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visits | member for | 4 years, 7 months |
seen | Oct 20 '12 at 14:03 | |
stats | profile views | 359 |
Nov 16 |
awarded | Necromancer |
Oct 13 |
awarded | Self-Learner |
Jun 25 |
awarded | Yearling |
Nov 9 |
awarded | Popular Question |
Oct 20 |
accepted | Interpolating a “manifold” between two points |
Oct 20 |
comment |
Interpolating a “manifold” between two points
Thanks! The use of algebraic topology is really interesting, even if it provides a nonexistent solution! |
Oct 20 |
comment |
Interpolating a “manifold” between two points
Thanks! This looks like an interesting construction. I will have to play around with this and see if I can get nice explicite formulas for my case. |
Oct 14 |
awarded | Commentator |
Oct 14 |
comment |
Interpolating a “manifold” between two points
I mean edit the question. |
Oct 14 |
comment |
Interpolating a “manifold” between two points
Sorry I have tried to edit the equation. I would like to just find the functions in one chart. The problem I find is what is an appropriate polynomial form to fit given this data. There is ambiguity in how I choose my coordinates and then I need to fit the right polynomial given my constraints. I just wasn't sure if there was a canonical way of doing this type of thing (something like a generalization of a spline). |
Oct 14 |
revised |
Interpolating a “manifold” between two points
deleted 322 characters in body |
Oct 14 |
asked | Interpolating a “manifold” between two points |
Jan 17 |
answered | Places to learn about Landau-Ginzburg models |
Jul 4 |
answered | What is the ring of invariants of GL acting on quaternary cubic forms? |
Apr 19 |
revised |
learning $\mathbf{A}^1$-homotopy theory
added 128 characters in body |
Apr 19 |
answered | learning $\mathbf{A}^1$-homotopy theory |
Apr 13 |
answered | Life after Hartshorne (the book, not the person)… |
Apr 10 |
comment |
Reference request for manifold learning
Thanks! I didn't know about the Topology and its Applications books. Looks interesting. |
Apr 10 |
answered | Reference request for manifold learning |
Mar 25 |
comment |
Reference request for manifold learning
Thanks for that website and for the Smale, Niyogi, and Weinberger reference it looks very interesting. |