G. *. M+, #=Z31:1#2$3*@"J1+1:":1;#$63, .'=%?.':4$% $SaHd$:*F:$_&Q'$B631F*=$ "$ M+"FF1M$ 63*0:*F:g$ :3"1#1#2g$ 6, pp.1-10

@. *. L6z, M@$:3"1#1#2$F*FF1, 6F$c d'$"#=$1#$(*%'1.#@%(*%(1'4%4, p.4

*. $. , $. Z1, and $. Y. , $ 63*N1;LF$ F:L=,$ _&h`'$ :@3**$ N"31+0:1B*$ F;#1Y1M":1;#i$ :@*$ 1#F, #2*#:1"+$N*+;M1:,$"#=$:@*$FL6*3#LB*3"3#=$63*FFL3*$Z*3*$FL66+1*=$J,$ "$23"6@1M$:"J+*:[$?@*$FL6*3#LB*3"3F6*M1Y1M$ N"31"J+*'$ :@*$ G12#"+0:;0K;1F*$ N*+;M1:,$ 6*"C$ =1YY*3*#M*$ cGKN6=d$ _(&`[$ SNvpd is computed by subtracting the number of velocity peaks when velocity is filtered with a cutoff frequency of 5 Hz from the number of velocity peaks when velocity is filtered with a cutoff frequency cut of 10 Hz, p.3

F. :. Z31, 31#2$ 1#$ :@*$ 63*0$ "#=$6;F:0:*F:$6*3Y, M:$Z1:@$:@*$:"J+*:'$:31*=$ +12@:+,$"F$"$YL#M:1;#$;Y$6*#$63*FFL3*[$!L31#2$6*$F1R$1:*BF$*R:3"M:*=$Y3;B$:@*$SaH$:*F:$c1:*BF$8'$f'$j'$Q'$&&$ "#=$&8dL3:@$ :3"1#1#2$F*FF1;#[$?@*$F6**=$"#=$+*21J1+1:,$FM;3*F$;J:"1#*=$1#$:@*$Y13F:$"#=$F*M;#=$SaH$ :*F:F$Z*3*$M;B6"3*=$J,$B*"#F$;Y$"$#;#06"3"B*:31M$:*F:$ce1+M;R;#$:*F:d

F. $. and F. $. 1#, M:1;#$cBc8'$&hd$k$8[(f'$+$l$[]fdM:1;#$ cBc8, E<E***4.9A6(9* I#=$ "$F12#1Y1M"#:$1#:*3:$ 63*0:*F:$ "#=$ :@*$ 63*0:*F:$ ;Y$ :@*$ :@3**$ ;:@*3$ F*FF1;#F$ c?"J+*$ &'$ +$ l$, p.9

=. *. Jl, ;$63, "66+1*=$ "F$ "#$ 1#:*3*F:1#2$ B*

N. $. 1#y, *3'$:@*3, .$)./.#(9<$?@1F$3*F*"3M@$ Z"F$FL66#=$ 5KIG$ cD1FF1;#$ 1#:*3=1FM16+1#"31:9'$ 63;b*:$ !AXU0 GAKGd

H. L. Teulings and L. Schomaker, Invariant properties between stroke features in handwriting, Acta Psychologica, vol.82, issue.1-3, pp.69-88, 1993.
DOI : 10.1016/0001-6918(93)90005-C

E. Luschei, C. Saslow, and M. Glicksein, Muscle potentials in reaction time, Experimental Neurology, vol.18, issue.4, pp.429-442, 1967.
DOI : 10.1016/0014-4886(67)90060-X

M. M. Smyth and G. Silvers, Functions of vision in the control of handwriting, Acta Psychologica, vol.65, issue.1, pp.47-64, 1987.
DOI : 10.1016/0001-6918(87)90046-1

S. J. Portier and G. P. Van-galen, Immediate vs. postponed visual feedback in practising a handwriting task, Human Movement Science, vol.11, issue.5, pp.563-592, 1992.
DOI : 10.1016/0167-9457(92)90016-5

C. Gonzalez, J. Anderson, P. Culmer, M. R. Burke, M. Mon-williams et al., Is tracing or copying better when learning to reproduce a pattern?, Experimental Brain Research, vol.74, issue.3, pp.459-465, 2011.
DOI : 10.1007/s00221-010-2482-1

R. Palluel-germain, F. Bara, A. Hillairet-de-boisferon, B. Hennion, P. Gouagout et al., A Visuo-Haptic Device Telemaque Handwriting Acquisition, pp.72-77, 2007.
DOI : 10.1109/whc.2007.13

J. Bluteau, S. Coquillard, Y. Payan, and E. Gentaz, Haptic Guidance Improves the Visuo-Manual Tracking of Trajectories, PLoS ONE, vol.6, issue.1, p.1775, 2008.
DOI : 10.1371/journal.pone.0001775.t002
URL : https://hal.archives-ouvertes.fr/hal-00264408

R. N. Morris, Forensic Handwriting Identification, 2000.

A. *. , F. Bi, $. X3, $. <. , and M. , Qd$ &P[$ .+1BB*3'$ S['$ I*1='$ .['$ S+"2;b*N1M'$ I['$ 53, C1'$ D['$ H3;#+"#=0D"3:1#*:'$ I['$ EF:"='$ G['$ )*+",'$ %[0-[i$ a"#=Z31:1#2$ F;#1Y1M":1;#$ Y*+F"'$ I[$ T$ 7+J"3*:$ %[0D[i$ SaH$ 0$ AN"+L":1;#$ I"61=*$ =*$ #Y"#:[$A=1:1;#F$*:$766+1M31F$c, pp.1-2

$. :. F1m-"-++ and 0. ". , #=0D"3:1#*:'$ I['$ EF:"='$ G[i$ 5, !1F"J1+[$c1#$3*N1F1;#d$ (([$ 73$ U#:*3"M:1N*$ G1BL+":1;#$ "#=$ 7#1B"FL31#2$ OF*3$ G":1FY"M:1;#$;Y$:@*$aLB"#05;B6L:*3$U#:*3Y"M*[$ E;3C'$OG7$c&Qhhd$ (f[$ I;#FF*'$ I['$ .L::*B"#F'$ )+1:,$!*6*#=*#:$S*@"N1;3"+$ "#=$K*L3"+$5