http://SmartDrivingCar.com/7.30-TeslaSafety-072119
Tesla,
July 16, "At
Tesla, we
believe that
technology can
help improve
safety. That’s
why Tesla
vehicles are
engineered to
be the safest
cars in the
world. We
believe the
unique
combination of
passive
safety, active
safety, and
automated
driver
assistance is
crucial for
keeping not
just Tesla
drivers and
passengers
safe, but all
drivers on the
road. It’s
this notion
that grounds
every decision
we make – from
the design of
our cars, to
the software
we introduce,
to the
features we
offer every
Tesla owner.
Model S, X and
3 have
achieved the
lowest
probability of
injury of any
vehicle ever
tested by the
U.S.
government’s
New Car
Assessment
Program.
... In the 2nd quarter, we registered one accident for every 3.27 million miles driven in which drivers had Autopilot engaged. For those driving without Autopilot but with our active safety features, we registered one accident for every 2.19 million miles driven. For those driving without Autopilot and without our active safety features, we registered one accident for every 1.41 million miles driven. By comparison, NHTSA’s most recent data shows that in the United States there is an automobile crash every 498,000 miles.... " Read more Hmmmm.... This summary uses "accident" for Teslas and "crash" for NHTSA. This may suggest that the Tesla and NHTSA are not comp[arable... Tesla is reporting about apples and NHTSA is referring to "oranges". That notes; however, it does seem that for Teslas with and without AutoPilot and the other active safety features, there is consistency in the measure. A more detailed question arises about the equivalence of the driving domain for each category as well as who is at fault in each of these situations. Even in light of these issues and details, the large variation in the rates: 3.27 v 2.18 v 1.41 is very significant among Teslas. Seems as if AutoPilot and Tesla's other active collision avoidance safety features are improving safety of Teslas. The spread from the 0.5 value for NHTSA is really astonishing making Teslas much safer than the average of all other cars. Unfortunately these numbers only scratch the surface and beg for more details. In the past I have called for an independent evaluation of the Tesla crash statistics and I do that again there today. I'll offer to do it. Tesla should encourage someone to do it. As it stands today, not enough people believe or trust Tesla (see below) Tesla. That's unfortunate because improved safety is THE major objective of SmartDrivingCar technology. Alain
NY Times,
July 17,
"...Fifty
years later,
the amazement
caused by
Apollo 11 has
not worn off.
The New York
Times has been
covering the
anniversary of
the moon
landing,
looking back
at the event’s
meaning, and
forward to
humankind’s
next giant
leaps in
space.
Here is a
roundup of
some of our
reporting this
year on Apollo
11...." Read
more Hmmmm.... Kitty and I watched the launch from the
viewing area
near Pad 39A @
Cape Canaveral
and the
landing with
my parents in
Miami Beach. That and Sputnik were
enormously
significant in
my life.
Enjoy this and
the other
linked
articles.
Unfortunately,
as is stated
in the
articles, this
was a race;
once won,
there was
little reason
to continue.
Quite
different for
Driverless
cars... It is
not a race nor
a
demonstration.
The objective
is the
development of
sustainable
mobility that
delivers
improved
quality-of-life
for many years
to come.
Alain
M. Scrudato, July 17, "1. Why do you trust?, 2. Why can't we trust? ..." Read more Hmmmm.... Fundamentally important elements needed for us to begin to actually capture the benefits of this technology. Alain
M.
Wood, July
2019, "This
publication
summarizes
widely known
safety by
design and
verification
and validation
(V&V)
methods of SAE
L3 and L4
automated
driving. This
summary is
required for
maximizing the
evidence of a
positive risk
balance of
automated
driving
solutions
compared to
the average
human driving
performance.
There is
already a vast
array of
publications
focusing on
only specific
subtopics of
automated
driving. In
contrast, this
publication is
a
comprehensive
approach to
safety
relevant
topics of
automated
driving and is
based on the
input of OEMs,
tiered
suppliers and
key technology
providers. The
approach of
this
publication is
to
systematically
break down
safety
principles
into safety by
design
capabilities,
elements and
architectures
and then to
summarize the
V&V
methods in
order to
demonstrate
the positive
risk balance.
This
publication is
intended to
contribute to
current
activities
working
towards the
industry-wide
standardization of automated driving. ..." Read more Hmmmm.... A must read. Extensive
publication by
traditional
auto OEMS and
their
suppliers. It
is focused on
Self-driving
and vehicles
that are going
to be owned
and operated
by individual
consumers.
Unfortunately
its extensive
list of
authors and
contributors
does not
include anyone
from Tesla,
Waymo
GM/Cruise,
Argo, or
others that
are focused on
providing
Driverless
shared
mobility as a
service.
Alain
J.
Porter, July
19, "A
self-driving
bus trial
taking place
in Vienna,
Austria, has
been paused
after an
incident
occurred
between a
pedestrian and
one of the
vehicles,
reports Bloomberg.
On Thursday
morning a
30-year-old
woman collided
with the bus,
which is
operated by
the
self-driving
startup Navya,
sustaining
minor
injuries. The
city’s transit
authority has
paused the
trials of the
two autonomous
buses while it
awaits the
results of an
investigation
into the
incident.
It’s currently
unclear who
was at fault
for the
collision.
