史建琦
近期热点
资料介绍
个人简历
专利ZL 2011 1 0096707.3,汽车电子器件中断安全隐患检测系统及其检测方法,何积丰、朱龙飞、史建琦ZL 2014 2 0378499.5,一种磁吸附式的单词反射平面激光生成器,史建琦、姜宁康、方徽星、黄滟鸿ZL 2014 2 0378506.1,一种可调式单次反射平面激光生成器,史建琦、王振辉、姜宁康、郭占华、黄滟鸿201510670509.1 ,具有传感控制功能的工业自动化系统的互联网接入装置,史建琦、黄滟鸿、何积丰、王江涛201610456943.4 ,一种基于程序演进模型的目标代码逆向工程方法,史建琦、熊家文、黄滟鸿、何积丰、李昂、方徽星201610456941.5 ,一种基于程序演进模型的目标代码逆向工程系统,史建琦、熊家文、黄滟鸿、何积丰、李昂、方徽星201610459128.3 ,一种基于代数演算的中间代码优化系统,黄滟鸿、卜祥兴、史建琦、何积丰、李昂、方徽星201610456922.2 ,一种基于代数演算的中间代码优化方法,黄滟鸿、卜祥兴、史建琦、何积丰、李昂、方徽星201610456945.3 ,一种基于机器学习技术的可自感知异常的工控安全防护与报警系统,黄滟鸿、郭欣、史建琦、李昂、方徽星201610456944.9 ,一种基于机器学习技术的工控安防方法,黄滟鸿、郭欣、史建琦、李昂、方徽星201610459066.6 ,一种信号轨迹驱动的控制系统,史建琦、郭欣、黄滟鸿、李昂、方徽星201610456888.9,一种智能驱动控制系统,史建琦、郭欣、黄滟鸿、李昂、方徽星201610755248.8,一种基于进程代数的实时协议分析及验证系统,史建琦、庞海萍、黄滟鸿、李昂、何积丰、方徽星201610755243.5,一种实时协议的形式化分析及验证方法,史建琦、庞海萍、黄滟鸿、李昂、何积丰、方徽星201610757043.3,一种基于形式语义推理和深度学习的自然语言知识挖掘方法,史建琦、吴双、黄滟鸿、王祥丰、吴苑斌201610755226.1,一种基于形式语义推理和深度学习的自然语言知识挖掘系统,史建琦、吴双、黄滟鸿、王祥丰、吴苑斌201610757031.0,一种空间飞行器的自适应重构方法及系统,黄滟鸿、李炬、史建琦、李昂、何积丰、方徽星201610754975.2,一种空间飞行器的重构飞行控制方法及系统,黄滟鸿、李炬、史建琦、李昂、何积丰、方徽星201610927633.6,一种面向目标代码的程序静态分析系统,何积丰、卜祥兴、史建琦、黄滟鸿、李昂、方徽星201610927632.1,一种面向目标代码的程序静态分析方法,何积丰、卜祥兴、史建琦、黄滟鸿、李昂、方徽星201611137739.2,一种软件体系结构建模和仿真系统,黄滟鸿、施健、史建琦、方徽星、李昂、李新、何积丰201611137729.9,一种软件体系结构建模与仿真方法,黄滟鸿、施健、史建琦、方徽星、李昂、李新、何积丰201611219520.7,一种软件自适应决策验证系统,史建琦、胡志成、黄滟鸿、方徽星、李昂、李新、何积丰201611218766.2,一种软件自适应决策验证方法,史建琦、胡志成、黄滟鸿、方徽星、李昂、李新、何积丰201611168496.9,一种目标代码控制流图生成方法,何积丰、熊家文、史建琦、黄滟鸿、李昂、方徽星201611169736.7,一种目标代码控制流图生成系统,何积丰、熊家文、史建琦、黄滟鸿、李昂、方徽星201611169725.9,一种恶意程序识别系统,熊家文、史建琦、黄滟鸿、李昂、方徽星、何积丰201611167528.3,一种恶意程序识别方法,熊家文、史建琦、黄滟鸿、李昂、方徽星、何积丰201611167121.0,基于微内核原型的进程间通信安全性形式化分析验证系统,毛侠、史建琦、黄滟鸿、李昂2.0171E+11,基于加权下推系统的中断验证方法,黄滟鸿、郭欣、史建琦、何积丰、李昂、方徽星201710139023.4,基于加权下推系统的中断验证系统,黄滟鸿、郭欣、史建琦、何积丰、李昂、方徽星201710138192.6,一种工业环境实景增强式交互终端及系统,何积丰、毛侠、史建琦、黄滟鸿、李昂、方徽星201710139083.6,一种工业环境实景增强式交互方法,何积丰、毛侠、史建琦、黄滟鸿、李昂、方徽星201710139684.7,一种线性时态逻辑规范的通用并行挖掘方法,何积丰、熊家文、史建琦、黄滟鸿、李昂、方徽星201710138191.1,一种线性时态逻辑规范的通用并行挖掘系统,何积丰、熊家文、史建琦、黄滟鸿、李昂、方徽星201710138988.1,基于时态逻辑的微控制器运行时验证系统,史建琦、胡志成、黄滟鸿、李昂、方徽星、201710139008.X,基于时态逻辑的微控制器运行时验证方法,史建琦、胡志成、黄滟鸿、李昂、方徽星、201710322901.6,一种工厂智能预警系统,史建琦、李志辉、黄滟鸿、王祥丰、吴苑斌201710322900.1,一种工厂智能预警方法,史建琦、李志辉、黄滟鸿、王祥丰、吴苑斌201710322906.9,一种基于运行时验证技术的嵌入式系统软件调试系统,黄滟鸿、赵慧、史建琦、何积丰、李昂、方徽星201710322903.5,一种基于运行时验证技术的嵌入式系统软件调试方法,黄滟鸿、赵慧、史建琦、何积丰、李昂、方徽星201710434655.3,带过去时态的线性时态逻辑性质有界运行时验证系统,黄滟鸿、熊家文、史建琦、何积丰、李昂201710434656.8,带过去时态的线性时态逻辑性质有界运行时验证方法,黄滟鸿、熊家文、史建琦、何积丰、李昂201710434650.0,一种基于协同开发系统的构件交互关系建模方法,史建琦、陈心宇、黄滟鸿、李昂、王泊涵201710433623.1,一种基于协同开发系统的构件交互关系建模系统,史建琦、陈心宇、黄滟鸿、李昂、王泊涵201710433625.0,一种接入多类型协同件的服务总线平台的工作方法,史建琦、皮兴兴、黄滟鸿、李昂、王泊涵201710434096.6,一种接入多类型协同件的服务总线平台,史建琦、皮兴兴、黄滟鸿、李昂、王泊涵201710434078.8,一种基于Group