Asteroid Exploration and Advances in Autonomy for Small Body Missions
ORB - Mécanique Orbitale
The
COMET-ORB
invites
you
to
a
mini-seminar
on
Asteroid
Exploration,
and
Advances
in
Autonomy
for
Small
Body
Missions
will
take
place
on
March
19,
2024,
from
9:30
to
11:50.
This
seminar
will
be
held
by
Prof.
Jay
McMahon
of
the
University
of
Colorado
at
Boulder.
The
presentation
will
be
followed
by
a
Q&A
session.
You
can
follow
the
presentation
in
person
at
ISAE-Supaero,
in
Toulouse,
France,
or
remotely.
If
you
plan
on
attending
the
...
The
COMET-ORB
invites
you
to
a
mini-seminar
on
Virtual
Reality
for
Trajectory
Design.
It
will
take
place
on
March
6,
2024,
from
16:00
to
17:00.
The
presentation
will
be
given
by
Prof.
Davide
Guzzetti
from
the
Department
of
Aerospace
Engineering
at
Auburn
University.
The
abstract
of
his
presentation
is
given
below.
The
presentation
will
be
followed
by
a
Q&A
session.
The
presentation
will
be
remote
only,
the
link
is
given
below.
Conference
link
Microsoft
...
Over
the
past
few
months,
several
moon
missions
have
been
launched,
both
by
institutions
and
private
companies.
This
new
"moon
race",
fueled
by
the
Artemis
program,
offered
a
recent
significant
achievement
with
India's
Chandrayaan-3
landing,
being
the
second
country
to
achieve successful
soft
landing
in
the
21st
century
and
the
4th
in
history.
The
objective
of
this
seminar
is
to
give
an
overview
of
astrodynamics
advances
applied
to
state-of-the-art
on-going
and
future
...
DIAGORA, CENTRE DE CONGRÈS ET D’EXPOSITION, Toulouse-Labège, France
This
mini-seminar
is
a
single
presentation,
this
presentation
will
focus
on
the
Clipper
mission
and
will
be
given
by
S.
Campagnola.
The
presentation
will
take
place
in
the
ESOC
Press
Conference
in
Darmstadt.
For
those
who
have
access
to
the
CNES
site
in
Toulouse,
room
N250
in
the
GALOIS
building
will
broadcast
the
seminar.
For
all
the
others,
a
broadcast
via
livestorm
is
possible
after
prior
registration
HERE
Europa
Clipper
is
NASA’s
next
flagship
mission
...
Recent
innovations
have
made
possible
the
use
of
autonomous
on-board
vision-based
systems
for
space
missions.
Cameras
are
relatively
cheap,
light
and
low-power
sensors
which
can
provide
an
important
amount
of
data
for
estimating
the
navigation
state
of
a
spacecraft.
The
drawback
of
course
is
that
this
information
has
to
be
extracted
through
complex
algorithms,
often
running
on
high-performance
hardware
and
requiring
the
use
of
a
large
number
of
images
-either
...
