Travelled to:
1 × China
1 × France
1 × Greece
1 × Italy
1 × Latvia
1 × Portugal
1 × Spain
Collaborated with:
I.L.Gørtz M.Stöckel M.Thorup ∅ S.Vind J.Kristensen G.M.Landau O.Weimann A.Kuijper O.F.Olsen P.J.Giblin J.Fischer T.Kopelowitz B.Sach H.W.Vildhøj
Talks about:
tree (4) match (3) compress (2) regular (2) express (2) faster (2) space (2) fingerprint (1) construct (1) algorithm (1)
Person: Philip Bille
DBLP: Bille:Philip
Contributed to:
Wrote 9 papers:
- LATA-2015-BilleGV #data type
- Compressed Data Structures for Range Searching (PB, ILG, SV), pp. 577–586.
- ICALP-v1-2013-BilleFGKSV
- Sparse Suffix Tree Construction in Small Space (PB, JF, ILG, TK, BS, HWV), pp. 148–159.
- ICALP-v1-2013-BilleGLW
- Tree Compression with Top Trees (PB, ILG, GML, OW), pp. 160–171.
- LATA-2012-BilleGK
- Longest Common Extensions via Fingerprinting (PB, ILG, JK), pp. 119–130.
- LATA-2012-BilleS #dependence #performance #programming
- Fast and Cache-Oblivious Dynamic Programming with Local Dependencies (PB, MS), pp. 131–142.
- ICALP-v1-2009-BilleT #performance #regular expression
- Faster Regular Expression Matching (PB, MT), pp. 171–182.
- ICALP-v1-2006-Bille #algorithm #regular expression
- New Algorithms for Regular Expression Matching (PB), pp. 643–654.
- ICPR-v2-2006-KuijperOBG #2d #set #symmetry #using
- Matching 2D Shapes using their Symmetry Sets (AK, OFO, PB, PJG), pp. 179–182.
- ICALP-2005-BilleG #performance #problem
- The Tree Inclusion Problem: In Optimal Space and Faster (PB, ILG), pp. 66–77.