2020年 体系结构领域 顶级会议 还有哪些没截稿
以下为接下来的三个月内的截稿的CCF推荐，计算机体系结构/并行与分布计算/存储系统领域会议，按照时间排序。
本月截稿会议不在列表中。
个别会议因为没有公布截稿信息而不在列表中。
录取率信息为网络上可获得的最近年份数据，不一定是上一年的，文中尽量选择同时带有投稿量的数据年份供大家参考～
Core Ranking会排除Not primarily CS或者是national的会议，个别未上榜会议不代表会议水平差～
具体列表如下：
| VTS |
| 会议全称：VLSI Test Symposium 会议网址：https://tttc-vts.org/public_html/new/2021/ 会议地点：Online CCF分类：C 类 Core分类：NA H5指数：NA 录取率：47% in average |
| 截稿日期：2020年11月07日 评审结果：2020年12月21日 会议时间：2021年04月25日 |
| SPECIFIC AREAS OF INTEREST: Analog, Mixed-Signal, RF Test ATPG & Compression Silicon Debug Automotive Test & Safety Built-In Self-Test (BIST) Defect & Current Based Test Defect & Fault Tolerance Delay & Performance Test Design for Testability, Yield or Reliability Pre-silicon Design Verification & Validation Post-silicon Validation Embedded System & Board Test Embedded Test Methods Emerging Technologies Test and Reliability FPGA Test Fault Modeling and Simulation Hardware Security Low-Power IC Test Machine Learning in Test,Yield and Reliability Microsystems/MEMS/Sensors Test Memory Test and Repair On-Line Test & Error Correction Power & Thermal Issues in Test System-on-Chip (SOC) Test Test & Reliability of Biomedical Devices Test & Reliability of High-Speed I/O Test & Reliability of Machine Learning Systems Test Quality & Reliability Test Standards & Economics Test Resource Partitioning Transient & Soft Errors 2.5D, 3D & SiP Test Yield Optimization
New Hot Topics VTS puts particular emphasis on enlarging its scope soliciting submissions on aspects on the following hot topics: Test, Reliability & Security of AI and Neuromorphic Devices Machine Learning for Test Test & Reliability of Machine Learning Systems Test, Reliability & Security in Quantum Computing |
| ISCA |
| 会议全称：International Symposium on Computer Architecture 会议网址：https://iscaconf.org/isca2021/ 会议地点：Valencia, Spain CCF分类：A 类 Core分类：NA H5指数：56 录取率：23.2% (45/194) |
| 截稿日期：2020年11月19日 评审结果：2021年03月04日 会议时间：2021年05月22日 |
| SPECIFIC AREAS OF INTEREST: Not specified: Authors should indicate these areas on the submission form as well as specific topics covered by the paper for optimal reviewer match. If you are unsure whether your paper falls within the scope of ISCA, please check with the program chair – ISCA is a broad, multidisciplinary conference and encourages new topics. |
| DAC |
| 会议全称：Design Automation Conference 会议网址：https://www.dac.com/ 会议地点：San Francisco, California, USA CCF分类：A 类 Core分类：NA H5指数：NA 录取率：18% (202/815) |
| 截稿日期：2020年11月23日 评审结果： 会议时间：2021年07月11日 |
| SPECIFIC AREAS OF INTEREST: SoC, Heterogeneous & Reconfigurable Architectures, Approximate Computing for AI/ML, AI/ML System Design, Quantum Computing, Near-Memory & In-Memory Computing, Time-Critical System Design, and Hardware, Embedded & Cross-Layer Security |
| CCGRID |
| 会议全称：IEEE/ACM International Symposium on Cluster, Cloud and Grid Computing 会议网址：http://cloudbus.org/ccgrid2021/ 会议地点：Melbourne, Australia CCF分类：C 类 Core分类：A 类 H5指数：28 录取率：20.8% (52/250) |
| 截稿日期：2020年12月15日 评审结果：2021年02月08日 会议时间：2021年05月10日 |
| SPECIFIC AREAS OF INTEREST: Internet Computing Frontiers: Edge, Fog, Serverless, Lambda, Streaming
Architecture, Networking, Data Centers
Storage and I/O Systems
Programming Models and Runtime Systems
Resource Management and Scheduling
Performance Modelling and Evaluation
Cyber-Security, Privacy and Resilient Distributed Systems
Sustainable and Green Computing
Applications |
| ETS |
| 会议全称：European Test Symposium 会议网址：http://ets2021.eu 会议地点：Brugge, Belgium CCF分类：C 类 Core分类：NA H5指数：NA 录取率： |
| 截稿日期：2020年12月17日 评审结果：2021年02月12日 会议时间：2021年05月24日 |
| SPECIFIC AREAS OF INTEREST: Analog, Mixed-Signal and RF Test High-Speed I/0 Test Approximate Circuit Testing Low-Power Test ATE Hardware and Software Machine Learning and AI for Test Automatic Test Generation Memory Test and Repair Automotive and Avionics Test Microsystems / MEMS / Sensors Test Board Test and Diagnosis On-Line Test Built-In Self-Test Power- / Thermal-Aware Test Current-Based Test Processor Test (Multi-Core, GPU, CPU, Neuromorphic etc.) Defect-Based Test Security Issues in Test Delay and Performance Test Self-X (Awareness, Repair, Test, etc.) Dependability and Functional Safety Signal Integrity Test Design for Test SoC and NoC Test DfX (Design for Manufacturing, Reliability, Yield, etc.) Stacked or 3D ICs Test Diagnosis and Silicon Debug Standards in Test Economics of Test Test of Reconfigurable Systems (FPGA, CPLD, etc.) Failure Analysis Test, Reliability and Security of Emerging Technologies Fault Modeling and Simulation Test, Reliability and Security of Emerging Computing (Neuromorphic, In-Memory, Reversible and Quantum Circuits, etc.) Fault Tolerance Trojan Detection Hardware Security Verification and Validation Hardware Trust Yield Analysis and Enhancement |
