J2ME-m

用matlab实例讲解鲁棒控制，有源代码，易学易上手(Use matlab examples to explain robust control, source code, easy to learn and easy to use)

procedure of matlab which is used to cultivated

软件工程—实践者的研究方法(software engineering-practice research methods)

wav, as you can see,

Code with C++, Concurrent programming

GTD (Getting Things Done) 一書的workbook(GTD (Getting Things Done) book 1 workbook)

说明：  programming principles and patterns

多用户环境下定位精度的克拉美罗下限 与时延估计算法 (In this paper,the Cramer-Rao lowbound (CRLB) formobile station location based on time of arrival (TOA) in CDMA system is obtained. )

打印机的详细说明,包括硬件电路和程序,特别好的是还附有详细的C语言解释,对于具有一定单片机基础的人可以迅速上手,对于初学者,对着注释也能上手.(A detailed description of the printer, including hardware and procedures, in particular good is also accompanied by a detailed explanation of the C language, for a certain person based on single-chip can be quickly started, for beginners, can start at the Notes.)

The objective is to present a nonlinear approach to design a suitable controller system for the photovoltaic (PV) single-phase grid-connected system. The system structure includes a PV generator, Boost converter, and DC-AC inverter coupled to grid network. A backstepping controller is developed to extract maximum point power tracking (MPPT), to regulate the DC bus voltage, and to generate a sinusoidal current into the grid in phase with grid voltage in order to achieve unity power factor. The stability of the control algorithm is demonstrated by tools of Lyapunov analysis. Simulations show that the proposed controller system completely accomplishes listed aims even under atmospheric conditions variation. Theperformance of the proposed controller has been validated by numerical simulation in MATLAB SIMULINK(The objective is to present a nonlinear approach to design a suitable controller system for the photovoltaic (PV) single-phase grid-connected system. The system structure includes a PV generator, Boost converter, and DC-AC inverter coupled to grid network. A backstepping controller is developed to extract maximum point power tracking (MPPT), to regulate the DC bus voltage, and to generate a sinusoidal current into the grid in phase with grid voltage in order to achieve unity power factor. The stability of the control algorithm is demonstrated by tools of Lyapunov analysis. Simulations show that the proposed controller system completely accomplishes listed aims even under atmospheric conditions variation. Theperformance of the proposed controller has been validated by numerical simulation in MATLAB SIMULINK)