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[Windows MobileSensorTester

Description: windows mobile 手机系统里的重力感应的开发例子。包括HTC 三星等手机的应用。-windows mobile phone system in the development of the gravity sensing example. Including HTC and Samsung mobile phone applications.
Platform: | Size: 310272 | Author: 杰克逊 | Hits:

[CSharpManagedMeizuSDK-51507

Description: M8下的C#SDK ,分享出来大家一起开发,支持简单的功能包括重力感应 通话 短信 等-M8 under the C# SDK, to share with everyone out of the development, support functions, including simple text messages such as gravity sensing calls
Platform: | Size: 657408 | Author: 王东 | Hits:

[CSharpLibraryandDemo

Description: M8 C#SDK开发事例 有基本的功能实现 包括重力测试 短信 电话等-M8 C# SDK development of a basic example of realization of the function including gravity test messaging phone
Platform: | Size: 424960 | Author: 王东 | Hits:

[Windows CEGSensor

Description: wince6.0上的重力感应驱动,很好,真的是学驱动应该看的。-wince6.0 the gravity sensor-driven, very good driver should really learn to read.
Platform: | Size: 8192 | Author: 小米 | Hits:

[OpenGL programReadtopographicdata--KK

Description: 在地球重力场模型的建立过程中,需要用到地形数据绘制底图,通过该程序可读入地形数据-Earth gravity field model of the process, need to use terrain data base map drawn by the program read the data into terrain
Platform: | Size: 1024 | Author: 徐俊 | Hits:

[Othernormallegendre1

Description: 给定x的值,可得到需要的勒让德函数值,在地球物理反演,卫星重力数据计算上有较大用途-Given the value of x can be obtained in need Legendre function value, in geophysical inversion, calculation of satellite gravity data, a greater use of
Platform: | Size: 1024 | Author: 徐俊 | Hits:

[VC/MFCgravitationalpotential

Description: 在建构地球重力场模型中,求取引力位必不可少,利用该程序,输入卫星重力数据可求取引力位-In the construction of the Earth gravity field model, the gravitational potential is essential to obtain the use of the program, enter the satellite gravity data can strike a gravitational potential
Platform: | Size: 2048 | Author: 徐俊 | Hits:

[GPS developdeltag(GSM)

Description: 求引力位对重构地球重力场模型必不可少,利用该程序,通过观测的GPS数据可求取引力位-Demand gravitational potential of the essential reconstruction of Earth' s gravity field model, using the program, through the observation of gravitational potential GPS data can be calculated
Platform: | Size: 2048 | Author: 徐俊 | Hits:

[VC/MFCmodeldifference

Description: 地球重力场的模型有多种,利用该程序,给定任意两个模型可求定两个模型的差值-Earth gravity field model has a variety, use of the program, given any two models, the difference between the two models rectifiable set
Platform: | Size: 1024 | Author: 徐俊 | Hits:

[androidSteeringSim

Description: 用ANDROID手机模拟方向盘操纵杆,键盘模式将重力感应器信号提取并翻译成键盘控制信号,方向盘模式将重力感应器信号翻译成方向盘扭动角度-Steering wheel with analog joystick ANDROID phone, keyboard mode signal extraction gravity sensor and translated into the keyboard control signal, the steering wheel sensor signal model will translate into a gravity twist angle of the steering wheel
Platform: | Size: 856064 | Author: 鄢波 | Hits:

[Game ProgramBall

Description: 一款重力感应弹球游戏,由于版权需自行添加一张Ball.png图片。-A gravity sensor Pinball
Platform: | Size: 4160512 | Author: hancockzre | Hits:

[SCMMXC6202xGHMN

Description: 本程序为MXC6202xGHMN加速度传感器成型程序,通过改程序能检测到x,y两个轴方向的加速度,包括重力加速度。-This program is MXC6202xGHMN accelerometer molding process, through the reform program can detect the x, y axis acceleration of the two, including the acceleration of gravity.
Platform: | Size: 2048 | Author: 田博文 | Hits:

[2D Graphicballs

Description: 一个黑洞,利用万有引力,通过改变不同的参数,让大量的质点产生各种好看的图案。-A black hole, using gravity, by changing the different parameters, so that a large number of particles produce a variety of pretty patterns.
Platform: | Size: 13312 | Author: 张文 | Hits:

[androidAndroidGravitySensingDemo

Description: android 重力感应demo,可用于研究重力感应的编码。-gravity sensing android demo, can be used to study the encoding of gravity sensing.
Platform: | Size: 41984 | Author: 彭磊 | Hits:

[J2MEcollision

Description: 根据向量运算,实现了球体与线段,球体间的碰撞检测,可根据需要加入引力参数。同时在j2me平台测试了球体碰撞,当然GUI可根据需要定制。-According to vector operations, to achieve a sphere with the line, the ball collision detection between, according to the need to add gravity parameters. Also tested in the j2me platform collision sphere, of course, can be customized GUI.
Platform: | Size: 23552 | Author: 金国哲 | Hits:

[androidsmallball

Description: google android 平台下,模拟重力小球的游戏-google android platform, simulated gravity ball games
Platform: | Size: 214016 | Author: sadasas | Hits:

[AI-NN-PRchap2_2ctrl

Description: 在忽略重力和外加干扰时,采用独立的PD控制,能满足机器人定点控制的要求。-Ignoring gravity and external interference, the use of an independent PD control, to meet the requirements of the robot position control.
Platform: | Size: 1024 | Author: 王妹婷 | Hits:

[OtherSASforDummies

Description: 傻瓜SAS可以帮助企业提高数据传输,分析,报告,数据预测,统计分析等。它提供统计和数据分析工具来帮助你处理各种资料,业务,财务等。-Unless you’re a hermit, chances are good that your life is touched by SAS (pronounced “sass”) almost every day. Have you ever received an offer for a credit card in the mail? The bank might have used SAS to select you for the particular offer you received. Remember a recent news article that cited demographic trends in the United States? The Census Bureau uses SAS to crunch its numbers. Were you tempted to buy that new gadget in a big-name retail store? The corporate office might have used SAS to calculate the best price to set for that specific item on that specific week. The rate you pay for life insurance, the analysis behind pharmaceutical drug trials, the quality of parts used to assemble your automobile — all these are determined by people who use SAS. You don’t see SAS directly from day to day — but, like gravity, it’s an invisible force that affects your life. This book offers a prolonged glimpse into the multifaceted world of SAS software. Read on to discover how people use SA
Platform: | Size: 8174592 | Author: 陈文捷 | Hits:

[AI-NN-PRfuzzy_CRUOSE_CONTROL

Description: 利用模糊控制做巡航速度控制利用e, dot_e,當作兩個輸入,取交集在對輸出值u做砍頭的動作,再用重心法求解,再用Runge-Kutta做疊代更改增益值將會得到不一樣的結果。-Using fuzzy control to do cruise speed control using e, dot_e, as the two inputs, the output value of taking the intersection of the decapitation of the movement u do, then the center of gravity method, Runge-Kutta and then make iterative changes to the gain value will be get different results.
Platform: | Size: 2048 | Author: POPE0910 | Hits:

[AI-NN-PRfuzzy_control_inverted_pendulum

Description: 利用fuzzy做倒單擺!!利用e, dot_e,當作兩個輸入,取交集在對輸出值u做砍頭的動作,現做出控制器看輸出有無正確,再用重心法求解,再用Runge-Kutta做疊代更改增益值將會得到不一樣的結果。-Inverted pendulum using fuzzy do!! Use of e, dot_e, as the two inputs, the output value of taking the intersection of the decapitation of the movement u do, is to make the controller to see whether the output is correct, then the center of gravity method, and then Runge-Kutta iterative changes do gain value will be different results.
Platform: | Size: 2048 | Author: POPE0910 | Hits:
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