Body-Worn Cameras and Transparency: Experimental Evidence of Inconsistency in Police Executive Decision-Making by Brandon Tregle (9404711)

“…Yet, whether to release BWC footage to the public remains largely up to the discretion of police executives, and we know little about how they interpret and respond to BWC footage – particularly footage involving critical incidents. We asked a nationally representative sample of police executives (N = 476) how supportive they were of legislation that would mandate releasing BWC footage upon request as public information, and presented them with an experimental vignette about BWC capturing one of their officers fatally shooting an [armed/unarmed] [Black/White] suspect. …”

Supplementary Material for: An Apparently Balanced Complex Chromosome Rearrangement Involving Seven Breaks and Four Chromosomes in a Healthy Female and Segregation/Recombination in... by Campos A.E. (11137494)

“…The rearrangements, which were derived from a maternal balanced karyotype, included an insertion of a segment from the long to the short arm of chromosome 1, a balanced translocation involving chromosomes 14 and 18, and an insertion of a segment from the short arm of chromosome 4 into the derived chromosome 14. …”

Illustration of the change of depth coordinates of the second data set of upper arm flexion in light clothing. by Vytautas Abromavičius (22008573)

Illustration of the variation of the depth coordinates in the first test of the upper arm flexion of the first data set. by Vytautas Abromavičius (22008573)

Illustration of the result of the 3D human skeleton for flexion of the upper arm in the first data set. by Vytautas Abromavičius (22008573)

Illustration of the 3D human skeleton result of flexion of the upper arm in the second data set. by Vytautas Abromavičius (22008573)

Data_Sheet_1_Involvement of the Rostromedial Prefrontal Cortex in Human-Robot Interaction: fNIRS Evidence From a Robot-Assisted Motor Task.pdf by Duc Trung Le (12255596)

“…In conclusion, these findings provide novel insights regarding the involvement of executive control during a robot-assisted motor task.…”

The structure of all possible conflicts between three groups (<i>D</i> and <i>A</i> are defense and attack groups). by Sergio Rinaldi (12197491)

Subjects:

A military chaotic stalemate for a conflict of type (5) in Fig 13. by Sergio Rinaldi (12197491)

Subjects:

Example of a bifurcation diagram of a <i>A—A</i> conflict. by Sergio Rinaldi (12197491)

Subjects:

The loss <i>l</i>_<i>ij</i> inflicted to group j by one unit of the group i of its enemies when the group j is not easily detectable because hidden in a civil population. by Sergio Rinaldi (12197491)

Subjects:

Example of a bifurcation diagram of a <i>D—A</i> conflict. by Sergio Rinaldi (12197491)

Subjects:

The structure of the three possible conflicts between two groups (<i>D</i> and <i>A</i> are defense and attack groups, respectively). by Sergio Rinaldi (12197491)

Subjects:

Four different sets of <i>D—A</i> conflicts (see text for their meanings). by Sergio Rinaldi (12197491)

Subjects:

Fig 18 - by Sergio Rinaldi (12197491)

Subjects:

The modified model when an exogenous stress <i>w</i>(<i>t</i>) is influencing the conflict. by Sergio Rinaldi (12197491)

Subjects:

The influence of undetectability of the <i>A</i> group on the stalemate of a <i>D—A</i> conflict. by Sergio Rinaldi (12197491)

Subjects:

Time evolution of the losses in the conflict described in Fig 14. by Sergio Rinaldi (12197491)

Subjects:

Sets of <i>D—D</i> conflicts (shaded regions) where the victory of the first group is guaranteed. by Sergio Rinaldi (12197491)

Subjects:

Sets of <i>D—A</i> conflicts (shaded regions) where a periodic stalemate is the only possible outcome. by Sergio Rinaldi (12197491)

Subjects: