http://SmartDrivingCar.com/7.22-MovingOn-052519
22nd edition of the 7th
year of SmartDrivingCars
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
C. Gunther, May 24, "The
National Highway Traffic Safety
Administration is setting the
stage for addressing the safety
of self-driving cars: how to
regulate them and what
regulatory changes may be to
adequately assess their safety.
In a Federal
Register notice to be
published May 28, the
NHSTA points out as self-driving
cars could reduce the number of
vehicular crashes and injuries,
it plans to develop a new
"comprehensive strategy" to
update safety standards for
automated vehicles "while
addressing regulatory barriers
to the compliance verification
of these vehicles."... " Read
more Hmmmm... Read
the notice carefully!!!
This is important.
Unfortunately, NHTSA
continues to use the SAE
levels and doesn't properly
address Driverless, which
should be created as a new
mode and taken out of
NHTSA's domain with the
creation of a new Federal Driverless
Motor Vehicle Safety
Administration (FDMVSA)
focused on establishing FDMV
Safety Standards (FDMVSS)
focused on collision
avoidance as well as
collision mitigation, not
visa versa as is NHTSA's
heritage. This is
important!!! NHTSA has
enough to do in dealing with
vehicles with drivers in the
loop because the driver is a
major part of the problem.
Another entity should
regulate vehicles where that
part of the problem is
irrelevant. Alain
M. Cole, May 23, "Two agencies
within the U.S. Department of
Transportation are seeking
public input on removing
regulatory barriers to allow the
integration of autonomous
vehicles onto public roads. The
Federal Motor Carrier Safety
Administration and the National
Highway Traffic Safety
Administration announced
Wednesday they will publish
advance notices of proposed
rulemaking “to ensure that all
potential approaches are fully
considered” while moving forward
with autonomous vehicle
regulations.
FMCSA’s
notice will seek public
comment on questions
regarding several regulatory
areas to better understand how
changes to its rules can account
for differences between human
drivers and automated driving
systems (ADS). The agency says
the questions focus on
requirements of human drivers;
CDL endorsements; hours of
service rules; medical
qualifications; distracted
driving; safe driving;
inspection, repair and
maintenance; roadside
inspections; and cybersecurity.
“FMCSA is hoping to receive
feedback from commercial motor
vehicle stakeholders and the
motoring public on how the
agency should adapt its
regulations for the development
of increased automated driving
systems in large trucks and
buses,” said FMCSA Administrator
Ray Martinez. “We know that
while many of these technologies
are still in development, it is
critical that we carefully
examine how to make federal
rules keep up with this
advancing technology.”...
NHTSA
will seek comment on
identifying and addressing
regulatory barriers to the
deployment of ADS vehicles posed
by certain existing Federal
Motor Vehicle Safety Standards
(FMVSS).
...See above article... =The
agency also wants to hear from
the public on different
approaches that could be used to
measure compliance with the
FMVSS for vehicles without
conventional controls, including
steering wheels and brake
pedals...." Read
more Hmmmm... Read the
notices carefully!!! FMCSA's
and NHTSA's
This is important.! Alain
R. Mitchell, May 22, "Morgan Stanley stock analyst Adam Jonas told clients Wednesday that if Tesla’s troubles continue, it’s unlikely to be acquired by a tech company, an auto company, or someone from China. But it could end up merging with SpaceX, another Elon Musk company.
A recording of the 55-minute conference call with clients was leaked online. The meeting was held two days after Jonas, a longtime Tesla bull, put a “worst-case” price of $10 on Tesla stock, although he didn’t change his current $230 target price.
While the SpaceX option is “an admittedly fantasy case,” Jonas said it’s more likely than any established player buying the debt-ridden electric car maker.
Tesla is moving “from a growth
story to a distressed credit and
restructuring story,” Jonas
said.... But if demand doesn’t
pick up substantially and the
capital market for Tesla dries
up, the company will need to
pursue other options, Jonas
said.