State
broadcaster
ORF reported
that the bus
was moving at
about 7.5
miles an hour
when it struck
the knee of a
woman,
according to
Bloomberg. In
a statement
given to The
Verge, Navya
claimed that
witnesses had
seen the
pedestrian
wearing
headphones and
looking at a
mobile phone
as she crossed
the street and
“walked
against” the
side of the
bus. Golem
reported a
similar
account from
an eyewitness.
Navya said the
woman suffered
“minor
scratches” as
a result of
the
incident...."
Read more Hmmmm.... This isn't easy!! Alain
C.
Haberman, July
14, " Now we
are at the
dawn of the
driverless
car, also
often
described as
autonomous.
Perhaps in
time — as was
the case with
the radio, the
automobile and
the mobile
phone — it
will acquire
an appellation
of its own
that is not so
ungainly. Much
may depend on
how far beyond
infancy this
technology
goes. It is an
essential
question and,
setting aside
the matter of
language, it
underpins the
latest
offering from
Retro
Report, a
series of
video
documentaries
exploring
major news
events of the
past and their
lasting
impact.
“I have to
confess, I’m
actually
really torn,”
said John
Leonard, a
robotics
expert at the
Massachusetts
Institute of
Technology.
“Part of me
feels that
self-driving
is
impossible,”
he continued,
“but things
that I think
are impossible
are happening
today.”
As things
stand,
partially
autonomous
vehicles are
already on
American
roads, rigged
out with
features like
automatic
emergency
braking and
lane-departure
warnings. But
a lot of work
remains to be
done to make
fully
self-operating
cars a fact of
everyday life,
and Retro
Report
explores some
of the
remaining
obstacles:
Streets and
highways need
to be mapped,
down to a few
centimeters.
The machines
must learn to
grapple with
snow or rain,
which can
throw their
sensors out of
whack. They
will have to
step up their
game if they
are to be able
to respond
instantly to
the
unexpected, be
it a falling
tree branch or
a child
darting into
the road from
between parked
cars...." Read
more Hmmmm.... See
video.
What is really
needed is what
Mike
Scrudato
presented
above. We
need to build
trust.
The technology
is largely
there; trust
isn't. Alain
D.
Coldewey, July
12, "Luminar
is one of the
major players
in the new
crop of lidar
companies that
have sprung up
all over the
world, and
it’s moving
fast to
outpace its
peers. Today
the company
announced a
new $100
million
funding round,
bringing its
total raised
to more than
$250 million —
as well as a
perception
platform and a
new, compact
lidar unit
aimed at
inclusion in
actual cars.
Big day!
The new
hardware,
called Iris,
looks to be
about a third
of the size of
the test unit
Luminar has
been sticking
on vehicles
thus far. That
one was about
the size of a
couple
hardbacks
stacked up,
and Iris is
more like a
really thick
sandwich.
...Iris
will cost less
than $1,000
per unit for
production
vehicles
seeking
serious
autonomy, and
for $500 you
can get a more
limited
version for
more limited
purposes like
driver
assistance, or
ADAS. ..." Read
more Hmmmm.... And, instead of creating a largely
useless 360
degree view,
it is focused
on the road
ahead where
the real
action is.
I've never
appreciated
the need for
the uniform
360 view of
spinning
LiDARS. At
speed, the
needs ahead
are by far the
most
important. The
rear is
somewhat
important and
the sides..
not so much.
When stopped
or going slow
needs are very
different than
at speed and
one has the
benefit of
time. Elon
may well be
right.
Alain
G.
Barkho, July
10, "Lyft’s
has
accessibility
in mind while
developing its
driverless
program. This
week, the
rideshare
company
announced it
has expanded
its autonomous
vehicle
trials, in
partnership
with auto
parts company
Aptiv, to
include blind
and low-vision
riders. The
test drives, a
collaboration
with the
National
Federation of
the Blind, are
taking place
in Las Vegas
during the
organization’s
annual
conference...."
Read
more
Hmmmm.... Very
nice!! Alain
A. Tobias, July 10, "A new state-funded facility for testing driverless cars and other “smart” vehicles has opened in the latest expansion of Ohio’s Transportation Research Center. The new Smart Mobility Advanced Research Test, or SMART, Center, in Logan County about 40 miles northwest of Columbus, includes a six-lane, high-speed “smart” intersection, complete with a traffic light, that companies and researchers can use to test new vehicle technology...." Read more Hmmmm.... Since I tried to create such a "test-track" at Fort Monmouth and failed miserably (and maybe even deservedly), I extend kudos to Ohio; however, Driverless has to be tested with attendants on real roads in real traffic conditions and stress tested in simulators/virtual reality environments. Alain
T.
Lee, July 16,
"On August 16,
Tesla will
begin charging
an additional
$1,000 for the
"full
self-driving"
upgrade, CEO
Elon Musk
announced on
Twitter on
Tuesday. The
option
currently
costs $6,000.
It's the
latest in a
series of
price changes
for a package
whose main
function—"full
self-driving"—is still largely aspirational.
The price hike
reflects
Musk's view
that Tesla is
less than 18
months away
from
delivering
full
self-driving
technology to
customers and
that this
capability
will
drastically
increase the
value of Tesla
vehicles.
