A Middleware Approach to Achieving Fault Tolerance of Kahn Process Networks on Networks on Chips by Onur Derin, Erkan Diken, Leandro Fiorin

“…We also list our ideas on the development of a simulation platform as an initial step towards creating fault tolerance strategies for KPNs applications running on NoCs. …”
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Optimal Design and Analysis of Traction Steering Mechanism for Loading Transport Vehicle by Ruochao Wang, Zhikuan Yin, Zisheng Liu, Zijue Wang, Taiming Zhang, Jiantao Yao

“…By using the Adams dynamics simulation software， the simulation and comparative experiment of the trapezoidal steering mechanism with the optimized parallelogram mechanism from three dimensions of steering trajectory， steering start torque， and energy conversion efficiency are carried out. …”
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Modified Least Squares Algorithm for Three-Dimensional Target Location Based on Wireless Communication Base Stations by Zhaohui Zhang, Jing Li, Qian Liu

“…Compared with the existing algorithms, the proposed algorithm in this paper has better performance on the accurate target 3D location in real scenes, which has a high value of practical application. The simulations illustrate that the location error of the proposed algorithm is smaller than those of other existing algorithms based on the same simulation data and conditions.…”
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A Novel Approach to a Time-Dependent-Coefficient WBK System: Doubly Periodic Waves and Singular Nonlinear Dynamics by Bo Xu, Sheng Zhang

“…The simulations show that the doubly periodic waves possess time-varying amplitudes and velocities as well as singularities in the process of propagations.…”
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Study on crack propagation behaviors of aircraft internal pressure panels with longitudinal cracks by QIN JianBo, WANG Feng, LÜ Pin, HOU Cheng, FAN XueLing

“…Based on the finite element method, the stress field distribution at the crack tip of the fuselage panel under internal pressure load was simulated. And the analysis results of the equivalent stress intensity factor and crack growth of different crack lengths were calculated based on the fracture mechanics theory. …”
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Load balancing for high performance computing using quantum annealing by Omer Rathore, Alastair Basden, Nicholas Chancellor, Halim Kusumaatmaja

“…While the methodology for obtaining real simulation data to partition is application specific, the proposed balancing protocol itself remains completely general. …”
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Distributed Robust Cooperative Hierarchical Control for Island Microgrids under Hijacking Attacks Based on Multiagent Systems by Abdollah Mirzabeigi, Ali Kazemy, Mehdi Ramezani, Seyed Mohammad Azimi

“…The theory and simulation results confirm the performance of the designed controller in solving this cyber-attack and other disturbances compared to other controllers.…”
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Research on Energy-Efficient Building Design Using Target Function Optimization and Genetic Neural Networks by Youxiang Huan

“…This paper utilizes the EnergyPlus API to directly call the simulation engine from within the optimization algorithm. …”
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Physiological Characteristics and Nonparametric Test for Master-Slave Driving Task’s Mental Workload Evaluation in Mountain Area Highway at Night by Haiwei Wang, Jianrong Liu, Feng You

“…First, we establish the experimental platform based driving simulator and design the master-slave driving task. …”
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Traffic Sign Recognition in Rainy Conditions Based on Federated Learning by Chen Yilin

“…To tackle this issue, this paper simulated rainy environments to improve the recognition accuracy of traffic signs in real world. …”
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The Stress and Reliability Analysis of HTR’s Graphite Component by Xiang Fang, Haitao Wang, Suyuan Yu

“…Therefore it is necessary to study and simulate the mechanical behavior of graphite component under in-core working conditions and forecast the internal stress accumulation history and the variation of reliability. …”
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Novel unified chaotic system with multi-parameter invariable Lyapunov exponent spectrum by Qiuzhen WAN, Zhaoteng ZHOU

“…Based on the traditional Qi chaotic system,a novel unified chaotic system with the complex chaotic characteristics was constructed by adding the control parameters and modifying the nonlinear terms.Firstly,basic dynamical characteristics of chaotic system were analyzed,and phase portrait,time domain waveform diagram,Poincare mapping and power spectrum diagram were numerically simulated.Secondly,system parameters influence on chaotic system was discussed through Lyapunov exponent spectrum,bifurcation diagrams and chaotic signal amplitude.It was found that the unified chaotic system can generate the four new types of two-wing chaotic attractors with the multi-parameter invariable Lyapunov exponent spectrum characteristics.Meanwhile,there exist the functions of the global and local nonlinear amplitude modulation parameters.Thirdly,taking the first chaotic attractor of system as an example by introducing the two new types of nonlinear functions,the expansion of grid multi-wing attractor was realized.Finally,the hardware circuit of novel unified chaotic system was constructed.The four new types of chaotic attractors are observed experimentally,which is consistent with numerical simulation results and verified the feasibility of the proposed system.…”
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Density Functional Study of Electronic and Structural Properties of Gold-Cadmium Selenide/Telluride Nanoclusters by Shimeles T. Bulbula, Hagos W. Zeweldi