That includes a possible
acquisition, but Jonas said it’s
unlikely. Tech companies such as
Apple are unlikely to be
interested, he said, to avoid
the financial risk of “being
involved in owning a business
where occasionally a car catches
on fire, takes down a building,
accidentally kills a pedestrian
or a passenger … the auto
industry has an ugly side to it,
the roads are very dangerous.”
Tech companies working on
driverless cars “realize that
the autonomous race is more of a
marathon” that might take 10 or
20 years for full deployment.
...
Auto companies probably would not want to take on Tesla’s substantial debt and infrastructure, Jonas said. With 49,000 employees, Tesla takes in $500,000 revenue per worker, Jonas said, while Ford and General Motors pull in $850,000 per worker. “They built this hulking infrastructure to support more like 1 million cars a year, not 350,000 cars year,” Jonas said. And most analysts don’t think Tesla will build that many cars in 2019.
The company’s $13 billion in
gross debt is the biggest
impediment, Jonas told his
clients. “If someone could get
access to Tesla’s assets and
have it with the right number of
employees and no debt, there is
asset value there,” he said. ... Chapter
11?... ...
A possible sale to Chinese investors is out, he said. Given the current trade war, passing U.S. government review at this time is would be impossible.
That leaves SpaceX, the private rocket company that Musk also founded. The latest public information available, from 2016, shows “Mr. Musk’s trust” owns 54% of the company, and has voting control of 78% of the stock.... " Read more Hmmmm... Wow!!! A space company bailing out a fundamentally terrestrial company. We have come a long way since Oct. 4, 1957, 7:28pm GMT. One view of how much we have spent is at http://stuffin.space/. And these are only the stuff still in orbit. A lot has decayed and de-orbited, including Sputnik 1. Who would have thought? Mow SpaceX puts 60 in orbit with one rocket. Alain
S. Szymkowski, May 24, "Cruise Automation is humming along as General Motors works to beat the industry to a proper commercial platform for self-driving cars. The latest bit of Cruise propaganda to show off how smart its cars are becoming focuses on unprotected left-hand turns. The maneuver is characterized by any time a driver needs to make a left as oncoming traffic flows and pedestrians cross in the path of turning vehicles. The kind of turn is even more difficult in metropolitan areas, like San Francisco where Cruise continues to test its technology....
“In an unpredictable driving
environment like San Francisco,
no two unprotected left-turns
are alike,” Kyle Vogt, the
company’s president and chief
technology officer, said in a
release. “By safely executing
1,400 [left turns] regularly, we
generate enough data for our
engineers to analyze and
incorporate learnings into code
they develop for other difficult
maneuvers.”... " Read
more Hmmmm... See video!! We can call it
propaganda or we can simply
be impressed by the fact
that it may just work.
1,400 left turns is
impressive; however,
every day there are about
800,000 car trips that
execute say and average of
2, 3 (?) unprotected left
turns per trip (pick a
number). That's > 1
million per day. Most, say
99% are trivial, but that
still leaves 10K that are
challenging, 99% of which
are no-problem. That still
leaves 100 per day that may
well be WTx? And that's on
a daily basis. However, we
are getting there and if we
go through those turns
without trying to power
slide through them, we
actually may be able to do
this. :-)
Alain
K. Lang, May 23, "General
Motors Co. is running into
opposition to its petition to
federal regulators for
permission to put up to 5,000
driverless cars — without
steering wheels or control
pedals — on public roads.
In comments submitted to
National Highway Traffic Safety
Administration, groups that
represent car dealers, insurers
and road safety advocates took
issue with the Detroit
carmaker's request to put 2,500
"driverless zero‐emission
autonomous" vehicles on the road
annually for a two-year period
beginning this year....
Thomas Karol, general counsel
for federal issues for the
National Association of Mutual
Insurance Companies, which
lobbies for property and
casualty insurance providers,
said NHTSA "... Read
more Hmmmm...
Shame on Insurance! Totally
self-serving. If you were a
true safety advocate, you'd
be lobbying on the other
side of the fence. What you
fear is that the carnage
that you currently insure
will disappear and you'll be
out of business. So UGLY.