"That's
approximately
date when we
expect
Enhanced
Summon to be
in wide
release," Musk
explained. "It
will be
magical."..."
Read
more Hmmmm.... Price increases tend to imply high
demand.
Congratulations.
However,
"Enhanced
summon" better
not extend to
public
streets; else,
things may get
very ugly very
quickly. Do
what you want
on your own
private
property;
that's your
problem. If
you bring it
to public
roads/spaces,
then it's my
problem and
"you can't do
that!"! Alain
L.
Elliot, July
19, "Safety in
the
self-driving
car realm is a
top concern
and one that I
wanted to
discuss with
Karl Iagnemma,
President of
Aptiv
Autonomous
Mobility and
founder of
NuTonomy, when
we met
recently.
We were both
at the
TechCrunch TC
Sessions:
Mobility
summit in San
Jose,
California
this month,
and carved out
some riveting
moments to
collegially
chat and
engage in an
energetic
dialogue on
the
all-important
topic of
safety of
autonomous
cars, doing so
among the
noisy hubbub
and frenetic
activity
that’s a
hallmark of
these kinds of
gatherings.
Dovetailing
into our
discussion was
the recently
released white
paper entitled
“Safety First
For Automated
Driving,”
which many are
referring to
as SaFAD as a
handy
acronym...."
Read more Hmmmm.... Interesting. Alain
S.
Dent, July 15,
"...Intel is
still working
on hard on its
Loihi
"neuromorphic"
deep-learning
chips, modeled
after the
human brain.
Now, it has
unveiled a new
system,
code-named
Pohoiki Beach,
made up of 64
Loihi chips
and 8 million
so-called
neurons. It's
capable of
crunching AI
algorithms up
to 1,000
faster and
10,000 times
more
efficiently
than regular
CPUs for use
with
autonomous
driving,
electronic
robot skin,
prosthetic
limbs and
more.
The Loihi
chips are
installed on a
"Nahuku" board
that contains
from 8 to 32
Loihi chips.
The Pohoiki
Beach system
contains
multiple
Nahuku boards
that can be
interfaced
with Intel's
Arria 10 FPGA
developer's
kit, as shown
above... " Read
more Hmmmm.... See video (embedded). Impressive! Alain
K.
Shaver, July
20, "...“This
is an
opportunity to
make our city
more beautiful
by eliminating
huge parking
lots and doing
something more
aesthetically
pleasing,” De
La Torre said.
“It’s an
evolution from
an
auto-oriented
society to a
more
pedestrian-oriented
society.”
In
Washington’s
Maryland
suburbs,
planners in
Montgomery
County will
try to predict
the effects of
autonomous
vehicles on
the local
transportation
network as
they update
the county’s
30-year
general plan.
“We’re trying
to be flexible
with our
thinking,”
said David
Anspacher, a
transportation
supervisor for
the county’s
planning
department.
“We know a
change is
coming, but
until we
actually see a
big adoption
of the
technology,
there’s a lot
of debate
about the
changes it
will
bring.”..." Read
more Hmmmm.... Hopefully Driverless cars do a lot
more than
reducing
parking
requirements.
This is all
about
revolutionizing
mobility for
all and
fundamentally
improving the
quality-of-life for many. Those are much more valuable contributions to
cities and
communities
than the
implications
on "parking".
Alain
M. Anderson, Jun 24, "... Now, an American geography researcher is arguing that GPS’s transition from dedicated hardware to smartphone software was even more significant than we realize. He says mobile mapping apps also foreshadow the ultimate transformation of car companies from purely “hardware” manufacturers to hybrid hardware, software, and service providers..... True!! Your phone is always with you. It is a perfect reflection of you and with GPS & WiFi it knows where you are all the time...
...As cars become more automated, Alvarez León says, they also become more valuable platforms for information and tech companies. ..." Read more Hmmmm.... What??? The car, whether it is automated or not, provides essentially no additional useful information. Since you are not always in your car, its data is very much less valuable that the data captured by your phone. Self-driving or not, the car is a very distant second as a surveillance tool. Alain
M.
Coren, July
18, "Uber’s
future depends
on safe
autonomous
vehicles. The
money-losing
company is
attempting to
transition
from costly
human drivers
to driverless
cars. On July
16, it
announced the
industry’s
first “safety
case,” a
universal
framework for
developing
safe
driverless
vehicles, and
it wants the
rest of the
industry to
join in.
Uber is still
recovering
after one of
its
self-driving
vehicles
killed a
pedestrian in
Tempe, Arizona
in 2018, one
of the first
recorded
deaths by an
autonomous
car, despite
having a
safety driver
behind the
wheel. That
prompted a
nine-month
shutdown of
its
self-driving
program, two
investigations,
and a drastic
rethinking of
the company’s
efforts to
ensure the
public feels
comfortable
stepping into
an Uber
vehicle driven
by algorithms.
“We recognize
trust will
have to be
earned,” Noah
Zych, chief of
staff for
Uber’s
Advanced
Technologies
Group, said at
the Automated
Vehicles
Symposium in
Orlando. “We
have to earn
back the
trust. The
first step is
to be open,
transparent,
and sincere
about how we
do that.”..."
Read more
Hmmmm....
Uber needs
Driverless,
not
Self-driving,
and
unfortunately
caused the
"3-mile
Island/Apollo
One
Fire/Chernobyl"
of Driverless
mobility. Is
anyone going
to take their
"blueprint"
seriously?
Alain
F. Fishkin, May 18,, "From the 3rd Annual Princeton Smart Driving Car Summit, join Professor Alain Kornhauser and co-host Fred Fishkin. In this special edition, the summit's focus on mobility for all with guests Anil Lewis, Executive Director of Blindness Initiatives at the National Federation of the Blind and ITN America Founder Katherine Freund."
April 5, F. Fishkin, "The success of on demand transit company Via is proving that ride sharing systems can work. Public Policy head Andrei Greenawalt joins Princeton's Alain Kornhauser and co-host Fred Fishkin for a wide ranging discussion. Also: Uber, Tesla, Audi, Apple and Nuro are making headlines"
April 5, F. Fishkin, "Here comes congestion pricing in New York City...but what will it mean? Former city Taxi and Limousine Commission head and transportation expert Matthew Daus joins Princeton's Alain Kornhauser and co-host Fred Fishkin. Also...Tesla, VW and even Brexit! All on Episode 98 of Smart Driving Cars."
March 28, F. Fishkin, "The Future Networked Car? From Sweden, The Dispatcher publisher, Michael Sena, joins Princeton's Alain Kornhauser and co-host Fred Fishkin for the latest edition of Smart Driving Cars. Plus ...the Boeing story has much to do with autonomous vehicles and more. Tune in and subscribe."
F. Fishkin, Sept 6, "The coming new world of driverless cars! In Episode 55 of the Smart Driving Cars podcast former GM VP and adviser to Waymo Larry Burns chats with Princeton's Alain Kornhauser and Fred Fishkin about his new book "Autonomy: The Quest to Build the Driverless Car and How it Will Reshape Our World"
A. Hawkins,
July 12, "In a
widely
anticipated
move, Ford and
Volkswagen
announced
Friday their
plan to expand
their
seven-month-old
alliance to
include
autonomous and
electric
vehicles.
As part of the
deal, VW will
invest a
whopping $2.6
billion in
Argo AI, the
autonomous
vehicle
startup based
in Pittsburgh
that
practically no
one had heard
of until
Ford’s own
eye-popping $1
billion
investment in
2017. VW
will invest $1
billion in
cash, as well
as $1.6
billion in
assets that
include the
auto giant’s Munich-based
Autonomous
Intelligent
Driving team,
which will be
absorbed by
Argo. After
the deal goes
through,
Argo’s
post-money
valuation will
be over $7
billion....
The deal also gives Argo a global reach. The company, which was founded by former Uber engineers with ties to Carnegie Melon University’s famed robotics lab, has been testing its cars with Ford’s backing in Pittsburgh, Detroit, Miami, and Washington, DC. Now it can also deploy its vehicles on European roads under VW’s guidance....
A month ago VW severed a partnership with Aurora Innovation, the autonomy startup founded by former Google self-driving head Chris Urmson. Argo was co-founded by Bryan Salesky, another former member of the Google self-driving team. He was also on the same team as Urmson in the 2007 DARPA autonomous vehicle challenge, which is seen as a watershed moment in the pursuit for self-driving cars. Ford dumped $1 billion into Argo in 2017 and has worked closely with the startup ever since....
Companies have been pairing up to work on self-driving cars for years now, but only recently has that relentless coupling taken on more serious overtones. Over the last few months:I. Fried,
June 25,
"Apple bought
Drive.ai, an
autonomous
driving
startup once
valued at $200
million, and
has hired
dozens of
Drive.ai
engineers,
Apple
confirmed to
Axios on
Tuesday.
Why it
matters:
The deal and
hires confirm
that Apple
hasn't given
up its
autonomous
driving
project.
Details:
The deal comes
after Drive.ai
talked with
multiple
potential
acquirers, but
in the end
Apple won out.
Apple also
purchased
Drive.ai's
autonomous
cars and other
assets,
sources tell
Axios.
Drive.ai
ceased
operations
within the
last 2 weeks.
Apple’s hires
are mostly in
engineering
and product
design, per a
source.
The purchase
price was not
disclosed.
Apple was
expected to
pay less than
the $77
million
Drive.ai
raised in
venture
capital, to
say nothing of
the $200
million it was
valued at two
years ago,
after its
Series B
round, Axios'
Dan Primack
reported
recently.
The backdrop:
Drive.ai's
highlighter-orange
vans ferried
workers around
a business
park in
Frisco, Tex.,
and shuttled
fans in nearby
Arlington to
Cowboys games.
Drive.ai is
laying off 90
workers in
California,
the San
Francisco
Chronicle
reported. And
the company
employed many
more in
Texas."
Read more Hmmmm... Looks like a fire sale. Does this mean that getting to "80% of Driverless" is valued at less than $100m? Ouch! It is going to take deep pockets to get to "99.99% Driverless". Alain
Press
Release, June
19,
"...Collisions
that result in
injury can
often be
caused by a
delay in a
driver’s
recognition of
the situation
and his or her
ability to
react
accordingly.
