Solution to Hardware Piracy and Reverse EngineeringLeon Li and Alex Orailoglu,UC San Diego30th Asia and South Pacific Design Automation Conference|January 23。
5、KIT The Research University in the Helmholtz Associationces.itec.kit.eduThrough Fabric:A Cross-world Thermal Covert Channel on TEE-enhanced FPGA-MPSoC SystemsHassan Nassar,Jeferson Gonzalez-Gomez,Var。
6、Compact Interleaved Thermal Control for Improving Throughput and Reliability of Networks-on-ChipJan.22,2025Tong Cheng,Zirui Xu,Xinyi Li,Li Li,Yuxiang FuNanjing UniversityNanjing,Jiangsu,China Backgro。
7、Hybrid Compact Modeling Strategy:A Fully-Automated and Accurate Compact Model with Physical ConsistencyJinYoung Choi,HyunJoon Jeong,Jeong-Taek Kong,and SoYoung KimSungkyunkwan UniversitySuwon,Republi。
8、Efficient and Secure Cloud-based Split Logic SynthesisChaitali Sathe,Yiorgos Markis and Benjamin Carrion Schaeferchaitali.satheutallas.edu,yiorgos.makrisutdallas.edu schaferbutdallas.edu30thAsia and 。
9、Making Legacy Hardware Robust against Side Channel Attacks via High-Level SynthesisMd Imtiaz Rashid,and Benjamin Carrion SchaeferMdimtiaz.rashidutallas.edu,schaferbutdallas.edu30thAsia and South Paci。
10、Zikang Xu,Yiming Zhang and Zhirong ShenA Fail-Slow Detection Framework for HBM DevicesASP-DAC 2025OutlineBackgroundUnsuccessful Attempts and LessonsA Fail-Slow Detection Framework for HBM DevicesConc。
11、0A 4-Stream 8-Element Time-Division MIMO Phased-Array Receiver for 5G NR and Beyond achieving 9.6Gbps Data RateYi Zhang,Minzhe Tang,Zheng Li,Dongfan Xu,Kazuaki Kunihiro,Hiroyuki Sakai,Atsushi Shirane。
12、SI-Aware Wire Timing Prediction at Pre-Routing Stage with Multi-Corner ConsiderationYushan Wang1,Xu He1,Renjun Zhao1,Yao Wang2,Chang Liu2,Yang Guo21Hunan University,2National University of Defense Te。
13、12024 IEEE Nordic Circuits and Systems Conference Transceiver Building Blocks-3A 0.9-2.6pW 0.1-0.25V 22nm 2-bit Supply-to-Digital Converter Using Always-Activated Supply-Controlled Oscillator and Sup。
14、1An Island-Style Multi-Objective Evolutionary Framework for Synthesis of Memristor-Aided LogicUmar Afzaal,Seunggyu Lee,and Youngsoo ShinSchool of Electrical Engineering,KAIST,KoreaOutlineIntroduction。
15、AHolisticFPGAArchitectureExplorationFramework for Deep Learning AccelerationJiadong Zhu,Dongsheng Zuo,Yuzhe MaJanuary 23,2025The Hong Kong University of Science and Technology(Guangzhou)Table of Cont。
16、A Hybrid Machine Learning and Numeric Optimization Approachto Analog Circuit DeobfuscationDipali Jain,Guangwei Zhao,Rajesh Datta,Kaveh Shamsi22.01.2025Department of Electrical And Computer Engineerin。
17、Revisit MBFF:Efficient Early-Stage Multi-bit Flip-Flops Clustering with Physical and Timing AwarenessASP-DAC 2025Yichen Cai,Linyu Zhu,and Xinfei GuoShanghai Jiao Tong UniversityJanuary 23,2025Outline。
18、Design and In-training Optimization of Binary Search ADC for Flexible Classifiers30th Asia and South Pacific Design Automation ConferencePaula Carolina Lozano Duarte,Florentia Afentaki,Georgios Zerva。
