Based on the basic principle of Time-Of-Flight cameras,a novel MATLAB/SIMULINK model is proposed to measure phase delay of a modulated light signal which represents the distance from camera to object. Subsequently,by ...Based on the basic principle of Time-Of-Flight cameras,a novel MATLAB/SIMULINK model is proposed to measure phase delay of a modulated light signal which represents the distance from camera to object. Subsequently,by discussing influence factors of phase measurement,it is found that the integration time,the sampling time,and the aliasing effect have important effect on improving the accuracy of phase measurement. Interestingly,by analyzing different integration time and sampling time, it is found that the best integration time and sampling time are 0.05 ms and 10 ns,respectively. In this case(i.e.,in absence of the aliasing effect),the variation range of the distance error is between 1 mm and 11 mm in the interval of one period. Especially,under the consideration of the aliasing effect,the average value of distance error is half of that in absence of the aliasing effect. This improves the accuracy of the distance measurement greatly.展开更多
In this paper, the solar panels are used to power an electrolyzer to separate the water into hydrogen and oxygen gas. Theelectrical equivalent circuit for the proton exchange membrane electrolyzer was developed and im...In this paper, the solar panels are used to power an electrolyzer to separate the water into hydrogen and oxygen gas. Theelectrical equivalent circuit for the proton exchange membrane electrolyzer was developed and implemented in MATLAB/Simulinkalong with the atmospheric hydrogen storage tank. The voltage （2 volt） and current （1 ampere） were supplied in a similar manner inorder to compare the simulated and experimental results. The hydrogen amount is calculated to be 7.345 （ml/min A） from the modelas well as the experimental set-up. The experimental and simulation results were matched.展开更多
根据Modelsim与Matlab/Simulink软件各自的特点,对两者的联合仿真技术进行了研究。应用Simulink仿真库里提供的link for modelsim功能解决了联合仿真的接口与实现问题,并把该技术应用于IEEE1588时钟同步仿真中硬件时间戳的获取,取得了...根据Modelsim与Matlab/Simulink软件各自的特点,对两者的联合仿真技术进行了研究。应用Simulink仿真库里提供的link for modelsim功能解决了联合仿真的接口与实现问题,并把该技术应用于IEEE1588时钟同步仿真中硬件时间戳的获取,取得了良好的效果。展开更多
由于MATLAB/Simulink本身就是一款优秀的系统建模和算法仿真工具,Modelsim是国内最为常用的HDL仿真工具,利用Link for modelsim使Modelsim与Simulink协同工作,使得算法设计和验证在同一款软件中完成。避免了不同开发环境下的兼容性问题...由于MATLAB/Simulink本身就是一款优秀的系统建模和算法仿真工具,Modelsim是国内最为常用的HDL仿真工具,利用Link for modelsim使Modelsim与Simulink协同工作,使得算法设计和验证在同一款软件中完成。避免了不同开发环境下的兼容性问题,极大地简化了设计的复杂度,加快了开发进程。提出利用基于模型的设计方法,可以将算法与硬件实现联合起来,对于算法的开发以及后期硬件实现都会带来极大的方便。详细介绍了Modelsim与MATLAB/Simulink联合仿真的接口技术、模型的搭建,以及通过利用16 QAM调制与解调的应用实例来验证系统的正确性。展开更多
The spin-transfer-torque(STT)magnetic tunneling junction(MTJ)device is one of the prominent candidates for spintronic logic circuit and neuromorphic computing.Therefore,building a simulation framework of hybrid STT-MT...The spin-transfer-torque(STT)magnetic tunneling junction(MTJ)device is one of the prominent candidates for spintronic logic circuit and neuromorphic computing.Therefore,building a simulation framework of hybrid STT-MTJ/CMOS(complementary metal-oxide-semiconductor)circuits is of great value for designing a new kind of computing paradigm based on the spintronic devices.In this work,we develop a simulation framework of hybrid STT-MTJ/CMOS circuits based on MATLAB/Simulink,which is mainly composed of a physics-based STT-MTJ model,a controlled resistor,and a current sensor.In the proposed framework,the STT-MTJ model,based on the Landau-Lifshitz-Gilbert-Slonczewsk(LLGS)equation,is implemented using the MATLAB script.The proposed simulation framework is modularized design,with the advantage of simple-to-use and easy-to-expand.To prove the effectiveness of the proposed framework,the STT-MTJ model is benchmarked with experimental results.Furthermore,the pre-charge sense amplifier(PCSA)circuit consisting of two STT-MTJ devices is validated and the electrical coupling of two spin-torque oscillators is simulated.The results demonstrate the effectiveness of our simulation framework.展开更多