In a move to
help prevent
such accidents
before they
happen, the
Lexus Safety
System+ will
be a standard
feature in all
US Lexus
vehicles
starting with
the 2020 model
year. “We are
working toward
preventing
crashes before
they happen,”
said David
Christ, group
vice president
and general
manager, Lexus
Division.“
That's why we
have developed
some of the
most advanced
safety
features on
the road
today, and now
those systems
will be
standard
equipment on
every model we
sell. ..Nice!...
Designed to
help protect
drivers,
passengers and
pedestrians,
the Lexus
Safety System+
is an
integrated
suite of four
advanced
active safety
packages
anchored by
automated
pre-collision
warning and
braking. They
include:
This system is engineered to help detect a preceding vehicle or a pedestrian ... why not also a stationary fire truck, or a car stopped at a controlled intersection, or a brick wall, or...??? NotGoodEnough!... Below see Advanced Driver Assistance Systems: The ADAS Road to AV Reality - #SmartDrivingCar... in front of the Lexus under certain conditions . Should the system detect a pedestrian or a potential frontal collision, it’s designed to activate an audible and visual alert while automatically preparing Brake Assist for increased braking response... why not also begin immediately to brake and slow down ? (Hint..."not sure" is not the right answer.) If the situation is sufficient for you to alert the driver why isn't it good enough to immediately start to reduce the speed of the car. Worse case is that you added a couple of seconds to the trip. The driver can always override the brakes by pushing harder on the gas pedal if the driver insists on tailgating or is committing suicide or ???. NotGoodEnough!.... If the driver does not brake in time,... are you kidding?? You knew a crash was impending, and you waited until it was too late??? NotGoodEnough!... the system is designed to automatically begin braking before impact... and then you'll slam on the brakes??? NotGoodEnough!... and, in some cases... Not most/many cases; just some cases??? NotGoodEnough!..., can even bring the vehicle to a stop
This system
uses radar and
camera
technology to
help maintain
a preset speed
and following
distance from
the vehicle
ahead. If
driving at
highway speeds
and the road
ahead clears,
the vehicle
returns to its
preset speed.
.... Great, but a couple of questions... 1. If the
system is on
and I tap the
brakes, does
the system
turn off just
the
acceleration
function
because it
understands
that I tapped
the brakes
because I felt
that I was
going too fast
so the system
should not
override my
explicit
signal.
Nice!!
However, does
it also assume
that I really
know what I'm
doing?
Consequently,
it also turns
off the brake
function even
in situations
in which I am
not applying
enough brake
forces and a
crash is
imminent?
Does it again
wait until it
is too late
and and refuse
to help me in
those critical
moments? Then
you'll slam on
the
NotGoodEnough!
(Note... my S
Anti-lock
Braking ystem
explicitly
overrides the
way that I'm
applying the
brakes and
keeps me from
doing the
wrong thing.
Thank you
ABS! What
makes the AEB
situation
different when
the system
knows better
and could
really help me
in an as
critical
situation?
2. What happens if the system is on and I'm following a car at my preset distance going 10 mph under my desired speed. The car ahead changes lanes because she sees that a parked fire truck is in our lane ahead. Once her car clears my lane ahead, does the Dynamic Radar Cruise Control system take into account the existence of the parked firetruck ahead and brings me to a smooth stop before hitting the Firetruck? Or, does the system begin to accelerate to my desired speed and simply leave it to the Pre-Collison System with Pedestrian Detection system to try to "save the day" after it is too late?........"
Read more Hmmmm... Again, very nice that these features will be standard. It is really unfortunate that they are not better. Hopefully, since the limitations that I expressed above are all software related, Lexus will be able to do over-the-air (or otherwise) updates of the software as soon as Lexus has put more effort into the "intelligence" that uses the data streams generated by their cameras and radars AlainT. Lee,
June 13, "It
has been a
busy week for
Aurora, the
self-driving
startup
founded by
veterans of
the Google,
Tesla, and
Uber
self-driving
programs. On
Monday, Aurora
announced it
had forged a
partnership
with Fiat
Chrysler. On
Tuesday,
Aurora said it
was ending its
partnership
with
Volkswagen.
Now Hyundai is
deepening its
partnership
with Aurora
with an equity
investment.
It's the
latest example
of an
industry-wide
pattern: one
after another,
car companies
have made big
investments in
self-driving
startups. And
these deals
mean that
carmakers are
effectively
entering into
self-driving
alliances with
one
another....
All of the
recent deals
between car
companies and
self-driving
companies
could put
Waymo in a
difficult
position.
Waymo has been
working on
self-driving
technology
much longer
than any of
its rivals,
and the
company aimed
to introduce a
driverless
taxi service
long before
others came to
market. In
that scenario,
Waymo would
have its
choice of
automotive
partners, so
Waymo has been
keeping its
options open.
But the
reality is
that Waymo
will need help
from
automakers to
scale up
rapidly. As
more and more
automakers
commit to
Waymo's
rivals, Waymo
risks becoming
stranded—with
industry-leading sensors and software but limited capacity to integrate
the technology
into a large
number of
vehicles...."
Read
more Hmmmm... Good summary of "self-driving car"
partnerships
but, by
including
Waymo in the
mix, it is
conflating
what I
continue to
contend are
two VERY
different
markets...
Self-driving
and
Driverless.