19、ML for Computational Lithography:Practical RecipesYoungsoo ShinSchool of EE,KAISTChip Manufacturing Mask synthesis:layout to masks Lithography:pattern transfer from mask to wafer(through exposure to 。
20、Exploring and Exploiting Runtime ReconfigurableFloating-Point Precision in Scientific Computing:a Case Study for Solving PDEsCong“Callie”Hao,Georgia Institute of TechnologyASP-DAC 2025 Tokyo,JapanCon。
21、Standard Cell Layout Generation:Review,Challenges,and Future WorksChung-Kuan Cheng,Byeonggon Kang,Bill Lin,Yucheng WangDept.of Computer Science and EngineeringUniversity of California San Diego30th A。
22、1A 10.60 W 150 GOPS Mixed-Bit-Width Sparse CNN Accelerator for Life-Threatening Ventricular Arrhythmia DetectionASP-DAC 2025Yifan Qin1,Zhenge Jia1,Zheyu Yan1,Jay Mok2,Manto Yung2,Yu Liu2,Xuejiao Liu2。
23、2F-22025 Asia and South Pacific Design Automation Conference12025 Asia and South Pacific Design Automation ConferenceHeadset-Integrated Brain-Machine Interface for Mind Imagery and Control in VR/MR A。
24、The EDA LabNational Taiwan UniversityMixed-Size Placement Prototyping Based on Reinforcement Learning with Semi-Concurrent OptimizationCheng-Yu Chiang,Yi-Hsien Chiang,Chao-Chi Lan,Yang Hsu,Che-Ming C。
25、Zhidan Zheng,You-Jen Chang,Liaoyuan Cheng,Tsun-Ming Tseng,Ulf SchlichtmannChair of Electronic Design AutomationTechnical University of MunichA Backup Resource Customization and Allocation Method for 。
26、The EDA LaboratoryRobust Technology-Transferable Static IR Drop Prediction Based on Image-to-Image Machine LearningThe Electronic Design Automation LabNational Taiwan UniversityC.-C.Lan,C.-C.Su,Y.-H.。
27、ML-Assisted RFIC Design Enablement:The New Frontier of AI for EDAHyunsu Chae1,Song Hang Chai1,Taiyun Chi2,Sensen Li1,and David Z.Pan11University of Texas at Austin,Austin,Texas,USA2Rice University,Ho。
28、ADEPT-Z:Zero-Shot Automated Circuit Topology Search for Pareto-Optimal Photonic Tensor Cores1Ziyang Jiang1,Pingchuan Ma1,Meng Zhang2,Rena Huang2,Jiaqi Gu11Arizona State University,2Rensselaer Polytec。
29、1Yield-driven Clock Skew Scheduling Based on Generalized Extreme Value DistributionKaixiang Zhu,Wai-Shing Luk*and Lingli WangState Key Laboratory of Integrated Chips and SystemsFudan University,C,luk。
30、1A 500-MS/s 8-bit SAR ADC Generated from an Automated Layout Generation Frameworkin 14-nm FinFET TechnologyASP-DAC 2025University Design ContestYunseong Jo,Taeseung Kang,Jeonghyu Yang,and Jaeduk HanD。
31、A High-Density Hybrid Buck Converter with a Charge Converging Phase Reducing Inductor Current for 12V Power Supply SystemsYichao Ji,Ji Jin,Lin ChengUniversity of Science and Technology of China,Hefei。
32、A Self-Supervised,Pre-Trained,and Cross-Stage-Aligned Circuit Encoder Provides a Foundation for Various Design Tasks1Wenji Fang1,Shang Liu1,Hongce Zhang1,2,Zhiyao Xie1wfang838connect.ust.hk1Hong Kong。
33、A Practical Randomized GMRES Algorithm for Solving Linear Equation System In Circuit SimulationBaiyu Chen,Jiawen Cheng,WenjianYu*Department of Computer Science and TechnologyTsinghua UniversityPresen。
