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Clueless - Lord Ned in the Game Room with the Technical Computing Language
[Warning: this is a nontrivial programming problem] Worried about the decline in reasoning skills in the clueless populace of...
23日 前
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Who Holds the Lord Ned Challenge Shield?
During the Nedball Premier League regular season, each of the n teams plays each of the other (n-1) teams twice, once at home an...
25日 前
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The Bridges of Nedsburg
The fabled city of Nedsburg consists of several islands connected by bridges. Due to tectonic forces, shoddy civil engineering, ...
25日 前
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A Nedlish Country Garden - Check for Valid Arrangement
Nedland is famous for its stately gardens, which typically have a centerpiece of a square grid, with certain squares featuring a...
26日 前
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Leaderboard for the Nedball World Cup
At the upcoming inaugural Nedball World Cup, organizers need to track who is in the lead for the coveted Golden Toeplitz trophy,...
26日 前
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Average Number of Moves for the Royal Game of Err
Bored of tedious court assemblies, King Neduchadneddar the Procrastinator has found a cunning way to keep his advisors, councilo...
26日 前
解決済み
Transition Matrix for the Royal Game of Err
Bored of tedious court assemblies, King Neduchadneddar the Procrastinator has found a cunning way to keep his advisors, councilo...
27日 前
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Popular Word Game™ Distance
Professor Ned, who holds the Nedowed Chair of Crackpot Mathematics at the University of Nedsburg, has recently discovered the da...
28日 前
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Convert Decimal to Hexavigesimal
NASA (Ned’s Alien-Spying Agency) have made contact with a 13-fingered race from the planet Genai. Naturally, Ned’s shadowy opera...
約1ヶ月 前
解決済み
Convert Hexavigesimal to Decimal
NASA (Ned’s Alien-Spying Agency) have made contact with a 13-fingered race from the planet Genai. Naturally, Ned’s shadowy opera...
約1ヶ月 前
解決済み
Government of the Neds, by the Neds, for the Neds - Distribute the Nedsburg City Councilors
The city of Nedsburg consists of several islands, the number of which changes regularly, due to tectonic forces, shoddy civil en...
約1ヶ月 前
解決済み
De-dupe
Remove all the redundant elements in a vector, but keep the first occurrence of each value in its original location. So if a =...
約1年 前
解決済み
Quote Doubler
Given a string s1, find all occurrences of the single quote character and replace them with two occurrences of the single quote ...
約1年 前
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Cannot open file anymore when converting Nifti to DICOM
Check whether the values of cmdNiftiToDicom correspond to commands that you can run outside of MATLAB. Do you need a space afte...
Cannot open file anymore when converting Nifti to DICOM
Check whether the values of cmdNiftiToDicom correspond to commands that you can run outside of MATLAB. Do you need a space afte...
1年以上 前 | 0
回答済み
Why does OCR separate Text into Words?
You can have an idea of the amount of white space between characters at a word split by displaying the text image with word bloc...
Why does OCR separate Text into Words?
You can have an idea of the amount of white space between characters at a word split by displaying the text image with word bloc...
1年以上 前 | 0
解決済み
Can we make a triangle?
Given three positive number, check whether a triangle can be made with these sides length or not. remember that in a triangle su...
1年以上 前
解決済み
The Birthday Phenomenon
First off, leap years are not being considered for this. In fact the year that people are born shouldn't be taken into considera...
1年以上 前
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MATLAB does not launch correctly
From the bin directory of the MATLAB version that you want to use, try: ./matlab To run from anywhere an executable specified ...
MATLAB does not launch correctly
From the bin directory of the MATLAB version that you want to use, try: ./matlab To run from anywhere an executable specified ...
1年以上 前 | 0
回答済み
Find full-width-half-max of signal amongst noise floor.
One approach would be to subtract the average noise floor level from the intensity values. You could then estimate the signal F...
Find full-width-half-max of signal amongst noise floor.
One approach would be to subtract the average noise floor level from the intensity values. You could then estimate the signal F...
1年以上 前 | 0
回答済み
Load DICOM image, binarize, and save a new DICOM image
Two things that might help are: Convert the binarized image to type double. Redefine the minimum and maximum greyscale values ...
Load DICOM image, binarize, and save a new DICOM image
Two things that might help are: Convert the binarized image to type double. Redefine the minimum and maximum greyscale values ...
1年以上 前 | 0
| 採用済み
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can you segment with the 3D unet an image with unequal dimensions, like 128x384x128 for example as an input to the model?
The function unet3d() doesn't require that images have the same size in each dimension. From the documentation for the input ar...
can you segment with the 3D unet an image with unequal dimensions, like 128x384x128 for example as an input to the model?
The function unet3d() doesn't require that images have the same size in each dimension. From the documentation for the input ar...
1年以上 前 | 1
回答済み
How to extract numerator and denominator coeficients from polynomial function to array
You can extract a vector of the coefficients of a symbolic polynomial using sym2poly(): % Create example symbolic polynomial. ...
How to extract numerator and denominator coeficients from polynomial function to array
You can extract a vector of the coefficients of a symbolic polynomial using sym2poly(): % Create example symbolic polynomial. ...
1年以上 前 | 1
| 採用済み
回答済み
How do I start when coding a MIMO system?
I haven't used it, but the following looks like a good resource for simulating multiple-input multiple-output (MIMO) systems: M...
How do I start when coding a MIMO system?
I haven't used it, but the following looks like a good resource for simulating multiple-input multiple-output (MIMO) systems: M...
1年以上 前 | 0
| 採用済み
回答済み
For a repeated eigenvalue only one eigenvctor is being returned
Another approach, which gives the additional eigenvector that you calculated, is to obtain the eigenvector(s), x, for eigenvalue...
For a repeated eigenvalue only one eigenvctor is being returned
Another approach, which gives the additional eigenvector that you calculated, is to obtain the eigenvector(s), x, for eigenvalue...
2年弱 前 | 0
| 採用済み