What makes
them like oil
& vinegar
is that
self-driving
vehicles are
for the
Consumer
market and are
little
different from
conventional
cars.
Driverless
cars are for
the
Fleet/Business
market.
Self-driving
cars require a
driver in
order to
deliver any
meaningful
mobility or
value. Their
automation
stack delivers
additional
comfort,
convenience
and safety to
the auto
industry's
existing
customer
base. As such
it is a
"consumer
play" and
requires no
regulations or
public
oversight
other than
what exists
today. Any
safety issues
can be handled
through
standard
"product
liability" and
standard "NHTSA
recall"
procedures.
Its market
penetration
evolution is
like going
from manual
transmission
to automatic
transmission,
as Tesla is
demonstrating
with
AutoPilot.
From outside
the car, one
can't tell if
it has it or
doesn't. It
is a consumer
choice at time
of purchase.
Tesla
is creating
its own
"automatic
transmission"/"AutoPilot
stack". Other
OEMs are
hedging their
bets by
partnering
with
technology
provider for
their
self-driving
technology
stack. They'll
continue to
produce the
rest of the
car, as they
have done for
years, and
possibly
outsource
their "automatic transmission"
when the time
comes.
Driverless
cars are
"mobility
machines" when
managed as a
fleet
delivering
mobility to
individuals.
They are a
"business
play". It is
all about the
economic
efficiency/profitability
in delivering
mobility to
individuals.
The
fundamental
value is in
the
opportunity to
provide
consistent
reliable
affordable
mobility at
scale. The
technology
stack has
taken the
inconsistency,
unreliability
and monetary
cost of a
human driver
out of the
loop. Since
algorithms,
rather than
people, tailor
the service to
meet
individual
needs, such
systems scale
attractively.
All of this
MUST be done
safely without
a
driver/attendant,
else the
economics/affordability/scalability
completely
collapses.
From
outside the
car one can
tell that
there isn't a
driver in the
driver's
seat.
Consequently,
public
oversight at
all levels
from top to
grass roots
will need to
be comfortable
with this
thing with no
driver in it
going down
their street
and invading
their
neighborhood
and
transporting
their kids,
grandmas,
mobility
disadvantaged,
... .
Everyone is
going to
weigh-in with
perceptions
and
regulations.
Consequently,
the deployment
of the
technology is
going to need
to be
"welcomed" .
"Uber-like
swashbuckling
bravado isn't
going to cut
is.
Driverless
Mobility-as-a-Service is the market that Waymo (and GM/Cruise and
Ford/Argo)
have been
going after.
Because of its
need to be
"welcomed" (or
at least not
disdained) by
the residents
and businesses
that abut the
streets over
which these
vehicles
deliver their
mobility, the
deployment
dynamics for
Driverless is
very different
from
Self-driving.
All
Self-driving
needs is for
Madison Avenue
/ "Elon Musk"
to convince
individuals of
the comfort
and
convenience of
being able to
have the car
drive itself
some of the
time and they
are sold.
Driverless
requires
substantial
public
relations/education
of communities
to achieve
"welcoming".
A real "ground
war".
That is what
Waymo (and
GM/Cruise and
Ford/Argo)
needs to
conduct to
just get
started. Once
started Waymo
need to
continue it to
scale (Value
is achieved
only with
scale).
Finding
OEMs that will
sell Waymo
cars on which
to affix its
technology
stack will not
be the
problem. The
car is the
commodity. The
welcoming of
the technology
stack by
communities is
the
fundamental
differentiator.
Waymo is
sitting on an
order for at
least 82,000
cars from FCA
and Jaguar.
The order has
been
announced, but
not executed
because
insufficient
"ground
warfare" has
even been
waged, let
alone been
successful
(except in
Arizona).
With welcoming
environment
these 82,000
mobility
machines could
be serving 4
million person
trips per day
in communities
throughout the
country.
(Note... our
nation's
transit
systems today
(only) serve
an equivalent
number of
person trips;
although they
are longer
trips taken in
much more
densely
populated
areas. The
Waymo-served
trips would
likely be
trips that our
conventional
transit
systems can't
effectively
serve and thus
complement
conventional
transit. Some
of the trips
would replace
auto trips.
The others
would be new
trips by
persons who
can't or don't
want to drive
their own car
for whatever
reason and
whose lives
have been
substantially
disadvantaged
because their
mobility needs
aren't
effectively
served by
either the
personal car
or
conventional
mass transit.
W. MacNaughton, June 1, "We've all heard about the advent of Autonomous Trucking - but mostly from people who work in the tech industry. So this week, I've been visiting (and sleeping, eating and showering in) truck stops in Nevada, Utah and Idaho to hear what truck drivers themselves have to say about the future of the profession. ..." Read more Hmmmm... This is excellent. One thing that was missed... If done appropriately, (operative word here is appropriately, not really what has been done so far...) ... ""autonomy" could help me drive much more safely and really help me if it focused on reducing the stress or anxiety that driving causes me. It would really be nice if I could relax and think about something else at least some of the time when I drive. Much of driving is very simple... but very boring. Please help me do my job more safely. I'll then be fresh and really be able to handle the tough hard stuff. Do for me what automation does for pilots. I'm just as important." Alain
K. Conger,
May 30,
"Uber’s start
as a publicly
traded company
has gone from
bumpy to
bumpier. In
its first
earnings
report since
listing its
shares on the
stock market
this month,
the
ride-hailing
giant on
Thursday
reported its
slowest growth
in years and
steep losses
for the first
three months
of 2019..." Read
more Hmmmm... In its most basic form, the ride hailing
business has
revenue ($r)
and costs ($c)
proportional
to number of
rides (R).
