Asig-1a

时间序列分析中相空间重构时求嵌入维的Cao氏方法(for embedding dimension)

说明：  5529 UART MSP430F55xx_usci_uart_standard_transceiverMSP430F55xx_usci_uart_standard_transceiver(5529 UARTMSP430F55xx_usci_uart_standard_transceiverMSP430F55xx_usci_uart_standard_transceiver)

设计一个卡尔曼滤波器，用来从噪声环境中率出有用信号。(Design a Kalman filter to noise rate from the useful signal.)

说明：  Qualify 2D尺寸自动化检测，Qualify是一款逆向工程软件。在测量行业运用测量轮廓度尺寸非常好用。可给客户出具只管的比对报告(Qualify 2D dimension automatic detection, Qualify is a reverse engineering software. It is very useful to measure profile size in measurement industry. Contrast reports can be issued to customers.)

说明：  离散小波变换，单层分解，多层分解，高低频的滤波等。(Discrete wavelet transform)

实现DS证据理论的Matlab源码 案例应用(DS evidence theory to achieve Matlab source code)

印刷电路板的设计布线图设计的基本方法接着，确定印刷电路板所需的尺寸，并按原理图，将各个元器件位置初步确定下来，然后经过不断调整使布局更加合理，印刷电路板中各元件之间的接线安排方式如下：(The design of printed circuit board wiring diagram of the basic methods of design and then to determine the required printed circuit board size, and schematic diagram of the various components to determine the initial position and then continue to adjust after making a more rational layout, printed circuit boards in connection between the components arranged as follows:)

wireless charging calculation

InSAR是一种极具潜力的新型空间大地测量方法，但它也有其固有的限制，特别是受到大气层延迟（对流层延迟、电离层延迟等）、卫星轨道误差、地表状况和时变去相关性等影响，很容易导致InSAR图像解释错误，而InSAR数据本身无法解决所存在的上述问题。而GPS可以精密定位，可以较为精确地确定电离层、对流层参数，是当前应用最广泛的一种空间大地测量手段。-InSAR is a potential new space geodetic methods, but it also has its inherent limitations. in particular by the delay in the atmosphere (troposphere delay, ionospheric delay, etc.), satellite orbit errors, Surface conditions and time-varying correlation to the impact of such very easily lead to wrong interpretation of InSAR image, InSAR data and by itself can not solve the above problems. GPS precision positioning can be more accurately determine the ionosphere, troposphere parameters, is the most widely used as a means of space geodesy.

MERGING OF TWO FILE USING C++