34、Efficient Key Switching Accelerator for Fully Homomorphic EncryptionSeoyoon Jang,Sungjin Park,Dongsuk JeonSeoul National UniversitySeoul,South KoreaASP-DAC 2025Motivation Advent of FHE Fully Homomorp。
35、Post-Mapping ResubstitutionFor Area-Oriented OptimizationASP-DAC 2025Authors:Andrea Costamagna(speaker)Alessandro Tempia Calvino Alan Mishchenko Giovanni De MicheliOutlineMotivation&BackgroundMet。
36、Use Cases and Deployment of ML in IC Physical Design Amur Ghose,aghoseucsd.eduAndrew B.Kahng,abkucsd.eduSayak Kundu,sakunduucsd.eduYiting Liu,yil375ucsd.eduBodhisatta Pramanik,bopramanikucsd.eduZhian。
37、Copyright 2025 Arizona Board of RegentsLearning to Prune and Low-Rank Adaptation for Compact Language Model DeploymentAuthors:Asmer Hamid Ali(aali115asu.edu),Fan Zhang,Li Yang,Deliang FanEfficient,Se。
38、T.Ishikawa(1/21)(Invited Paper)Hardware Trojan Detectionby Fine-grained Power Domain PartitioningTakahiro Ishikawa 1,Kose Yokooji1,Yoshihiro Midoh1,Noriyuki Miura1,Michihiro Shintani2,Jun Shiomi11 Os。
39、2/16/251Efficient Deployment of Large Language Models on Resource Constrained Edge Computing PlatformsYiyu Shi,Ph.D.Professor,Dept.of Computer Science and Engineering,Site Director,NSF I/UCRC on Alte。
40、An Edge AI and Adaptive Embedded System Design for Agricultural Robotics ApplicationsChun-Hsian Huang1,Zhi-Rui Chen2,and Huai-Shu Hsu21Dept.Electrical Engineering,National Changhua University of Educ。
41、Fast Routing Algorithm for Mask Stitching Regionof Ultra Large Wafer Scale IntegrationZhen Zhuang1,Quan Chen2,Hao Yu2,and Tsung-Yi Ho11The Chinese University of Hong Kong2Southern University of Scien。
42、Limin Jiang,Yi Shi,Yintao Liu,Qingyu Deng,Siyi Xu,Yihao Shen,Fangfang Ye,Shan Cao,and Zhiyuan JiangSchool of Communication and Information Engineering,Shanghai University,ChinaA Hierarchical Dataflow。
43、Automation Automation of Standard Cell Layout Generation and Design-Technology Co-optimizationTaewhan Kim,Seoul National UniversityTOTORIAL,ASP-DAC2025 Tokyo,January 20,2025 Content1.Auto-generation 。
44、1Exploring Code Language Models for Automated HLS-based Hardware Generation:Benchmark,Infrastructure and Analysis ASP-DAC 2025Jiahao Gai,Hao(Mark)Chen,Zhican Wang,Hongyu Zhou,Wanru Zhao,Nicholas Lane。
45、Dynamic Topology-Aware Flow PathConstruction and Scheduling Optimizationfor Multilayered Continuous-FlowMicrofluidic BiochipsMeng Lian,Shucheng Yang,Mengchu Li,Tsun-Ming Tseng,and Ulf SchlichtmannTec。
46、KIT The Research University in the Helmholtz Associationwww.kit.eduSide-channel Collision Attacks on Hyper-Dimensional Computing Based on Emerging Resistive MemoriesBrojogopal Sapui,Mehdi B.Tahoori30。
47、Arya Fayyazi,Mehdi Kamal,Massoud Pedram*afayyazi,mehdi.kamal,pedramusc.eduUniversity of Southern CaliforniaLos Angeles,California,USATuesday,January 21,2025ASP-DAC1Dynamic Co-Optimization Compiler:Le。
48、On Awareness of Offset-Via and Teardrop in Advanced PackagingInterconnect SynthesisAuthor:Hao-Ju Chang,Yu-Hung Chen,Hao-Wei Huang,Yihua Yeh,Hung-Ming Chen,Chien-Nan Jimmy LiuNational Yang Ming Chiao 。