Difference between revisions of "CoCoASchool2007"
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KHiddemann (talk | contribs) (added Friday's lecture on Approximate Computations in Commutative Algebra) |
KHiddemann (talk | contribs) (→input files: better link texts) |
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=Lectures of the Robbiano/Kreuzer track= | =Lectures of the Robbiano/Kreuzer track= | ||
| − | [[Image:Lecture_5_Hagenberg.pdf]] | + | [[:Image:Lecture_5_Hagenberg.pdf|Lecture on Approximate Computations in Commutative Algebra]] |
=Tutorials of the Robbiano/Kreuzer track= | =Tutorials of the Robbiano/Kreuzer track= | ||
==the tutorials== | ==the tutorials== | ||
| − | [[Image:KR_tutorial_1.pdf | + | [[:Image:KR_tutorial_1.pdf|Tutorial 1: A Do-It-Yourself Guide to Lex-Solving]] |
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| − | |||
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| − | [[Image:Reduce.coc]] | + | [[:Image:KR_tutorial_2.pdf|Tutorial 2: Faster! Faster! The FGLM Speed-Up]] |
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| + | [[:Image:KR_tutorial_3.pdf|Tutorial 3: Your Very Own EigenSolver]] | ||
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| + | [[:Image:KR_tutorial_4.pdf|Tutorial 4: The BMM-Algorithm: Not a BMW!]] | ||
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| + | [[:Image:KR_tutorial_5.pdf|Tutorial 5: Variations on BBA]] | ||
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| + | [[:Image:Reduce.coc|CoCoA function for reducing a set of polynomials]] so that they are K-linearly independent | ||
| + | |||
| + | [[:Image:KR_tutorial_6.pdf|Tutorial 6: An Approximate Tutorial]] | ||
==input files== | ==input files== | ||
| − | [[Image:Input_1.coc]] | + | [[:Image:Input_1.coc|Input data for the exercises from Tutorial 1]] |
| − | [[Image:Input_3.coc]] | + | |
| − | [[Image:Input_5.coc]] | + | [[:Image:Input_3.coc|Input data for the exercises from Tutorial 3]] |
| + | |||
| + | [[:Image:Input_5.coc|Input data for the exercises from Tutorial 5]] | ||
==CoCoA 4.7.2 + ApCoCoAServer binaries== | ==CoCoA 4.7.2 + ApCoCoAServer binaries== | ||
Latest revision as of 13:22, 22 June 2007
Lectures of the Robbiano/Kreuzer track
Lecture on Approximate Computations in Commutative Algebra
Tutorials of the Robbiano/Kreuzer track
the tutorials
Tutorial 1: A Do-It-Yourself Guide to Lex-Solving
Tutorial 2: Faster! Faster! The FGLM Speed-Up
Tutorial 3: Your Very Own EigenSolver
Tutorial 4: The BMM-Algorithm: Not a BMW!
CoCoA function for reducing a set of polynomials so that they are K-linearly independent
Tutorial 6: An Approximate Tutorial
input files
Input data for the exercises from Tutorial 1
Input data for the exercises from Tutorial 3
Input data for the exercises from Tutorial 5
CoCoA 4.7.2 + ApCoCoAServer binaries
- Windows x86 (4.8MB)
- Linux x86 (5.0MB) (extract to /usr/local - otherwise you need to edit the cocoa and xcocoa scripts to point to the right directory)
- OSX universal (8.6MB)
