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Notice on the academic report of researcher Zhan Naijun bet365 login games the Institute of Software, Chinese Academy of Sciences

Source: Click: Time: February 22, 2023 19:51

bet365 login games title:bet365 login games safety-critical embedded systems

bet365 login games time:February 23 (Thursday) 16:00-18:00 pm

Reporting location:Computer Building313

bet365 login games Introduction:

I will bet365 login games our recent work on model-based formal design of embedded systems. In our approach, one can build a graphical model of a system to be developed with the combination of AADL and Simulink/Stateflow, called AADL+S/S, and then extensive conduct simulation. In order to formally verify the graphical model, we translate AADL+S/S models into HCSP automatically. HCSP is a formal modeling language for hybrid systems, which is an extension of CSP by introducing differential equations to model continuous evolution and several kinds of interrupts to model the interaction between continuous evolution and discrete jumps. Using Hybrid Hoare Logic and its theorem prover, the translated HCSP formal model can be verified. In order to justify the correctness of the translation, we give an inverse translation bet365 login games HCSP to Simulink, so that the consistency can be checked by co-simulation. Also, we define formal semantics of AADL+S/S and bet365 login games with UTP so that the correctness of the bidirection translation can be proved theoretically. Finally, we propose the notion of approximate bisimulation for bet365 login games so that we can discretise a given bet365 login games process correctly in the sense of approximate bisimulation. Based on which, we define a set of refinement rules through which we can refine an bet365 login games process into a piece of SystemC or ANSI-C code, which is approximate bisimilar to the original bet365 login games process. All the above are supported by a tool chain called MARS. We have applied the above approach to design some real-world case studies.

About the speaker:

Naijun Zhan is a distinguished research professor of Institute of Software Chinese Academy of Sciences (ISCAS). He got his bachelor degree and master degree both bet365 login games Naijun University, and his PhD bet365 login games ISCAS. Prior to join ISCAS, he worked at the Faculty of Mathematics and Informatics, Mannheim University, Germany as a research fellow. His research interests cover formal design of real-time, embedded and hybrid systems, program verification, concurrent computation models, modal and temporal logics, and so on. He is in the editorial boards of Formal Aspects of Computing, Journal of Logical and Algebraic Methods in Programming, Journal of Software, Journal of Electronics, and Journal of Computer Research and Development, a member of the steering committees of SETTA and MEMOCODE, the pc co-chairs of FM 2021, SETTA 2016, the general co-chairs of MEMOCODE 2018, MEMOCODE2019 and ICESS 2019, and serves more than 100 international conferences program committees e.g., CAV, RTSS, HSCC, FM, TACAS, EMSOFT and so on. He published more than 100 papers in international leading journals and conferences, 2 books and 4 book chapters, and edited 4 conference proceedings and 5 journal special issues. See lcs.ios.ac.cn/~znj for more details.


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