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From YouTube: ORI FPGA Standup 26 September 2023
Description
00:30 light hearted gathering
01:37 meeting starts
02:13 Matthew W. intro
04:34 Ken E. intro
06:47 what is our mission?
07:10 Michelle T. intro
07:22 Paul W. intro
08:42 James W. intro
10:32 Ed F. . intro
11:00 Open source academic work involving machine learning and Remote Labs
A
A
B
B
Extreme
close-up,
okay,
that's
pretty
good,
so
yeah
I
was
looking
so
I'm
hoping
next
week.
Let's
see
It'll
be
next
week,
maybe
for
October
that
we'll
have
the
the
old.
Oh,
let's
see,
Matthew's
here,
okay,
let's,
let's
change
immersive
I
have
to
change
it
and
start
it
for
every
new
person,
cool
greetings,
Matthew!
Thank
you!
So
much
for
joining
us
and
greetings
James
and
then
Ed
Ed's.
Here
too,
all
right
good.
We
got
a
full
lineup
here.
If
anybody
else
shows
up,
then
they
don't
fit
at
the
at
the
table.
That's
bad.
B
B
So
that's
the
that's
the
whole
point
so
yeah,
let's,
let's
go
down
the
table,
so
greeting
greetings
Matthew.
If
you'd
like
to
to
lead
us
off
here
with
and
introduce
yourself
and
and
tell
us
what
you've
been
up
to
what
you
got
planned.
If
you
need
any
resources
or
have
any
roadblocks
or
anything
else,.
C
I
worked
at
TRW
on
the
F22
project
spent
a
few
years
in
Nokia
mobile
phones
and
then
went
to
a
a
startup
up
in
Encinitas
comquest
Technologies,
where
it's
been
an
interesting
Journey
being
we
were
part
of
IBM
for
a
while
and
part
of
a
startup
that
did
an
IPO
and
then
got
sold
to
a
company
in
Santa.
Barbara
we've
been
with
for
the
last
20
years,
and
so
it's
just
been
an
interesting
progression.
C
You
know
my
work
schedule
with
being
able
to
volunteer
and
doing
some
participation
here
so
I'm
just
kind
of
lurking
at
the
moment,
but
wanted
to
join
in
and
you
know,
get
more
get
my
feet
wet,
more
wet
as
it
were
to
again
see
how
I
can
fit
in
and
contribute.
So
that's
my
story
and
thank
you
for
letting
me
sure.
B
Wow,
you
have
a
wealth
of
experience
and
I'm
sure
a
lot
of
stories.
That's
a
quite
a
broad
diversity
of
things
that
you've
encountered
in
the
world.
Thank
you
so
much
for
for
being
here
and
yeah.
Hopefully
we
can
present
to
you
a
variety
of
things
to
do
and
the
resources
that
we
have
so
yeah.
Look
looking
forward
to
that.
Thank
you.
B
D
C
D
Well,
I
have
a
similar
background:
Asic
fpga
work,
I
worked
at
Qualcomm
up
until
end
of
May
and
sort
of
took
the
summer
off
here.
I
think
it's
time
for
me
to
really
focus
I'm,
hoping
to
use
Ori
as
kind
of
a
springboard
get
my
tools,
and
you
know
a
tool
set
kind
of
tuned
up
and
get
get
focused
and
and
get
some
good
experience
to
get
back
into
the
Workforce
here
and-
and
you
know
next
year,
time
frame
so
I'm
looking
to
to
make
contributions.
D
B
A
A
E
One
I'm
Jameis
wheeler
kilogrelight7
kilo,
Delta
Alico
I,
am
a
student
at
Oregon,
State
University,
as
opposed
to
all
of
you,
find
individuals
who
have
a
much
more
Illustrated
career
than
I
that
I'm
than
I
might
end
up
in.
My
expertise
is
mostly
in
bioengineering.
A
lot
of
my
focus
is
on
synthetic
devices
for
use
in
medical
environments,
but
I
am
also
here
with
Ori,
as
I
am
a
assistant
in
managing
room
at
lab
South,
which
is
similar
to
remote
lab
West,
it's
just
over
in
a
different
part
of
the
country.
B
Very
good,
thank
you,
yeah.
We
do
have
an
interest
and
would
like
to
support
more
biomedical
our
main
interest
in
this
area,
the
place
that
we've
contributed.
The
most
is
bacteriophage
open,
source
bacteriophage
work
because
most
of
it
is
proprietary
and
most
of
it
is
aimed
towards
towards
humans
dealing
with
some
some
very
difficult
in
infection
management.
