Dataset | R Documentation |
Toy datasets to test and demonstrate SynClustR.
Spherical7
is a 2D dimensional dataset of size 500 x 3. The third
column contains the true memberships.
Aggregation
, 2D dimensional data set of size 788 x 3. The third
column contains the true memberships.
Bananas-Arcs
, 2D dimensional data set of size 4515 x 3. The third
column contains the true memberships.
Bananas-Sphere
, 2D dimensional data set of size 3015 x 3. The third
column contains the true memberships.
Bananas-Clump
, 2D dimensional data set of size 200 x 3. The third
column contains the true memberships.
Bullseye
is a 2D dimensional dataset of size 400 x 3. The third
column contains the true memberships.
Bullseye-Cigarette
is a 2D dimensional dataset of size 3025 x 3. The third
column contains the true memberships.
Compound
is a 2D dimensional dataset of size 788 x 3. The third
column contains the true memberships.
D31
is a 2D dimensional dataset of size 3100 x 3. The third
column contains the true memberships.
Flame
is a 2D dimensional dataset of size 240 x 3. The third
column contains the true memberships.
Half.ringed.clusters
is a 2D dimensional dataset of size 373 x 3. The third
column contains the true memberships.
Pathbased
is a 2D dimensional dataset of size 300 x 3. The third
column contains the true memberships.
R15
is a 2D dimensional dataset of size 600 x 3. The third
column contains the true memberships.
SCX-Bananas
is a 2D dimensional dataset of size 3420 x 3. The third
column contains the true memberships.
Spiral
is a 2D dimensional dataset of size 312 x 3. The third
column contains the true memberships.
SSS
is a 2D dimensional dataset of size 5015 x 3. The third
column contains the true memberships.
XXXX
is a 2D dimensional dataset of size 415 x 3. The third
column contains the true memberships.
Spherical7
is a 2D dimensional dataset of size 500 x 3. The third
column contains the true memberships.
Aggregation
, 2D dimensional data set of size 788 x 3. The third
column contains the true memberships.
Bananas-Arcs
, 2D dimensional data set of size 4515 x 3. The third
column contains the true memberships.
Bananas-Sphere
, 2D dimensional data set of size 3015 x 3. The third
column contains the true memberships.
Bananas-Clump
, 2D dimensional data set of size 200 x 3. The third
column contains the true memberships.
Bullseye
is a 2D dimensional dataset of size 400 x 3. The third
column contains the true memberships.
Bullseye-Cigarette
is a 2D dimensional dataset of size 3025 x 3. The third
column contains the true memberships.
Compound
is a 2D dimensional dataset of size 788 x 3. The third
column contains the true memberships.
D31
is a 2D dimensional dataset of size 3100 x 3. The third
column contains the true memberships.
Flame
is a 2D dimensional dataset of size 240 x 3. The third
column contains the true memberships.
Half.ringed.clusters
is a 2D dimensional dataset of size 373 x 3. The third
column contains the true memberships.
Pathbased
is a 2D dimensional dataset of size 300 x 3. The third
column contains the true memberships.
R15
is a 2D dimensional dataset of size 600 x 3. The third
column contains the true memberships.
SCX-Bananas
is a 2D dimensional dataset of size 3420 x 3. The third
column contains the true memberships.
Spiral
is a 2D dimensional dataset of size 312 x 3. The third
column contains the true memberships.
SSS
is a 2D dimensional dataset of size 5015 x 3. The third
column contains the true memberships.
XXXX
is a 2D dimensional dataset of size 415 x 3. The third
column contains the true memberships.
Israel A. Almodovar-Rivera and Ranjan Maitra
Almodovar-Rivera, I., & Maitra, R. (2018). Kernel-estimated Nonparametric Overlap-Based Syncytial Clustering. arXiv preprint arXiv:1805.09505.
H. Chang and D.-Y. Yeung (2008). "Robust path-based spectral clustering." Pattern Recognition, 41(1):191-203. ISSN 0031-3203.
L. Fu and E. Medico, FLAME, a novel fuzzy clustering method for the analysis of DNA microarray data. BMC bioinformatics, 2007. 8(1): p. 3.
A. Gionis, H. Mannila, and P. Tsaparas, Clustering aggregation. ACM Transactions on Knowledge Discovery from Data (TKDD), 2007. 1(1): p. 1-30.
A. Jain and M. Law, Data clustering: A user's dilemma. Lecture Notes in Computer Science, 2005. 3776: p. 1-10.
Peterson, A. D., Ghosh, A. P., & Maitra, R. (2018). Merging K-means with hierarchical clustering for identifying general-shaped groups. Stat, 7(1), e172.
W. Stuetzle and R. Nugent, "A generalized single linkage method for estimating the cluster tree of a density," Journal of Computational and Graphical Statistics, 2010.
C. J. Veenman, M. J. T. Reinders, and E. Backer (2002). "A maximum variance cluster algorithm." IEEE Transactions on Pattern Analysis and Machine Intelligence, 24 (9):1273-1280.
C.T. Zahn, Graph-theoretical methods for detecting and describing gestalt clusters. IEEE Transactions on Computers, 1971. 100(1): p. 68-86.
##
par(mfrow=c(3,4),mar=rep(1.75,4))
data("Spherical7")
with(Spherical7,plot(x,y,col=Ids,main="7-Spherical",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("Bananas-Arcs")
with(Bananas.Arcs,plot(x,y,col=Ids,main="Bananas-Arcs",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("Banana-Clump")
with(Banana.Clump,plot(x,y,col=Ids,main="Banana-Clump",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("Bullseye")
with(Bullseye,plot(x,y,col=Ids,main="Bullseye",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("Bullseye-Cigarette")
with(Bullseye.Cigarette,plot(x,y,col=Ids,main="Bullseye-Cigarette",xlab = "",ylab = "",
xlim=c( 0.6575804,11.7114793),axes = FALSE,frame.plot = TRUE))
data("Compound")
with(Compound,plot(x,y,col=Ids,main="Compound",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("Half-ringed-clusters")
with(Half.ringed.clusters,plot(x,y,col=Ids,main="Half-ringed-clusters",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("Path-based")
with(Pathbased,plot(x,y,col=Ids,main="Path-based",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("SCX-Bananas")
with(SCX.Bananas,plot(x,y,col=Ids,main="SCX-Bananas",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("Spiral")
with(Spiral,plot(x,y,col=Ids,main="Spiral",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("SSS")
with(SSS,plot(x,y,col=Ids,main="SSS",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
data("XXXX")
with(XXXX,plot(x,y,col=Ids,main="XXXX",
xlab = "",ylab = "",axes = FALSE,frame.plot = TRUE))
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