this is for holding javascript data
Xavier Holt edited Making_a_Spanner_Proof_by__.md
almost 8 years ago
Commit id: a6e9594a1e79c47b98aab5bfbc74fe2a0b9c9118
deletions | additions
diff --git a/Making_a_Spanner_Proof_by__.md b/Making_a_Spanner_Proof_by__.md
index d167b28..fea2de4 100644
--- a/Making_a_Spanner_Proof_by__.md
+++ b/Making_a_Spanner_Proof_by__.md
...
### Inductive Hypothesis
Assume that \(G(t)\) is a t-spanner for \(n-1\) points.
### Inductive
Step: RTP Step
RTP: \(G(t)\) is a t-spanner for \(n\) points.
#### Notation
Let `k` be the point added as part of our inductive step. Let \(p(i,j)\) refer to the length of the t-path connecting i and j. We adopt the following strategy for constructing an `i,j` t-path. Assume WLOG we start from `i`. At every step, we choose the edge whose end-point lies in the same segment as `j`.