B
Our
our
particular
way
to
to
try
to
make
a
lot
of
forward
progress
here
is
also
very
humanitarian,
but
has
to
do
with
the
food
supply.
So
Fish
Farms
have
a
whole
lot
of
infection
issues.
Bacteria
issues.
This
is
a
growing
problem.
It's
growing
faster
than
the
than
the
food
source
itself,
so
bacteriophage
to
manage
antibiotic
resistance
in
fishes
is
what
we
would
like
to
try
to
get
into.
B
James
has
helped
here
several
times
with
trying
to
get
some
some
grants
from
from
various
government
agencies
and
so
far
we
have
not
stuck
the
landing
on
that,
but
if
we
keep
at
it,
I
think
that
we
could.
We
could
do
it.
So
that's
that's
one
of
the
things
that
we
do
and
greetings
to
Ed.
Please.
You
have
the
floor.
Tell
us
all
about
your
very
exciting
week
or
two
that
you've
had
here
and
and
maybe
let
us
know
how
we
can
help
sure.
F
My
name
is
Ed
friezema
I'm,
a
PhD
student
at
a
University
of
Nevada,
Las,
Vegas
and
I'm,
going
for
my
PhD
in
computer
science,
I've
interned
with
Jack
propulsion
laboratory
and
in
the
communications
lead
for
Rebel
stat,
which
is
our
university
project
to
get
a
rebel
set
up.
It's
been
going
for
three
years
now,
so
we've
got
a
micro
satellite
there's
a
little.
Let's
see
how
the
common
launch
space
initiative
has
a
bonus,
if
you're
the
first
University
in
your
state
to
get
something
up
so
Nevada's
still
free
game
in
that
area.
F
F
My
dissertation
is
basically
focusing
on
using
applied
machine
learning
to
cognitive,
radio
to
adaptively,
do
Spectrum
sensing
and
adaptive
coded
modulation
on
the
dvb
S2X
codec.
So
that's
how
I
come
to
this
group
is
that
I'm
interested
in
now
right
now,
my
stuff
is
very
basic.
My
personal
setup
is
very
basic.
It's
an
rtsd,
RTL
SDR
and
an
antenna,
then
in
the
antenna
that
I
hook
up
I
have
a
very
nice
antenna
and
a
very
cheap
dongle
So.
F
Eventually,
I
would
like
to
barely
be
able
to
utilize
some
of
this
fpgas
technology
and
push
it
further.
It's
not
the
main
focus,
but
it's
something
I'm
interested
in
and
I'd
also
like
to
see
how
it
works
on
that
platform,
so
that,
when
I,
my
goal
is
to
create
a
software
tool
that
can
implement
this
and
then
hopefully
bring
it
out
to
the
community,
to
you
guys
to
come
out
and
give
me
a
little
hand
in
collecting
data
with
it
and
seeing
what
it
does
at
different
locations
at
different
areas.
F
How
will
it
can
it
improve
quality
of
service?
What
the
big
areas
I'm,
trying
to
figure
out
is
figure
out
like,
where
is
quality
of
service
really
getting
hit
like
under
what
conditions
and
what
situations
and
the
desert
is
good
in
some
ways
and
that
we're
really
high
altitude
in
some
ways.
This
is
a
pretty
easy
spot
to
pick
stuff
up,
I'd
like
to
be
able
to
get
some
data,
some
more
diverse
sources
for
my
dissertation
presentation.
F
So
when
I'm
ready,
I
would
like
to
present
this
to
the
group
and
see
if
some
of
us
would
be,
you
guys
would
be
willing
to
take
it
as
far
as
Hardware,
accelerating
it
I'm
doing
this,
because
that's
what
I'm
interested
in
and
it's
fun
and
I
like
playing
with
video
HP
fpga
directly
to
my
thesis.
It's
not
it's
adjacent,
but
not
that
relevant.
Some
of
our
advisors
here
get
really
they'll
get
hives
When.
F
You
mention
using
Hardware
on
things
like
as
things
like
fpgas,
because
it
looks
like
that's
not
software,
so
they
get
upset
I,
don't
so
I
might
not
use
it
directly,
but
it's
very
much
an
interesting
topic
and
I
love
playing
with
those
things.
I
I
put
up
or
I'm
also
part
of
the
rocketry
club
and
I'm
shooting
up
a
rocket
and
putting
my
Built
My
Own
Telemetry
sensor
for
that
so
I'm,
looking
forward
to
that
next
month,
but
but
yeah.
So
we
have
a
big
presentation.
Coming
up.
F
Wednesday
I've
been
working
on
it
and
Michelle's
been
helping
me
with
some
suggestions
narrowing
down
like
what's
the
actual
state
of
the
art
here,
but
that's
what
I'm?