| FCCM |
| 会议全称：Field-Programmable Custom Computing Machines 会议网址：https://www.fccm.org/ 会议地点：Fayetteville, Arkansas, USA CCF分类：C 类 Core分类：A 类 H5指数：24 录取率：20.7% (22/106) |
| 截稿日期：2021年01月04日 评审结果：2021年03月08日 会议时间：2021年05月09日 |
| SPECIFIC AREAS OF INTEREST: Architectures Novel reconfigurable architectures, including overlay architectures Architectures for high performance and/or low power computing Security assessment and enhancements for reconfigurable computing Specialized memory systems including volatile, non-volatile, and hybrid memory subsystems Emerging technologies with in-field reconfiguration abilities Clusters, data centers, or large systems of reconfigurable devices Heterogeneous programmable architectures
Abstractions, Programming Models, and Tools Abstractions, programming models, interfaces, and runtimes, including virtualization New languages and design frameworks for spatial or heterogeneous applications High-level synthesis and designer productivity in general Software-Defined-systems (e.g. radio, networks, frameworks for new domains) Customizable soft processors systems
Reconfiguration Run-time management of reconfigurable hardware System resilience/fault tolerance for reconfigurable hardware Evolvable, adaptable, or autonomous reconfigurable computing systems Security assessment and enhancement of run-time reconfiguration
Applications Data center or cluster with reconfigurable applications New uses of run-time reconfiguration in applications-specific systems Applications that utilize reconfigurable technology for performance and efficiency, and particularly submissions that make comparisons with other highly parallel architectures such as GPUs or DSPs Novel use of state-of-the-art commercial FPGAs |
| ICDCS |
| 会议全称：International Conference on Distributed Computing Systems 会议网址：https://icdcs2021.us/ 会议地点：Washington DC, USA CCF分类：B 类 Core分类：A 类 H5指数：36 录取率：19.6% (78/378) |
| 截稿日期：2021年01月06日 评审结果：2021年03月17日 会议时间：2021年07月07日 |
| SPECIFIC AREAS OF INTEREST: Cloud Computing and Data Centers Distributed Algorithms and Theory Distributed Big Data Systems and Analytics Distributed Fault Tolerance and Dependability Distributed Operating Systems and Middleware Edge Computing Internet of Things and Cyber-Physical Systems Mobile and Wireless Computing Security, Privacy, and Trust in Distributed Systems Blockchain Machine Learning on or for Distributed Systems Insights from Industrial Experience |
| USENIX ATC |
| 会议全称：USENIX Annul Technical Conference 会议网址：https://www.usenix.org/conference/atc21 会议地点：SANTA CLARA, CA, USA CCF分类：A 类 Core分类：A 类 H5指数：44 录取率：19.9% (71/356) |
| 截稿日期：2021年01月12日 评审结果：2021年04月26日 会议时间：2021年06月14日 |
| SPECIFIC AREAS OF INTEREST: Not specified
|
| SIGMETRICS |
| 会议全称：International Conference on Measurement and Modeling of Computer Systems 会议网址：https://www.sigmetrics.org/sigmetrics2021/ 会议地点：Beijing, China CCF分类：B 类 Core分类：A*类 H5指数：NA 录取率：16% (50/312) |
| 截稿日期：2021年01月29日 评审结果：2021年03月30日 会议时间：2021年06月14日 |
| SPECIFIC AREAS OF INTEREST: Quantitative measurement, design and evaluation studies of: Computer and communication networks, protocols and algorithms Wireless, mobile, ad-hoc and sensor networks, IoT applications Computer architectures, hardware accelerators, multi-core processors, memory systems and storage networks High Performance Computing Operating systems, file systems and databases Virtualization, data centers, distributed and cloud computing, fog and edge computing Mobile and personal computing systems Energy-efficient computing systems Real-time and fault-tolerant systems Security and privacy of computing and networked systems Software systems and services, and enterprise applications Social networks, multimedia systems, Web services Cyber-physical systems, including the smart grid
Methodologies, formalisms, metrics, solution techniques and algorithms for: Analytical modeling techniques and model validation Workload characterization and benchmarking Performance, scalability, power and reliability analysis Sustainability analysis and power management System measurement, performance monitoring and forecasting Anomaly detection, problem diagnosis and troubleshooting Capacity planning, resource allocation, run time management and scheduling Experimental design, statistical analysis, simulation Game theory, network economics, and platform design Big data, machine learning, AI, data mining, graph analysis, optimization |