Login
Logged in as anonymous /
My BiBiServ
/
Logout
Search
?
Navigation
Tools
Alignment
AltAVist
ClustalW
dca
Dialign
E2G
JAli
OMA
PoSSuMsearch
PoSSuMsearch2
SWIFT Suit
Evolutionary Relationships
ConCysFind
Roci
ROCOCO
Rose
SplitsTree
Genome Comparison
AGenDA
AggloIndel
CEGeD
CG-CAT
DCJ
FFGC
Gecko
GEvolutionS
GraphTeams
MGA
newdist
REPuter
SBBI
TCRProfiler
Others
acdc
AGT-SDP
AIM
BPR
Decomp
Fly_Pres
Intronserter
jPREdictor
libfid
Metrans
mkESA
mmfind
MoRAine
Phase4
PREdictor
SciBrow
TALP
Trace2PS
Unwords
Wotd
XenDB
Primer Design
genefisher2
RNA
Shapes Studio
KnotInFrame
pAliKiss
pKiss
pknotsRG
RapidShapes
RNAalishapes
RNAshapes
aCMs
GUUGle
InSilicoDicer
Locomotif
paRNAss
planACstar
RNAforester
RNAhybrid
RNAsifter
Previous Results
Framework/Cloud
Education
Dynamic Programming
ADP
Sequence Analysis
SADR
Administration
BiBiServ policies
BiBiServ Team
Impressum
license
privacy policy
Statuscodes
Wotd
Welcome
Download
References
Authors: S. Kurtz, R. Giegerich, J. Stoye
Wotd is an implementation of the ''lazy'' write-only top-down construction algorithm of suffix trees using a very space-efficient representation.
Users of Wotd are requested to cite :
Giegerich, Robert and Kurtz, Stefan and Stoye, Jens
Efficient implementation of lazy suffix trees
, Software - Practise and Experience, 2003
built on March 4 2015 (1:d0ba4790fd33)
BPR
CG-CAT
CEGeD
References
TALP
AIM
Decomp
MoRAine
Gecko
Trace2PS
ADP
acdc
E2G
Statuscodes
paRNAss
SciBrow
SWIFT Suit
license
newdist
Download
genefisher2
mmfind
Rose
Unwords
Welcome
pKiss
WebService Linklist
XenDB
ClustalW
ConCysFind
TCRProfiler
Wotd
Previous Results
GraphTeams
jPREdictor
SplitsTree
mkESA
Locomotif
pAliKiss
Roci
BiBiServ policies
privacy policy
SADR
AGT-SDP
Phase4
libfid
Welcome
RNAshapes
Fly_Pres
KnotInFrame
AltAVist
PoSSuMsearch
Download
RapidShapes
JAli
Welcome
PREdictor
FFGC
Impressum
GEvolutionS
GUUGle
DCJ
Wotd
pknotsRG
ROCOCO
RNAforester
Wotd
RNAhybrid
MGA
AggloIndel
planACstar
SBBI
Intronserter
dca
RNAsifter
Metrans
PoSSuMsearch2
Bellman's GAP Cafe
Dialign
AGenDA
RNAalishapes
BiBiServ Team
References
InSilicoDicer
OMA
REPuter
aCMs