Lasso的半监督哈希图像搜索方法,黄滟鸿、史建琦、王祥丰、吴苑斌201710437582.3,一种基于Group Lasso的半监督哈希图像搜索装置,黄滟鸿、史建琦、王祥丰、吴苑斌201710423864.8,一种基于虚拟机的程序运行方法,史建琦、魏汉生、黄滟鸿、李昂、王泊涵201710434653.4,一种基于虚拟机的程序运行系统,史建琦、魏汉生、黄滟鸿、李昂、王泊涵201710434654.9,一种可信飞行控制系统协同开发的任务分配建模方法,史建琦、李炬、黄滟鸿、李昂、王振辉201710434652.X,一种可信飞行控制系统协同开发的任务分配建模装置,史建琦、李炬、黄滟鸿、李昂、王振辉201810130188.X,一种网联智能能源计量结算方法,史建琦、郭欣、黄滟鸿、熊家文、毛侠201810130185.6,一种网联智能能源计量结算系统,史建琦、郭欣、黄滟鸿、熊家文、毛侠201810167496.X,一种结构化文本程序的自动化验证方法,史建琦、黄滟鸿、卜祥兴、熊家文、佘庆201810160216.2,一种基于中断控制流图的中断验证系统,史建琦、黄滟鸿、卜祥兴、熊家文、佘庆201810167489.X,一种结构化文本程序的自动化验证装置,史建琦、佘庆、黄滟鸿、郭欣、熊家文、毛侠201810160219.6,一种基于中断控制流图的中断验证方法,史建琦、佘庆、黄滟鸿、郭欣、熊家文、毛侠201810338428.5,一种基于区块链的能源网联监控方法及存储介质,毛侠、何积丰、史建琦、黄滟鸿、朱罡201810337908.X ,一种基于区块链的能源网联智能装置及系统,毛侠、何积丰、史建琦、黄滟鸿、朱罡201810189855.1,一种提高域名系统可用性的方法及系统, 黄滟鸿 熊家文 史建琦 何积丰 李昂201810189854.7,一种域名系统攻击检测方法、装置及系统,201810611535.0,一种可编程控制的通用总线接口转换方法,陈晶,史建琦,何积丰,黄滟鸿201810611556.2,一种可编程控制的通用总线接口转换系统,陈晶,史建琦,何积丰,黄滟鸿201810609281.9,可编程逻辑控制器编程语言转换系统,史建琦,黄滟鸿,何积丰,李昂,蔡方达201810609274.9,可编程逻辑控制器编程语言转换方法,史建琦,黄滟鸿,何积丰,李昂,蔡方达201810667143.6,一种基于中间语言的PLC程序验证系统,史建琦,黄滟鸿,何积丰,李昂,蔡方达201810667508.5,一种基于中间语言的PLC程序验证方法,史建琦,黄滟鸿,何积丰,李昂,蔡方达201810772287.8,一种基于IMCL模型的异构式多平台代码生成方法,黄滟鸿,史建琦,李炬,李昂,蔡方达201810776825.0,一种基于IMCL模型的异构式多平台代码生成系统,黄滟鸿,史建琦,李炬,李昂,蔡方达201810770780.6,一种复杂工业控制系统的实现方法,黄滟鸿,史建琦,李炬,李昂,蔡方达201810770767.0,一种复杂工业控制系统,黄滟鸿,史建琦,李炬,李昂,蔡方达201811132214.9,一种需求功能点智能识别系统 ,史建琦,李志辉,黄滟鸿,鲍钰,战云龙,孙文圣201811132200.7,一种需求功能点智能识别方法 ,史建琦,李志辉,黄滟鸿,鲍钰,战云龙,孙文圣201811133405.7,一种智能功能点识别的软件计价方法 ,史建琦,皮兴兴,黄滟鸿,鲍钰,孙文圣,战云龙201811133423.5,一种智能功能点识别的软件计价系统 ,史建琦,皮兴兴,黄滟鸿,鲍钰,孙文圣,战云龙201811133388.7,一种基于神经风格迁移的测试用例生成系统 ,史建琦,李志辉,黄滟鸿,蔡方达,王祥丰,金博201811132209.8,一种基于神经风格迁移的测试用例生成方法 ,史建琦,李志辉,黄滟鸿,蔡方达,王祥丰,金博研究领域
形式化方法,嵌入式操作系统,工业互联网软硬件""近期论文
Haiping Pang, Ju Li, Yijia Ruan, Yanhong Huang, Jianqi Shi, Shengchao Qin. Formalization and Verification of the Powerlink Protocol using CSP. In the Proc. 23rd Asia-Pacific Software Engineering Conference (APSEC) 2016, Hamilton, New Zealand. (Accepted, Acceptance Rate:19.7%)Jianqi Shi, Jifeng He, Huibiao Zhu, Yanhong Huang, Xiaoxian Zhang. ORIENTAIS: Formal Verified OSEK/VDX Real-Time Operating System. In the Proc. 17th ICECCS, 2012, pp 293-301, Association for Computing Machinery, Paris, France.Jianqi Shi, Longfei Zhu, Huixing Fang, Huibiao Zhu, Jian Guo. xBIL - A Hardware Resource Oriented Binary