►
Description
No description was provided for this meeting.
If this is YOUR meeting, an easy way to fix this is to add a description to your video, wherever mtngs.io found it (probably YouTube).
A
The
relay
but
I'm
not
going
to
talk
about
those,
so
this
one
goes
like
this.
With
this
start
with
blood
stuff,
you
say
that
that's
our
initial,
perhaps
up
implementation.
The
simplest
possible
protocol
that
can
work
for
pub/sub.
It
has
two
basic
characteristics:
one
it
relies
on,
I
mean
clearly
discovering.
So
that
means
we
don't
have
an
icon
for
every
place,
but
I
understand
whatever
will
connect.
The
fear
would
say
see
whether
it
supports
flat
seven
and
we
just
started
in
your
beer
and
in
order
to
route
messages
who
just
slide
throughout.
A
The
message
is
to
all
known
beers.
Okay,
so
it's
get
some
good
characteristics,
so
it's
straightforward,
but
they
just
really
and
very
robust.
We
really
can't
do
anything
to
break
keep
sending
messages,
no
matter
what
and
the
black
routes
the
messages
it
is
guaranteed
to
follow
the
minimum
11
spots.
So.
A
A
So
what
do
we
do
to
control
the
flood?
And
this
is
the
basis
of
good
job,
so
we
use
randomized
bicycle
traction
that
basically
starts
with
picking
some
random
peers,
and
then
we
use
some
stabilization
output
into
tries
to
keep
the
the
number
of
pace
that
we
carry
change.
Some
parameters
we
said
I
deserved
agree
that
this
is
communication,
we're
going
to
pick
and
it's
low
and
acai
with
a
relaxation
factors
which
allows
the
prodigal
converse.
Okay,
so
this
gives
us
parameter
control
the
computation
factor.
So
basically
that's
the
selection
of
D.
A
So
if
we
have
a
degree
of
six
we're
gonna
get
about
six
point
four
and
we
basically
translate
and
say
for
violent
offenses,
so
we're
no
longer
caring,
mother,
I'm,
Bobbie
flat
D
means
that
we
so
top
of
that
we
also
have
gossip
propagation,
which
means
that,
apart
from
sending
the
messages
along
knowing
in
the
links
what
you
can
randomize
propagation
match,
this
that
says
hey
this
is
coming.
These
are
the
bases
that
you
came
already.
This
allows
us
to
request
messages,
and
this
allows
us
to
jump
ropes,
opportunistically.
A
That
means
that
if
you
have,
if
we
happen
to
have
an
overlay
that
gets
your
long
distance
between
you
and
they're
and
they're
directly
connected,
then
we
can
jump
through
the
coaching,
but
also
it
allows
us
to
be
parable
a
pathologist,
the
change
very
unlikely,
but
it's
possible
to
happen
there.
We
have
an
overlay
that
basically
is
split.
Then
the
randomized,
your
propagation
allow
us
to
very
dispatch
ology
and
turn
it
into
football.
So,
basically
we
can
press
the
press
itself
back
and
the
final
work
that
the
gospel
gets.
Who
gives
us
this
vertical
experience?
A
A
A
Right
so
it
was
running
it
previously.
So
basically
love
me:
we
set
the
random
seat
I'm
going
to
capture
the
random
city
so
that
both
all
the
propagations
all
these
simulations
I
do
to
demonstrate.
The
verticals
basically
use
the
same
graphics,
writer,
okay.
So,
let's
start
with
a
simple
flat
sub
simulation.
This
is
the
flat
tops
relation
here
hundred
yards
with
ten
connections.
It
sends.
A
Okay,
so
this
is
gonna
generate
the
mantle
start.
This
pops
up
connect
starter,
who
say,
is
basically
constructing
thing
interconnections
in
a
vertical
level.
Again,
this
is
the
publication
and
then
this
mirror
the
weights
a
little
wild
for
for
staff
to
quiet
down,
and
then
it
prints
you
a
summary
but
says:
hey.
We
have
a
hundred
nodes
and
there
are
n
methods
and
with
the
label
to
convert
and
or-
and
we
send
seventeen
convert
to
publish
messages.
A
A
B
A
You
could
do
the
same
with
goes
except
again,
20
connections,
where
I
noticed
that
there
was
no
diameter
to
the
case
of
simplification
factor
remain
constant
about
the
same
as
before,
and
the
interesting
part
is
that
you
still
care
a
little
bit
of
cost
representing,
but
even
with
the
gossip
that
we're
sending-
and
you
know,
we
thought
the
only
construction
cost,
we
still
end
up
being
much
more
efficient
and
then
pops
up.
So
here
is
the.
A
Okay,
that's
the
flat
set.
If
you
see
the
flag
happening,
but
it's
also
very
fast
getting
that's.
That's
the
advantage
surf
concept.
So
if
we
look
at
the
same
simulation
with
course
observe
we
say
that
there's
no
cloud
the
messes
are
flowing
much
more
regularly
and
you're
gonna
see
you
know
like
some
little
orange
stuff
popping
up.
These
are
ghost
messages,
and
here
we
see
the
tail
simulation
after
we
send
the
message
we
keep
sending
gossip
around
for
another
3
seconds,
so.
A
A
But
progressive
shaft
was
300
milliseconds,
so
that's
the
advantage
flats
out,
but
to
make
things
foreigners
think
I'm
going
to
increase
the
number
of
messages
that
I'm
setting
so
that
we're
not
in
the
worst
case
scenario
for
for
God's
exact
but-
and
we
also
gave
something
more
realistic.
So
let's
say
ten
messages
at
five
messages
per
second.
A
A
So
here
we
see,
the
notification
factor
is
six
point
four
across
roughly
okay,
and
this
is
the
gossip
that
was
sent
and
it's
2.2
now
in
terms
will
begin
of
amplification
factor
and
it's
been
advertised
now.
The
the
invention
is
a
lot
more
interesting
here
with
many
messages
and
should
pass
the
message
around
that
flat
surface
really
grating
it
foods
flat,
and
you
can
see
that
it's
happening,
because
your
entire
network
is
red,
which
means
are
all
the
interactive,
because
it's
ending
too
much
stuff
between.
A
The
problem
with
blacks
are
so
yeah
the
rest
it's
nuts
so
understand
he
was
to
continue
the
same
pattern.
But
if
you
look
at
the
girls,
I'm
animation
you'll
see
that
this
is
constant
to
what
was
happening
before.
So
it's
a
lot
more
efficient
and
we
can
also
calculate
the
delays
to
get
in
the
promulgation.