Let $r = A*R
and $c = B*R.
So
Profitability
(P) { P = ($r
-$c) = (A - B)
* R } is all
about (A - B)
. We know
that at
today's
ridership,
R(now),
(A(now)
-B(now)) is
negative. We
also know that
as ridership
increases, new
drivers will
need to be
paid more (B
gets bigger),
simply because
the demand for
driver
services goes
up. We also
know that to
attract more
riders,
revenue per
ride will
necessarily go
down (A gets
smaller).
Yikes...
Ride-hailing
faces a double
whammy... as
it scales
(gets more
people to
ride) it loses
even more from
the average
rider than it
does today
plus that
bigger
negative
number gets
multiplied by
a bigger
number of
rides.
When
each unit
incurs a
loss, making
up losses by
increasing
volume is
known to not
be a viable
approach.
Increasing
volume when
unit losses
increase with
increasing
volume is really
not viable!
The only road to profitability, other than a major pivot, is to be more discriminating in who you serve... Serve fewer riders. Unfortunately, when you finally get Ridership small enough so that A-B is positive, that number gets multiplied by a smaller number of riders such that the gross amount is nowhere near sufficient to justify valuations greater than that of a lemonade stand. Uber serves about 1B trips per quarter, which means today, they loses $1/ride. To be worth $40B they need to make $1 on each of the 4B trips they serve per year. How Uber gets from a history of losing $1/ride to making $1/ride @ 4B rides/year is an open question. As is making $10/ride @ 400M rides/year? As is making $0.10/ride @ 40B rides per year? Alain
P.
Loeb, May 16,
"...Sponsor
Cherelle
Parker says
the cameras
will
photograph any
car going more
than 11 miles
per hour over
the speed limit..."
Read
more Hmmmm... I really don't understand. What is the
meaning of the
word limit
? (Hint.... "the utmost extent")
So for humans a "speed" limit is actually a "Speed
+10" limit.
That mean I
can set my
Cruise Control
to "Speed
Limit" +10 and
I'll be just
fine. Does
that also mean
that I can
code my
driverless car
"to do +10"???
If not, then
why does a
person capable
of getting a
driver's
license get to
go faster than
a person who
can't get a
driver's
license who is
relegated to
be driven by
an
autonomousTaxi
(aTaxi) that
is mandated to
drive at a
slower
speed????
(Please don't
tell me it is
because the
accuracy of
the speed
sensor is not
precise (aka
reliable
enough). May
I use that
excuse in my
aTaxi code?)
This is a
serious
question!
There needs to
be a level
regulatory
(rules of the
road/traffic
laws) playing
field
established
for aTaxis and
human drivers.
This is NOT
easy (but it
could be as
simple as:
SpeedLimit(aTaxi) = SpeedLimit (Humans) + 10
StopSign(aTaxi) = SropSign(Humans) +RollOnThrough if
no one is
around
RedLight(aTaxi) = Redlight(Humans) + 3 more cars after the yellow, except in Boston where 5 more car after the yellow... Alain
A. Krok,
May 2, "You
can't please
all the people
all the time,
but Volkswagen
wants to make
sure that when
it moves into
the next era
of mobility,
it won't leave
any groups
behind.
Volkswagen
this week
unveiled its Inclusive Mobility Initiative,
which sees the
automaker
working
directly with
outside groups
to ensure that
its future
vehicles are
capable of
catering to
people with
disabilities..."
Read
more Hmmmm...This is fantastic and may well be in line
with the focus
we've taken
with the
upcoming 3rd Annual
Princeton SmartDrivingCar
Summit
10 days from
now. Our
focus is on all
people who
have been
marginalized
by the
unnecessary/non-inclusive/exclusive designs of our current forms of
mobility, .
These designs
are especially
irresponsible
when one no
longer needs a
person to
drive... to
keep the car
from crashing
while on its
way from where
people are to
where the want
to go. What
an enormous
opportunity to
be of service
to so many
that for what
ever reason
don't want or
can't perform
that task.
Yes, there are
situations in
which a
professional
is required.
At times, we
all need we
all need that
the help of a
professional.
But for all of
those
situations in
which a
professional
is not needed,
we have an
enormous
opportunity to
be so much
more inclusive
by removing
the other
unnecessary
exclusivities
that have
consciously or
unconsciously
crept into our
cars and
transit
systems. Our
mobility
systems no
longer need to
be big and
hold many
people to make
them
affordable, no
driver needs
to be paid.
They no longer
need to be
constrained to
only go
between the
few places
than many want
to go between
at only
certain
times. They
can readily
serve where
only a few,
even one, want
to go between
at whatever
time. The
skill set
needed to use
and be served
diminishes to
the skill set
needed by the
easiest to use
elevator. And
so on...
A. Kornhauser, March 13, "The following testimony was provided to the New Jersey State Assembly’s Transportation and Independent Authorities Committee on Monday, March 11....