In
I'm,
not
my
project
is
kind
of
on
my
own
I'm,
not
gonna,
but
I
am
keeping
an
eye
on
the
remote
labs
and
playing
with
it
and
making
sure
I
can
hook
into
it
when
I
need
to.
F
It
will
be
up
to
Our
advice,
my
advising
committee
and
that's
something
I'm
actually
probably
going
to
figure
out
next
week
whether
they
actually
want
to
integrate
fpgas
in
this
work
or
if
we
want
to
keep
it
a
software
only
design.
My
guess
is
that
they're
gonna
go
for
the
ladder,
so
I
won't
use
it,
but
it's
still
great
and
I
would
definitely
when
the
software
tool
is
ready.
I'd
love
to
show
it
to
you
guys
and
see
what
you
think
see
what
you
think
of
the
interface.
F
It's
basically
just
it's
to
your
guys
perspective.
It's
going
to
look
like
just
a
basic
satellite
tracking
and
acquisition
platform.
It's
going
to
be
doing
more
things
under
the
hood,
trying
to
measure
and
dynamically
measure
the
Spectrum
and
sensor
Spectrum
holes
and
allocate
and
redo
the
dvbs
codec
to
kind
of
tweak
the
quality
of
service.
But
hopefully,
from
your
guys
point
of
view.
It
just
looks
like
a
simple
tracking
and
satellite
acquisition
tool,
but
but
I'd
love
to
see
what
you
guys
think
of
it
when
that's.
C
B
There's
lots
of
places
where
this
can
give
you
some
really
good
traction,
and
there
there
are
a
lot
of
people
scurrying
around
trying
to
figure
out
the
ins
and
the
outs
it's
extremely
intensely
interdisciplinary,
which
makes
it
somewhat
I,
don't
know
exciting.
You
know
because
I
guess
maneuverability
here
it
might
be
a
good
analog.
You
know
you
give
up
some
stability
for
maneuverability,
and
this
is
an
interdisciplinary
field
with
where
you
need
a
lot
of
maneuverability.
B
Therefore,
the
the
questions
and
answers
and
investigations
may
not
exhibit
a
whole
lot
of
stability,
so
there
will
be
lots
of
blank
alleys
and
things
where
you
hit
a
brick
wall
and
then
other
places
where
you
run
free
and
you
get
into
a
big
pasture
of
delight,
so
I'm,
hoping
that
we
see
some
of
that
stuff.
With
your
with
your
research
here.
F
Yeah
I
mean
I,
definitely
I,
see
it
hitting
on
two
levels,
like
two
roadblocks
on
the
high
end,
I
get
the
calculator
them
get
so
complex
that
I
need
more
processing
power
on
what
I
have
to
implement
and
an
fpga
can
to
do.
Some
of
the
DSP
block
is
the
easiest
way
to
kind
of
offload
some
stuff
from
the
general
process.
F
Emergency
warning
and
NOAA
utilization
systems
that
can
get
software
data
or
excuse
me,
weather
satellite
data
quickly
are
needed
more
and
more
around
the
world
in
places
that
don't
even
have
internet
access
so
making
these
tools
readily
available,
where
it's
more
complete
unit,
whereas
might
not
be
even
feasible
to
say
well
just
hook
up
to
the
Internet
and
turn
on
your
computer.
There
are
lots
of
places
like
in
the
Philippines
and
other
areas
where
that's
not
an
option.
F
So
once
I
figure
out
the
software
requirements
to
at
least
do
the
Bare
Bones
version
of
it,
another
aspect
is
on
the
cheap
side
trying
to
make
like
an
fpga
kit.
That
kind
of
does
it
so
that
you
know,
even
if,
where
literally
they
might
just
have
one
antenna
that
they
have
to
be
able
that
they
can
feed
from.
If
there's
like
a
simple
portable
device
that
might
do,
90
of
the
work
like
the
eight
ball
home
can
do
a
lot
of
work
now
something
similar
to
that
just
for
cropping
satellite
data.
B
Depends
on
who's
willing,
yeah,
let's!
Well,
if
you
don't
already
have
an
account
with
a
remote
lab,
then
we'll
we
can
get
you
set
up
so
that
so
that
that
doesn't
doesn't
impede
you.
You
know
that
that
sort
of
overhead
can
we
can
take
care
of
now
and
and
if
you
do
need
to
use
the
resources
later
on
to
to
kind
of
start
offloading
some
of
the
functions
proven
in
in
software
to
Hardware,
then
I
think
that
we
can.
We
can
help
there
and
thank
you.
This
is.