… at least (n -4)=2 flippable edges. Here we present an analogous result for parallel flips. … a
set of at least (n-4)=6 edges of T that can be flipped in parallel. Also, for every n there exists a …

… The edge-flip technique can be used for transforming any existing triangular mesh into one
… , to the best of our knowledge no full parallel GPU-based implementation just dedicated to …

… orientation locally, then flip some local ribbon segments until all local domains agree on the
… of all shared edges (see Figure 4). To speed up flipping local ribbon segments, each parallel …

… For a given edge \(e_i\), our parallel edge-flip proceeds in … our implementation with the
parallel edge-flip methods described on … their edge-flip routine against prior work of themselves. …

… edge component containing a flipping edge as shown in Fig. 2a, and five vertexes, nine-edge
component containing a flipping … 2b are the simplest rigid graphs that may have flipping …

… In some way, this research is intended to show that a parallel method based on edge-flips can
become fast and … For a given edge ei, our parallel edge-flip proceeds in the following way: …

… ; (iii) two separators, each consisting of 2k+2 parallel edges. Refer to … edge gadget where
points of V are involved in flipping the flip structure, we need at least five flips if only one edge …

… -flops are connected in series, the structure can be simply replaced by two SET flip-flops
connected in parallel. Based on this observation, the paper proposed a new double-…

… are pairwise distinct, then we say the edges are strictly parallel. Using Lemma 3, one can …
number of parallel edges in T1. Note that t ⩾ t. Let e1 = a1b1,...,et = at bt be t parallel edges of …

… If we replace edge ij with the segmentkl (performing an intrinsic edge flip), the intrinsic …
encoded as a sequence of edges. We repeatedly perform intrinsic edge flips to straighten this path …