B. Complete Results

The following figures show the complete results of the individual experiments. The details of the experiments are explained in Chapter 6 and the most important findings are discussed in Chapter 7. More information on the visualization used in the figures can be found in Chapter 5 and also in Chapter 7. A quick reference of the figures for different subjects, and pages they are on, is shown in Table B.1.

B.2 Figures

Table B.1: Quick reference of the figures for different subjects.

Subject	Figure	Subject	Figure
AS	B.1	PK	B.8
HH	B.2	RS	B.9
HR	B.3	SN	B.10
JK	B.4	TL	B.11
KR	B.5	TP	B.12
MG	B.6	TT	B.13
MT	B.7	UL	B.14

**Figure B.1:** Results for subject AS. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_as_overview.eps}$

**Figure B.2:** Results for subject HH. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_hh_overview.eps}$

**Figure B.3:** Results for subject HR. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_hr_overview.eps}$

**Figure B.4:** Results for subject JK. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_jk_overview.eps}$

**Figure B.5:** Results for subject KR. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_kr_overview.eps}$

**Figure B.6:** Results for subject MG. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_mg_overview.eps}$

**Figure B.7:** Results for subject MT. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_mt_overview.eps}$

**Figure B.8:** Results for subject PK. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_pk_overview.eps}$

**Figure B.9:** Results for subject RS. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_rs_overview.eps}$

**Figure B.10:** Results for subject SN. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_sn_overview.eps}$

**Figure B.11:** Results for subject TL. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_tl_overview.eps}$

**Figure B.12:** Results for subject TP. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_tp_overview.eps}$

**Figure B.13:** Results for subject TT. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_tt_overview.eps}$

**Figure B.14:** Results for subject UL. Each independent component is visualized with grouping and consistency information. The disks on the left show the spread of the cluster size and distance to other clusters. The four horizontal slices of the brain show the activation pattern from different heights. Also, the activation time-course is shown with the quantiles as different shades of gray.
$\includegraphics[width=\textwidth]{images/results_ul_overview.eps}$

B. Complete Results

B.1 Description

B.2 Figures