Alain
C/ Linder, May 24, "Self-driving car startup Aurora Innovation is revving up against the competition. The Lawrenceville-based company announced this week it has acquired Blackmore, a Bozeman, Mont.-based firm that makes lidar — a sensor that helps the vehicles “see” — to shore up development of its own self-driving system.The deal makes Aurora the latest in the industry to bulk up its in-house computer vision tech. Other industry players, which in Pittsburgh include Uber, Aptiv and Argo AI, have been gobbling up lidar companies like wildfire....
Details of the financial transaction were not disclosed. As part of the deal, Aurora has opened a fourth engineering center in Bozeman, in addition to keeping offices in Pittsburgh, San Francisco and Palo Alto, Calif. Having in-house lidar, which is the most important sensor for self-driving computer vision, is far more cost-effective than relying on off-the-shelf units....
In October 2017, Argo
AI in the Strip District
acquired Princeton Lightwave,
a New Jersey-based lidar
company. The company’s
technology will aid Argo’s
virtual driving system,
increasing the accuracy of
object detection in unusual and
challenging circumstances caused
by poor weather.
...weather???... ..."
Read
more Hmmmm... See video. Interesting and in
line with the discussions
during Workshop 7 of the 3rd
Princeton SDC Summit.
Congratulations Steve
Crouch! Alain
J. Stoll, May 24, "Here’s what
we know about autonomous
vehicles: They’ll be safer and
smarter than the cars parked in
our driveways today. Anyone who
speculates beyond that is just,
well, speculating. It wasn’t
long ago that a top automotive
supplier was talking about
providing fully driverless
systems for production vehicles
by 2019. Uber thought it would
have 75,000 autonomous vehicles
operating by this year. Elon
Musk pointed in to a similar
horizon in 2014 when a group of
Journal editors and reporters
asked him when he thought an
entirely autonomous Tesla would
hit the road.
If building a robocar were
simply about figuring out how to
best arrange a box of
sophisticated parts, these
predictions may have come true.
Most of the necessary
components—sensors, cameras,
chips, those bulky lidar units
that sit on top of the car—have
been around for awhile. Any car
maker or parts supplier worth
its salt could figure out how to
gin up a remote-control SUV.
But it takes gobs of engineers,
data, software, patience and
cash to teach that 4,000-pound
vehicle to think for itself..."
Read
more Hmmmm...
Yup!!! But the value to
society that can be
delivered has NOT
dissipated. It is just
going to take blood, sweat,
tears and money, not lipstick
to accomplish it. Silicon
Valley and Wall Street are
going to need to earn this
one. Alain
K. Barry, May 22, "Tesla added
the lane-changing update to its
Navigate on Autopilot feature
last month as part of a promised
upgrade to the package of driver
assist features. We first
reviewed Navigate on Autopilot
in November and found it
technologically impressive. But
we also raised concerns about
its performance in heavy
traffic.
To enable the new feature, a
driver must first change the
system's settings, essentially
giving the car permission to
change lanes on its own. The
driver can cancel an automated
lane change that’s in progress
at any time by using the
turn-signal stalk, braking, or
holding the steering wheel in
place. .Excellent...
In practice, we found that the
new Navigate on Autopilot
lane-changing feature lagged far
behind a human driver’s skills. ...Not at
all surprising for most
"driver's skills", for which
there is a wide distribution
of capabilities... The
feature cut off cars without
leaving enough space, and even
passed other cars in ways that
violate state laws ... As is
done regularly by many/most
human drivers... ,
according to several law
enforcement representatives CR
interviewed for this report. As
a result, the driver often had
to prevent the system from
making poor decisions.
“The system’s role should be to
help the driver, but the way
this technology is deployed,
it’s the other way around,” says
Jake Fisher, Consumer Reports’
senior director of auto testing.
“It’s incredibly nearsighted. It
doesn’t appear to react to brake
lights or turn signals, it can’t
anticipate what other drivers
will do, and as a result, you
constantly have to be one step
ahead of it.”...All
true. The system needs to
be better ...
"“In essence, the system does
the easy stuff, but the human
needs to intervene when things
get more complicated,” Fisher
says. ...At
least it does something .
...“Tesla is showing what not
to do on the path toward
self-driving cars: release
increasingly automated driving
systems that aren’t vetted
properly,” he says. “Before
selling these systems,
automakers should be required to
give the public validated
evidence of that system’s
safety—backed by rigorous
simulations, track testing, and
the use of safety drivers in
real-world conditions.” ... ...I hate
to be supporting Tesla, but
there is no evidence that
Tesla hasn't done what is
suggested here and is now at
the next stage...
Autopilot has been engaged
during at least three fatal
crashes in the U.S., according
to the National Transportation
Safety Board. The latest one
occurred in March, when the
driver of a Tesla Model 3 was
killed after the vehicle struck
the side of a semitrailer in
Florida. The driver turned
Autopilot on 10 seconds before
the collision, according to the
NTSB’s preliminary findings
released last week. "..." Read
more Hmmmm...
With all of its wisdom, CR
fails to call out the
Automated Emergency Braking
(AEB) system as the system
of failure in Teslas and
essentially all other cars
on the road. When is CR
going to call out the real
nemesis here? Alain
May 2019, "Mission
accomplished. When UK
Autodrive got underway in
October 2015, it was the largest
trial of connected and
self-driving vehicles ever to
have taken place in the UK. Back
then, the concept of autonomous
cars would still have struck
many people as the stuff of
science fiction. And yet, in the
space of just three years, we
have gone from concept to
reality – delivering on our
promise to trial fully connected
and self-driving vehicles on UK
streets...." Read
more Hmmmm... For
what it is, this is
a good report;
however, it
seems more like GW's
Mission Accomplished.
Yes, progress has been made,
but if the objective was
"connected", that hasn't
progressed, and if it was
"self-driving", then what
has been accomplished isn't
much more than what Tesla
and GM/CT6 sell today.
Driverless in everyday
conventional situations is
as GW's
Mission Accomplished.
Yes there has been
enormous progress, but
we are still at the "Gentlemen, start your
engines", if we're
even at the start line
of actually providing
mobility to anyone, let
alone the people whose
quality of life could be
most enhanced. (to
which there is no
mention in this report
(or if it is, I missed
it. Please let me know
so that I can correct
this post.) Alain
I. Boudway, May 21, "The United States Postal Service is going to put mail on self-driving trucks. Starting on Tuesday morning, letters and packages moving between Phoenix and Dallas will travel on customized Peterbilt trucks run by TuSimple, an autonomous startup based in San Diego. There will be five round trips between the two cites, with the first haul leaving from Phoenix this morning. It’s the first time that the Postal Service has contracted with an autonomous provider for long-haul service...
For now, however,
TuSimple will have a safety
driver behind the wheel
for the 1,000-mile trip between
Phoenix and Dallas, as well
as an engineer in the
passenger seat monitoring the
autonomous systems. In the
future, the startup aims
to provide “depot-to-depot”
service without drivers. (Alain added
Bold) ..." Read
more Hmmmm... Another
conception, but we need to
get to an actual live
birth. Pay attention to the
bold print before
you get too excited. At
least this is termed
"Self-driving" and not
"Driverless". It is
actually "worse" than
self-driving in that there
is " as
well as an engineer in the
passenger seat "
. I hope that the
"engineer" can also serve as
a tandem driver to get
around hours
of service rules.
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 26, F. Fishkin,
"GM's
Cruise gets ready to take on
Google's Waymo and its new
partnership Lyft. Meanwhile
Uber's IPO stalls and Tesla
restructures its autopilot team.
Join Princeton's Alain
Kornhauser and co-host Fred
Fishkin for that and more on the
coming week's Smart Driving Car
Summit."
April 26, F. Fishkin, "VW unveils an Inclusive Mobility Initiative to help make future transportation better for all...a major theme of the upcoming Smart Driving Car Summit at Princeton. The University's Alain Kornhauser and co-host Fred Fishkin tackle that...plus the latest of Uber, Tesla and more in Episode 102 of the Smart Driving Cars podcast!"
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. 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...
