Approved For Release 2
r
training
effectiveness,
and
observational
training
of
student
viewers
and
interviewers.
Such
a
video
system
would
also
allow
sessions
to
be
both
visually
and
auditorily
recorded,
where
only
audio
recording
has
been
possible
in
the
past. /^Such
systems
are
widely
used
today
in
high
school
and college
athletic
programs
as
a
valuable
tool
in
training
enhancement.
Teams
and
individual
players
can
be
retrospectively
shown
both
proper
actions
performed
and
mistakes
made,
graphically
demonstrating
correct
and
incorrect
courses
of
action,
as
well
as
providing
coaching
staff
the
opportunity
to not
only
evaluate
strengths,
but
also
identify points
requiring
further
improvement
and
concentration. 1
dee
^e-c-o r-d rrrg
c^pabi^ity
wouldAa-llow
the
viewer
after
the
fact
to
observe
his
own
correct
and
incorrect
actions,
and
permit
the
interviewer
to
observe
in
better
detail
the
viewer's
responses,
actions,
and
body movements,
all
of
which
are
important
not
only
as
signposts
of viewer
accuracy
and
proper
mental
process,
but
are
also
relevant
to
the
application
of
neuro-linguistics,
a
new
„
_
^.biotechnology
showing
great
potential
for
RV applications.
b.
(U)
In
operations,
a
system
of
this
nature
would
allow
a
permanent
record
of
data
obtained,,
much—oi:
which
is
not
only
auditory,
but -visual
in
two
oT
three~ct intensions
as
wellr
Permanent
records
would
then
permit
more
in-depth
and
thorough
analysis,
lessening
the
possibility
that
important
information
might
inadvertently
be
lost
or
overlooked.
Approved For Release 2000/0
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2.
(U)
Following
is
a
tabulation
of
three
possible
configurations,
ranging
from
ideal
to minimum acceptable:
a.
(U)
An
ideal
system would consist
as
follows.
Three
remotely
operated
cameras--one
mounted
on
the
wall
above
and
to
the
right
of
the
interviewer,
allowing
a
full
and
unobstructed
view
of
the
remote
viewer;
one
on
the
wall
behind
and
to
the
right
of
the
viewer
allowing
a
similar
field
of
vision
of
the
interviewer;
and
one
directly
above
the
viewer's
end
of
the
table,
allowing
a
complete
view
of
the
viewer's
paper /mode 1 ing
material.
Cameras
must
neither
emit
any
sound
while
recording,
nor
provide
any
other
indication
that
they
are
in operation.
A
video
mixing
system
with
all
ancilliary
controls,
permitting
any
combination
of
full
and
split
screen
mixing
for
both
live
and
recording
functions.
Three
recording
systems
to
allow
recording
of
audio/video
information
from
all
three
cameras
as necessary.
Three
video monitors,
to
allow real-time monitoring
of
up
to
all
three
cameras/recorders
to
facilitate
observation
of
Approved For Re
RDP96-00789R0021 00140001 -3
Approved For Relea^e^O
96-00789R0021 00140001 -3
viewer/ inter v i ewer / feedback
interaction.
b.
(U)
A medium acceptable
system would
include
as
follows:
Two
remotely
controllable
video
cameras
mounted
behind
viewer
and
interviewer
respectively.
Video mixing
system.
Two
recorders
and
two monitors.
c.
(U)
A minimum acceptable
system would
include:
One
remotely
controllable
camera,
with
two
available
fixed
mounts - -one behind
the
viewer,
and
one
behind
the
interviewer
as
described
above.
One
video
recorder
and
one monitor
4.
(U)
For
present
use,
recommend
that
the
third
option
be
implemented,
and
a
single
remote-controlled
video
camera,
with
two
mounts,
one
monitor,
and
one
video
recorder
be
acquired
for
use
by
this
organization.
This
will
allow
the
video
monitoring/recording
concept
to
be
evaluated
for
the
smallest
initial
expenditure.
Approved For Release 2
6-00789R0021 00140001 -3
5.
(U)
Provisional
estimates
from
two
firms
in
the
Washington,
tm
D.C.Ahave
been
obtained
for
a
system
as
described
in
option
three.
>5
J39&0.06
Approximate
cost
of
the
system
u&r-e
estimated
-to
be
in
the
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Approved For Release 20
6-00789R002100140001-3