Intermediate Language. In the Proc. 17th ICECCS, 2012, pp 211-219, Association for Computing Machinery, Paris, France.Jianqi Shi, Qin Li, Longfei Zhu, Xin Ye, Yanhong Huang, Huixing Fang and Fu Song. Towards A Binary Intermediate Language for Real-Time Embedded System. Mathematical Problems in Engineering, 2014, Volume 2014, a925402, pp 1-13, ISSN: 1563-5147.Jianqi Shi, Huixing Fang, Yanhong Huang, Fu Song, Jian Guo and Qin Li. Verifying Interrupt Properties of Real-Time Embedded System in Binary Code Perspective. The Scientific World Journal, 2014, Volume 2014, a451085, pp 1-14, ISSN: 1537-744X.Jianqi Shi, Longfei Zhu, Huibiao Zhu, Jian Guo, Huixing Fang, Xin Ye and Yanhong Huang. Binary Code Level Verification for Interrupt Safety Properties of Real-Time Operating System. In Proc. 6th TASE 2012, pp 223-226, IEEE Computer Society, Beijing, China.Jianqi Shi, Huixing Fang, Huibiao Zhu and Xin Ye. Formal Verification of OSEK/VDX Real-Time Operating System. Proc. 6th SERE(SSIRI), 2012, pp 124-133, Washington, D.C., USA.Jianqi Shi, Xin Ye, Liangyu Chen, Pei Zhang, Ningkang Jiang, ESF-An Extensive Service Foundation from Internet of Things Perspective, In Proc. 15th ISORC, 2012, pp 59-64, IEEE Computer Society, Shenzhen, China.Qin Li, Jianqi Shi*, Huibiao Zhu. A Formal Framework for Service Mashups with Dynamic Service Selection. In Proc. Innovation in Systems and Software Engineering. 2014, Volume 10, Issue 3 (2014), pp 219-234, ISSN: 1614-5046, Springer.Huixing Fang, Jianqi Shi, Huibiao Zhu, Jian Guo, Kim Guldstrand Larsen, Alexandre David. Formal verification and simulation for platform screen doors and collision avoidance in subway control systems. In Proc. International Journal on Software Tools for Technology Transfer (STTT). 2014, Volume 16, Issue 4, pp 339-361, ISSN:1614-5046, Springer.Yanhong Huang, Jifeng He, Huibiao Zhu, Yongxin Zhao, Jianqi Shi, Shengchao Qin: Semantic Theories of Programs with Nested Interrupts. Frontiers of Computer Science, FCS. 2014.Conghua Zhou, Yong Wang, Meiling Cao, Jianqi Shi*, Yang Liu. Formal Analysis of MAC in IEEE 802.11p with Probabilistic Model Checking. TASE 2015: 55-62Zhimin Wu, Yang Liu, Jun Sun, Jianqi Shi, Shengchao Qin. GPU Accelerated On-the-Fly Reachability Checking. ICECCS 2015: 100-109Geguang Pu, Jianqi Shi, Zheng Wang, Lu Jin, Jing Liu and Jifeng He. The Validation and Verification of WSCDL. In Proc. 14th APSEC, 2007, pp 81-88, IEEE Computer Society, Nagoya, Japan.Huixing Fang, Huibiao Zhu, Jianqi Shi. An Object-Oriented Language for Modeling of Hybrid Systems. HASE 2015: 1-9Can Pan, Jian Guo, Longfei Zhu, Jianqi Shi, Huibiao Zhu, Xinyun Zhou. Modeling and Verification of CAN Bus with Application Layer using UPPAAL. Electr. Notes Theor. Comput. Sci. 309: 31-49 (2014)Liangyu Chen, Jianqi Shi, Ningkang Jiang, An Information Infrastructure for Enterprise Computing Towards The Internet of Things. In Proc. ICISCI, 2011, pp 84-91, IEEE Computer Society, Harbin, China.Xin Li, Yanhong Huang, Jianqi Shi, Jian Guo and Huibiao Zhu. pIML - An Interrupt Program Modelling Language for Real-Time and Embedded Systems. In Proc. 21th APSEC, 2014, IEEE Computer Society, Jeju, Korea.Qiu Fang, Xin Ye, Jianqi Shi and Xiaoxian Zhang. A New Approach for Developing Safety-Critical Software in Automotive Industry. In Proc. 5th ICSESS, 2014, pp 64-69,IEEE Computer Society, Beijing, China.Yanhong Huang, Yongxin Zhao, Jianqi Shi, and Huibiao Zhu: A Denotational Model for Interrupt-Driven Programs. In Proc. 6th ICST, 2013, pp 15-20, IEEE Computer Society, Luxembourg.Yanhong Huang, Yongxin Zhao, Jianqi Shi, Huibiao Zhu, Shengchao Qin: Investigating Time Properties of Interrupt-Driven Programs. In Proc. 15th SBMF, 2012, pp 131-146, Association for Computing Machinery, Natal, Brazil.Qinwen Ran, Xi Wu, Xin Li, Jianqi Shi, Jian Guo and Huibiao Zhu. Modelling and Verifying the TTCAN Protocol Using Timed CSP. In Proc. 8th TASE, 2014, IEEE Computer Society, Changsha, China.Longfei Zhu, Peng Liu, Zheng Wang, Jianqi Shi and Huibiao Zhu: A Timing Verification Framework for AUTOSAR OS Component Development based on Real-Time Maude. In Proc. 7th TASE, 2013, pp 29-36, IEEE Computer Society, Birmingham, UK.Huixing Fang, Jian Guo, Huibiao Zhu and Jianqi Shi. Formal Verification and Simulation: Co-Verification for Subway Control Systems. In Proc. 6th TASE, 2012, pp 145-152, IEEE Computer Society, Beijing, China.Longfei Zhu, Min Zhang, Yanhong Huang, Jianqi Shi, Huibiao Zhu. Formalising Application Programming Interfaces of the OSEK/VDX Operating System Specification. In Proc. 5th TASE, 2011, pp 27-34, IEEE Computer Society, Xian, China.Yanhong Huang, Yongxin Zhao, Longfei Zhu, Qin Li, Huibiao Zhu, Jianqi Shi. Modelling and verifying the code-level OSEK/VDX operating system with CSP. In Proc. 5th TASE, 2011, pp 142-149, IEEE Computer Society, Xian, China.上海计算机学会 嵌入式与普适计算分委会 副主任 相关热点