ch3

matlab fiancial toolbox

数学规划 lp - 线性规划 linprog - 线性规划(在MATLAB5.3使用) fmin - 一元函数极值 fminu - 多元函数极值拟牛顿法 fmins - 多元函数极值单纯形搜索法 constr - 非线性规划 fmincon - 非线性规划(在MATLAB5.3使用)( Mathematical Programming lp- Linear Programming linprog- linear programming (in MATLAB5.3 use) fmin- one yuan function extremum fminu- Multi function extreme quasi-Newton method fmins- Multi Function Extreme simplex search method constr- Nonlinear Programming fmincon- Nonlinear Programming (used in MATLAB5.3))

This is multimedia file (avi and etc.) incoders using MATLAB It is implementing H.263 incoders, but unfortunally it s comments are written by Korean.

Some of the files model satellite formation for a leader and follower configuration while others relate direction cosine transformation for 3-1-3 rotation

可以提取一幅图中想要的目标，构成不同频率的调制信号，是小学期课程设计的题目。( Target can be extracted in a picture you want, Constituting the modulated signals of different frequencies, Is the topic of the elementary school stage curriculum design.)

3轴、6轴、9轴陀螺仪传感器，差分精确算法，得出稳定准确的角度(3 - axis, 6 - axis, 9 - axis gyroscope sensors, differential precise algorithm, to get a stable and accurate angle)

LTE Secondary sync signal auto correlation

This is a code that allow crop an face image proportionally, two point (eyes) and obtains the result.

利用matlab的lpc function 實做出將input source音檔算出其coefficent and gain並由上述資料可以重新合成還原音訊(The lpc function using matlab real audio file to make the input source is calculated by its coefficent and gain reduction above information can be re-synthesized audio)

File 1: THIS CODE IS USED TO DRAW THE PUMP CURVES AT DIFFERENT PUMP SPEED 1: PUMP CURVE 2: EFFICIENCY CURVE 3: BREAK HORSEPOWER CURVE 4: KW-INPUT CURVE File 2: THIS CODE IS FOR APPLYING THE WAY OF CALCULATING THE EFFICIENCY, POWER AND KW-INPUT FOR VARIABLE SPEED PUMP AT A GIVEN DESIRED HEAD AND DESIRED FLOW AS SHOWN IN THE PAPER TITLED: " how to calculate the pump efficiency and power for variable speed pump" File 3: this code is to correct the use of affinity law by shifting the curve to intersect with the system-curve at the desired flow as shown in the paper titled: "The Correct Method of Calculating Energy Savings to Justify Adjustable-Frequency Drives on Pumps"