T. Lee. April 24, "There's an old joke in the software engineering world, sometimes attributed to Tom Cargill of Bell Labs: "the first 90 percent of the code accounts for the first 90 percent of the development time. The remaining 10 percent of the code accounts for the other 90 percent of the development time."...
You can think of self-driving
car development as occurring in
two stages. Stage one is focused
on developing a static
understanding of the world.
Where is the road? Where are
other cars? Are there any
pedestrians or bicycles nearby?
What are the traffic laws in
this particular area?
Once software has mastered this
part of the self-driving task,
it should be able to drive
flawlessly between any two
points on empty roads—and it
should mostly be able to avoid
running into things even on
crowded roads. This is the level
of autonomy Musk has dubbed
"feature complete." Waymo
achieved this level of autonomy
around 2015, while Tesla is
aiming to reach it later this
year....
In this second stage, a company also needs to handle a "long tail" of increasingly unusual situations: ...Waymo has spent the last three years in the second stage...
Tesla says that's a 21-fold
improvement over the Nvidia
chips the company was using
before. Of course, Nvidia has
produced newer chips since 2016,
but Tesla says that its chips
are more powerful than even
Nvidia's current Drive Xavier
chip—144 TOPS compared to 21
TOPS.
But Nvidia argues that's not a
fair comparison. The company
says its Xavier chip delivers 30
TOPS, not 21. More importantly,
Nvidia says it typically
packages the Xavier on a chip
with a powerful GPU chip,
yielding 160 TOPS of computing
power. And like Tesla, Nvidia
packages these systems in pairs
for redundancy, producing an
overall system with 320 TOPS of
computing power.... Regardless,
both companies are working on
next-generation designs, so any
advantage either company
achieves is likely to be
fleeting....", Read
more Hmmmm... An
absolute MUST read. Alain
J. Torchinsky, April 11, "For the first time ever, yesterday, SpaceX managed to land and recover all three of the Block 5 Falcon 9 rocket boosters that, when combined, form the Falcon Heavy launch vehicle. While the idea of vertically landing a rocket after launch for re-use has been around a while, SpaceX was the first to actually do it, and this triple-landing, part of the Arabsat-6A launch, is the first time three boosters from one launch have been recovered...." Read more Hmmmm... If you weren't watching live, then you must watch the video. 2 side landing @ T+7:30+ (also), center@ T+9:40+ See this aerial picture. See also [log in to unmask]" alt="" class="" width="59" height="17" border="0"> SpaceX Falcon Heavy Sticks Triple Rocket Landing with 1st Commercial Launch.
In the 70's, after putting a man on the moon, we felt empowered that technologically, everything was possible! However, going 3for3 on bull's eye landings on earth is totally mind boggling. Technologically, I'm fully confident we soon can have aTaxis serving the mobility disadvantaged throughout our communitie. But, do we have the the societal/political will to risk even trying. There simply may be too many gatekeepers of the status quo. Alain
M. Daus, Esq, April 1, "Over the weekend, the New York State legislature agreed to pass congestion pricing legislation as part of Governor Andrew Cuomo’s budget bill for FY 2020. The legislation was finalized in the early hours today, and the Governor is expected to sign the bill into law immediately. The toll is intended to reduce traffic congestion while raising $15 billion between 2020 and 2024 to fix NYC subways and commuter rails. Starting no sooner than December 31, 2020, motorists will be charged a toll to drive into Manhattan south of 60th street, excluding the FDR Drive and the West Side highway....
Only two categories of vehicles are specifically exempt from the law: emergency vehicles and qualifying vehicles transporting a person with disabilities. The law does not specify what qualifies as a “vehicle transporting a person with disability,” leaving any such determinations to the TBTA. A recent Bloomberg article discusses exemptions for people with disabilities (click here to review full article)..." Read more Hmmmm... Congratulations NYC!!! I've never understood why this isn't called "Value Pricing". Was it the SAE??? or is it just that I don't seem to ever like the semantics used by others? This has been a long time coming and is a tribute to William Vickery, the Canadian-born Columbia University Professor of Economics and Nobel Laureate who tragically passed away shortly after being announced as the winner of the 1996 award in Economics. AlainA. 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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