Difference between revisions of "Geometric algebra"
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==Geometric Algebra Intro== | ==Geometric Algebra Intro== | ||
| − | + | As the main approach inherent in this project involved the use of rotations in Geometric Algebra, we were required to learn the basics of GA with the help of Dr James Chapel. James graciously provided us with a powerpoint | |
==How we used it?== | ==How we used it?== | ||
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==Resources== | ==Resources== | ||
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==Our Work== | ==Our Work== | ||
Revision as of 09:41, 28 October 2013
Geometric Algebra Intro
As the main approach inherent in this project involved the use of rotations in Geometric Algebra, we were required to learn the basics of GA with the help of Dr James Chapel. James graciously provided us with a powerpoint
How we used it?
Resources
Our Work
See also
- Timing-based key agreement
- Timing Based Encryption: Test Case 1
- Timing Based Encryption: Test Case 2
- Timing Based Encryption: Test Case 3
- Timing Based Encryption: Test Case 4
- Timing Based Encryption: Test Case 5
- Geometric Algebra
- CLUViz Geometric Algebra Animation Software
- Secure communications without key exchange (main page)
- Secure communications without key exchange? 2013 weekly progress
- Proposal Seminar 2013: Secure communications without key exchange?
- Final Seminar 2013: Secure communications without key exchange?
- Semester A Progress Report 2013 - Secure communications without key exchange?
- Semester B Final Report 2013 - Secure communications without key exchange? 2013
- YouTube Videos
