搜索资源列表
newBPNN
- Back propagation neural networks and its Application: Time-Series Forecasting Prediction of the Annual Number of Sunspots -Back propagation neural networks and its Application : Time-Series Forecasting Prediction of the Annual Number of Sunspots
Sunspots
- 一个用C语言写的人工神经网络预测太阳黑子的模型,BP算法。
five
- C#网络五子棋(完整项目),通过网络实现双人对弈的功能,黑子先行。-C# Network backgammon (complete the project), double play chess through the network function, sunspots first.
FiveChess
- 用java实现五子棋的游戏。棋分为白子和黑子两种。-Gobang with java games to achieve. Game is divided into two Shirako and sunspots.
qizi
- 这是段关于五子棋的Java源代码,棋子为黑子和白子,是人和人互奕-This is a segment of the Java source code on the backgammon, the pieces for the sunspots and the white out, is the human person and each Yi
BPN
- c语言的bp神经网络源程序,已测试通过,并运用在太阳黑子的预测中-c languages bp neural network source code, have been tested and used in the prediction of Sunspots
five
- 五子棋程序,包括界面,难度选择,黑白棋子,黑子先下。-Backgammon program, including the interface, difficult choices, Othello child, under the first sunspots.
sunspots
- Sunspot activity is cyclical, reaching a maximum about every 11 years. Let s confirm that. Here is a plot of a quantity called the Zurich sunspot relative number, which measures both number and size of sunspots. Astronomers have tabulated this number
ujjldx
- 有一个盒子,混装了数量相等的围棋白子和黑子。现在要用自动分拣系统把白子和黑子分开。设系统有两个进程P1和P2,其中P1拣白子,P2拣黑子。当一个进程在拣子时,不允许另一进程去拣。试写出这两个并发进程能正确执行的程序。-There is a box, mixed up an equal number of Go albino and sunspots. Now use the automatic sorting system to separate the white out and sunspo
shujukuqode
- 有一个盒子,混装了数量相等的围棋白子和黑子。现在要用自动分拣系统把白子和黑子分开。设系统有两个进程P1和P2,其中P1拣白子,P2拣黑子。当一个进程在拣子时,不允许另一进程去拣。试写出这两个并发进程能正确执行的程序。-There is a box, mixed up an equal number of Go albino and sunspots. Now use the automatic sorting system to separate the white out and sunspo
shujuku
- 有一个盒子,混装了数量相等的围棋白子和黑子。现在要用自动分拣系统把白子和黑子分开。设系统有两个进程P1和P2,其中P1拣白子,P2拣黑子。当一个进程在拣子时,不允许另一进程去拣。试写出这两个并发进程能正确执行的程序。-There is a box, mixed up an equal number of Go albino and sunspots. Now use the automatic sorting system to separate the white out and sunspo
myGobang
- 这是一个五子棋模拟系统。你先选择自己的棋子,选择白子或者黑子。然后移动鼠标点击右键放下你的棋子,系统便自动给出相应的下法。当任意一方的五个棋子排成任意方向的一列,系统便提示结果。-This is a gobang simulation system. First you choose their own pieces, choose an albino or sunspots. Then move the mouse to click right down your pawn, the syst
WOLFER
- 使用1749年至1924年太阳黑子的经典序列来确定和估计具有观测误差的模型-specification and estimation of models with observation errors using W?lfer’s classic time series of total number of sunspots from 1749 to 1924
sunpots
- matlab 十年的太阳黑子数据 功率谱分析-Power spectral analysis of sunspots
sun
- 太阳黑子是人们最早发现也是人们最熟悉的一种太阳表面活动。因为太阳内部磁场发生变化,太阳黑子的数量并不是固定的,它会随着时间的变化而上下波动,每隔一定时间会达到一个最高点,这段时间就被称之为一个太阳黑子周期。太阳黑子的活动呈现周期性变化是由施瓦贝首次发现的。沃尔夫 (R.Wolfer)继而推算出11年的周期规律。实际上,太阳黑子的活动不仅呈11年的周期变化,还有海耳在研究太阳黑子磁场分布时发现的22年周期;格莱斯堡等人发现的80年周期以及蒙德极小期等。由于太阳黑子的活动规律极其复杂,时至今日科学家
C_heibaiqizijiaohuan
- 有三个黑子和白子按一定的顺序排列,游戏的目的是用最少的步数将上图中白子和黑子的位置进行交换-There are three sunspots and white out the purpose of the game is arranged in a certain order, with a minimum number of steps will position the image above Shirako and sunspots exchange
Slider-Cube
- 用Jave写的滑动积木块游戏算法(人工智能A*算法),用OpenGL做的运行界面,理论上可以实现任意子的滑动积木块游戏。游戏规则为将所有黑子移到白子的右边所需的最少走步。可以作为人工智能的学习资料使用,便于更深入的理解A*算法。-Sliding write Jave building block game algorithm (Artificial Intelligence A* algorithm), run interface with OpenGL, in theory, can be a
fivechess1
- 本实验利用嵌入式开发系统设计一个五子棋的小游戏。采用32位ARM处理器,屏幕上有显示棋格,触摸屏幕落黑子、白子,棋子设计为立体形状。黑棋获胜则整个屏幕转换成黑色;反之,白棋获胜整个屏幕就变成白色。-In this study, embedded development system to design a 331 game. 32-bit ARM processor, screen display the Checkerboard, touch screen off the sunspots,
heibaiqi
- 本实验利用嵌入式开发系统设计一个黑白棋的小游戏。采用32位ARM处理器,屏幕上有显示棋格,触摸屏幕落黑子、白子,棋盘设置成8×8正方形结构。该程序用于实现黑白棋游戏双人对战。 设计思路: 1.画出棋盘 2.摆上初始的四颗棋子 3.实现游戏规则 4.边界条件的判定 5.自动提示哪方下棋,并在屏幕上显示相应落子颜色,若一方无路可走,则交换下棋选手,直到双方都无路可走,游戏结束并给出提示,每次落子后,屏幕在终端显示各方棋子数目。 -In this study, embedd
Sunspots
- 太阳黑子预测程序, 神经网络算法, TChart图形显示-Sunspots forecast program using neuro network