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Description: test of vhdl 74 code
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Size: 3492864 |
Author: kang |
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Description: 网站模板页,可以实现征战网页。希望大家支持!谢谢!-Web page templates, you can achieve campaign page. Hope you will support! Thank you!
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Size: 229376 |
Author: 孔锋 |
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Description: 这是一个comsol转化成的matlab程序,可以做出z轴的循环-This is a comsol into the matlab program, you can make the z-axis of the loop
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Size: 3072 |
Author: 吴伟平 |
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Description: 这是一个comsol转化成matlab程序,可以做出z轴循环,求出感应电量-This is converted into a comsol matlab program, you can make the z-axis loop, find the sensor power
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Size: 3072 |
Author: 吴伟平 |
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Description: This function returns a string value. The contents of the string are implementation dependent, but are intended to represent the Date in a convenient, human-readable form in the current time z.
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Size: 3072 |
Author: biningqie |
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Description: David A. Huffman published his paper A Method for the Construction of Minimum-Redundancy Codes , and hence printed his name in the history of computer science. As a professor who gives the final exam problem on Huffman codes, I am encountering a big problem: the Huffman codes are NOT unique. For example, given a string aaaxuaxz , we can observe that the frequencies of the characters a , x , u and z are 4, 2, 1 and 1, respectively. We may either encode the symbols as { a =0, x =10, u =110, z =111}, or in another way as { a =1, x =01, u =001, z =000}, both compress the string into 14 bits. Another set of code can be given as { a =0, x =11, u =100, z =101}, but { a =0, x =01, u =011, z =001} is NOT correct since aaaxuaxz and aazuaxax can both be decoded the code 00001011001001. The students are submitting all kinds of codes, and I need a computer program to help me determine which ones are correct and which ones are not.- David A. Huffman published his paper A Method for the Construction of Minimum-Redundancy Codes , and hence printed his name in the history of computer science. As a professor who gives the final exam problem on Huffman codes, I am encountering a big problem: the Huffman codes are NOT unique. For example, given a string aaaxuaxz , we can observe that the frequencies of the characters a , x , u and z are 4, 2, 1 and 1, respectively. We may either encode the symbols as { a =0, x =10, u =110, z =111}, or in another way as { a =1, x =01, u =001, z =000}, both compress the string into 14 bits. Another set of code can be given as { a =0, x =11, u =100, z =101}, but { a =0, x =01, u =011, z =001} is NOT correct since aaaxuaxz and aazuaxax can both be decoded the code 00001011001001. The students are submitting all kinds of codes, and I need a computer program to help me determine which ones are correct and which ones are not.
Platform: |
Size: 2048 |
Author: 毕假思索 |
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