What we need, what my ask is, that we create in New Jersey a “welcoming environment” for the research, testing and demonstration of this technology and work to focusing it on improving the mobility of the mobility disadvantaged...
While such
a
demonstration
is not
prohibited in
New Jersey, it
is not
permitted.
Consequently,
this provides
excuses and
hurdles to
bringing such
mobility to
our
communities
and tarnishes
any other
welcoming
efforts aimed
at enabling
New Jersey to
lead instead
of follow in
what may well
address the
fundamental
objective of
this
hearing." Read
more
Hmmmm....Seems
so simple. I
have found it
so incredibly
hard. Alain
Oct 16, Establishes
fully
autonomous
vehicle pilot
program A4573
Sponsors:
Zwicker (D16);
Benson (D14)
Oct 16, Establishes New
Jersey
Advanced
Autonomous
Vehicle Task
Force AJR164
Sponsors:
Benson (D14);
Zwicker (D16);
Lampitt (D6)
May
24, "About
9:58 p.m., on
Sunday, March
18, 2018, an
Uber
Technologies,
Inc. test
vehicle, based
on a modified
2017 Volvo
XC90 and
operating with
a self-driving
system in
computer
control mode,
struck a
pedestrian on
northbound
Mill Avenue,
in Tempe,
Maricopa
County,
Arizona.
...The
vehicle was
factory
equipped with
several
advanced
driver
assistance
functions by
Volvo Cars,
the original
manufacturer.
The systems
included a
collision
avoidance
function with
automatic
emergency
braking, known
as City
Safety, as
well as
functions for
detecting
driver
alertness and
road sign
information.
All these
Volvo
functions are
disabled when
the test
vehicle is
operated in
computer
control..."
Read more
Hmmmm....
Uber must
believe that
its systems
are better at
avoiding
Collisions and
Automated
Emergency
Braking than
Volvo's.
At least this
gets Volvo
"off the
hook".
"...According to data obtained from the
self-driving
system, the
system first
registered
radar and
LIDAR
observations
of the
pedestrian
about 6
seconds before
impact, when
the vehicle
was traveling
at 43 mph..."
(=
63
feet/second)
So the system
started
"seeing an
obstacle when
it was 63 x 6
= 378 feet
away... more
than a
football
field,
including end
zones!
"...As
the vehicle
and pedestrian
paths
converged, the
self-driving
system
software
classified the
pedestrian as
an unknown
object, as a
vehicle, and
then as a
bicycle with
varying
expectations
of future
travel
path..." (NTSB:
Please tell us
precisely when
it classified
this "object'
as a vehicle
and be
explicit about
the expected "future
travel
paths." Forget the path, please just tell us the precise
velocity
vector that
Uber's system
attached to
the "object",
then the
"vehicle".
Why didn't the
the Uber
system
instruct the
Volvo to begin
to slow down
(or speed up)
to avoid a
collision? If
these paths
(or velocity
vectors) were
not accurate,
then why
weren't they
accurate? Why
was the object
classified as
a
"Vehicle" ?? When did it finally classify the object as a "bicycle"?
Why did it
change
classifications?
How often was
the
classification
of this object
done. Please
divulge the
time and the
outcome of
each
classification
of this
object. In the tests that
Uber has done,
how often has
the system
mis-classified
an object as a
"pedestrian"when the object was
actually an
overpass, or
an overhead
sign or
overhead
branches/leaves
that the car
could safely
pass under, or
was nothing at
all??
(Basically,
what are the
false alarm
characteristics
of Uber's
Self-driving
sensor/software
system as a
function of
vehicle speed
and
time-of-day?)
"...At 1.3 seconds before impact, (impact speed was 39mph = 57.2 ft/sec) the self-driving system determined that an emergency braking maneuver was needed to mitigate a collision" (1.3 x 57.2 = 74.4 ft. which is about equal to the braking distance. So it still could have stopped short.
"...According to Uber,
emergency
braking
maneuvers are
not enabled
while the
vehicle is
under computer
control, to
reduce (eradicate??) the potential
for erratic
vehicle
behavior.
..." NTSB: Please describe/define potential and erratic vehicle
behavior Also
please uncover
and divulge
the design
& decision
process that
Uber went
through to
decide that
this risk
(disabling the
AEB) was worth
the reward of
eradicating "
"erratic vehicle behavior". This
is
fundamentally
BAD design.
If the Uber
system's false
alarm rate is
so large that
the best way
to deal with
false alarms
is to turn off
the AEB, then
the system
should never
have been
permitted on
public
roadways.
"...The vehicle operator
is relied on
to intervene
and take
action. " Wow! If Uber's
system
fundamentally
relies on a
human to
intervene,
then Uber is
nowhere near
creating a
Driverless
vehicle.
Without its
own Driverless
vehicle Uber
is past "Peak
valuation".
Video similar to part of Adam's Luncheon talk @ 2015 Florida Automated Vehicle Symposium on Dec 1. Hmmm ... Watch Video especially at the 13:12 mark. Compelling; especially after the 60 Minutes segment above! Also see his TipRanks. Alain
This list is
maintained by
Alain
Kornhauser
and hosted by
the Princeton
University
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