“…Electronic and structural properties of cadmium selenide/telluride connected to gold electrode clusters have been the focus of this research due to their importance in constructing fast microelectric devices. The simulations were carried out by using VASP (Vienna Ab-Initio Simulation Package) which utilizes the method of density functional theory (DFT) and plane wave basis set. …”
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地铁转向架排障器的结构改进及疲劳性能评估 by 许喆, 智鹏鹏, 刘东亮

“…In view of the fracture and edge crack initiation of the bogie cowcatcher during the service of a metro train,the failure causes are analyzed,and a fatigue performance evaluation method combining finite element analysis and dynamic stress test is proposed to verify the rationality of improving the structural design of the cowcatcher.Firstly,the structure of the cowcatcher with fracture or edge crack is analyzed in the aspects of design,structure,manufacturing and raw materials,and the corresponding structural improvement scheme is proposed.Secondly,the static strength and fatigue strength of the structure for the new cowcatcher are analyzed to clarify the dangerous parts according to the EN13749 standard.Thirdly,determine the strain gauge layout plan and conduct line tests considering the simulation analysis results and the operating space comprehensively.Finally,the fatigue performance evaluation of the cowcatcher is carried out by miner’s linear cumulative damage rule and IIW recommended S-N curve.The results show that the fatigue performance of the new type of cowcatcher based on finite element analysis and dynamic stress test meet the requirements,and the two support each other to further verify the rationality of the new structure design.Simultaneously,the simulation analysis results provide a theoretical reference for the reasonable arrangement of measuring points.…”
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Thermomechanical Impact of Polyurethane Potting on Gun Launched Electronics by A. S. Haynes, J. A. Cordes, J. Krug

“…Simulation results will compare stresses and displacements for a simplified electronics package with and without full potting. …”
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A Hybrid Wavelet Transform Based Short-Term Wind Speed Forecasting Approach by Jujie Wang

“…To evaluate the performance of the proposed approach, it is applied to forecast Hexi Corridor of China’s wind speed. Simulation results in four different cases show that the proposed method increases wind speed forecasting accuracy.…”
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Higher-speed Trapped-oil Pressure Research and Relief-groove Invention for Gear Pump by Changming Wen, Yulong Li

“…To achieve the abundant relief of high-speed trapped-oil for gear pump，based on the same tooth profile parameters and working conditions，the experiment，simulation and theoretical analysis are carried out successively. …”
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Zero power light labeling based on visible light communication by Tianyang MA, Xiongbin CHEN, Yiwu XU

“…In order to achieve zero energy consumption of visible light labels, MATLAB and MULTISIM were used to simulate the impedance matching of the receiver, matching the input impedance of the first-order equalization circuit with the internal resistance of solar panel, while expanding the system bandwidth and ensuring the highest output power of the solar panel.The simulation results show that the output power of the solar panel is increased by 86.2% when the input impedance of the equalization circuit matches solar panel, compared to the common 50 Ω.The prototype system of zero-energy optical label of visible light was built.A 15 W LED lamp was used to send characters at 115 200 Baud, and a cadmium telluride solar panel was used to collect energy and receive signals at a distance of 1.3 m.Low-power microcontroller was used to recover data through ADC and computation, and OLED screens were used to display the received label characters.The signal reception, processing computing, and screen display energy of the receiver were all provided by solar panel, without the need for batteries or external power supply.The visible light label display service with zero energy consumption has been implemented.…”
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Horizontal Backward Launch Dynamics Modeling and Analysis by Liangyu Zhao, Yi Jiang, Xinlin Wei, Liqi Ma, Xiang Li

“…Meanwhile, the simulation parameters of the initial trajectory are obtained. …”
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Multiscale Analysis of Mechanical Properties and Kinetic Processes in Dry Granular Flow by Ran Xu, Enlong Liu, Jianhe Li

“…The model leveraged complex network theory and the concept of granular temperature to capture the intricate interactions occurring at the mesoscale level. The simulation outcomes, obtained through the use of this model, revealed that shear forces induced particle rearrangement, modifying contact network properties, and disrupting the formation of stable force chains. …”
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