基金National Natural Science Foundation of China(6127404361233010)Hunan Provincial Natural Science Fund for Distinguished Young Scholars(2015JJ1014)
文摘Based on the basic principle of Time-Of-Flight cameras,a novel MATLAB/SIMULINK model is proposed to measure phase delay of a modulated light signal which represents the distance from camera to object. Subsequently,by discussing influence factors of phase measurement,it is found that the integration time,the sampling time,and the aliasing effect have important effect on improving the accuracy of phase measurement. Interestingly,by analyzing different integration time and sampling time, it is found that the best integration time and sampling time are 0.05 ms and 10 ns,respectively. In this case(i.e.,in absence of the aliasing effect),the variation range of the distance error is between 1 mm and 11 mm in the interval of one period. Especially,under the consideration of the aliasing effect,the average value of distance error is half of that in absence of the aliasing effect. This improves the accuracy of the distance measurement greatly.
文摘In this paper, the solar panels are used to power an electrolyzer to separate the water into hydrogen and oxygen gas. Theelectrical equivalent circuit for the proton exchange membrane electrolyzer was developed and implemented in MATLAB/Simulinkalong with the atmospheric hydrogen storage tank. The voltage （2 volt） and current （1 ampere） were supplied in a similar manner inorder to compare the simulated and experimental results. The hydrogen amount is calculated to be 7.345 （ml/min A） from the modelas well as the experimental set-up. The experimental and simulation results were matched.
文摘由于MATLAB/Simulink本身就是一款优秀的系统建模和算法仿真工具,Modelsim是国内最为常用的HDL仿真工具,利用Link for modelsim使Modelsim与Simulink协同工作,使得算法设计和验证在同一款软件中完成。避免了不同开发环境下的兼容性问题,极大地简化了设计的复杂度,加快了开发进程。提出利用基于模型的设计方法,可以将算法与硬件实现联合起来,对于算法的开发以及后期硬件实现都会带来极大的方便。详细介绍了Modelsim与MATLAB/Simulink联合仿真的接口技术、模型的搭建,以及通过利用16 QAM调制与解调的应用实例来验证系统的正确性。
基金Project supported by the National Natural Science Foundation of China(Grant No.62004223)the Science and Technology Innovation Program of Hunan Province,China(Grant No.2022RC1094)+1 种基金the Open Research Fund Program of the State Key Laboratory of Low-Dimensional Quantum Physics,China(Grant No.KF202012)the Hunan Provincial Science Innovation Project for Postgraduate,China(Grant No.CX20210086).
文摘The spin-transfer-torque(STT)magnetic tunneling junction(MTJ)device is one of the prominent candidates for spintronic logic circuit and neuromorphic computing.Therefore,building a simulation framework of hybrid STT-MTJ/CMOS(complementary metal-oxide-semiconductor)circuits is of great value for designing a new kind of computing paradigm based on the spintronic devices.In this work,we develop a simulation framework of hybrid STT-MTJ/CMOS circuits based on MATLAB/Simulink,which is mainly composed of a physics-based STT-MTJ model,a controlled resistor,and a current sensor.In the proposed framework,the STT-MTJ model,based on the Landau-Lifshitz-Gilbert-Slonczewsk(LLGS)equation,is implemented using the MATLAB script.The proposed simulation framework is modularized design,with the advantage of simple-to-use and easy-to-expand.To prove the effectiveness of the proposed framework,the STT-MTJ model is benchmarked with experimental results.Furthermore,the pre-charge sense amplifier(PCSA)circuit consisting of two STT-MTJ devices is validated and the electrical coupling of two spin-torque oscillators is simulated.The results demonstrate the effectiveness of our simulation framework.
