>in this instance the robot supervisor believed they were being waved through.
>In the video, someone standing near the tape raises it for the robot to go under.
so the robot was being operated by a human, and the human operator was following the instructions of the authorities on scene. it's a fun headline, but a pretty boring story
In the video it looks like the person raising the tape is from a tv camera crew. None of the authorities seem to even notice the robot until it is directly at their feet.
Is there some kind of badge or special section in the site that tells me which pieces are misleading wastes of my time for their profit and which aren't? If not, why wouldn't I use this piece to predict what I can expect from them in the future?
How could it be economical to be employing someone to remote control the robot? Surely it would be much cheaper to just have a regular guy on a moped in that case? Unless the human operator is monitoring multiple robots which are semi-autonomous, with the human operator only taking direct control if a robot gets stuck.
Yes the part at the end is the case. Furthermore, the human operators are a “crutch” necessary to develop full autonomy. The alternative is to send someone out to retrieve the robot if it gets stuck (which will continue to for years as the technology is refined)
> Surely it would be much cheaper to just have a regular guy on a moped in that case?
There are two reasons why it makes sense economically:
- to deliver by moped you need to live in a reasonable commuting distance to the place where you are delivering. The robot driver can operate from a much lower cost of living area, or even a different lower cost country.
- even if you don’t do that and your drivers all operate from a high cost of living area the idea is that your software engineers will keep updating the software and you need less and less human supervision.
The first day maybe all your robots are remotely operated 100%. A month later you have a model to drive the robots automatically on the simple straight bits. What you can do then is to have a driver operate maybe two robots. When one finishes with the simple task it can do on its own it waits for the operator.
The more fully autonomous you can make the software the more robots a single operator can operate at a time, and the beter your margins will ve. This way your level of autonomy is not a binary perfect or nothing proposition but a sliding scale where as you get better you earn more money.
don't forget the third reason robots are more economically viable: it's easier to get a VC to give you money if your pitch deck includes terms like robots, AI, and level-4 automation.
if you're just hiring scooter drivers, you're going to have to make money the old-fashioned way
The humans also don't have to be local. Seems like a clever way to avoid paying HCOL minimum wage and benefits. Instead of paying someone in LA $15/hr, have some kid in Venezuela do it for $50/month. Latency shouldn't be unmanageable.
Other commenters have covered some economical reasons, but it is also an opportunity to provide for work for disabled people like in the ‘Dawn Avatar Robot Cafe’ in Tokyo where the robots function as waiters.
21 comments
[ 3.0 ms ] story [ 34.6 ms ] threadPerhaps ML can read these scenarios better than humans.
EDIT: to keep the HN value high here's a link to a case where ML does better than humans in reading the scenario - lung cancer detection in xrays.
https://www.medicalnewstoday.com/articles/325223
>In the video, someone standing near the tape raises it for the robot to go under.
so the robot was being operated by a human, and the human operator was following the instructions of the authorities on scene. it's a fun headline, but a pretty boring story
There are two reasons why it makes sense economically:
- to deliver by moped you need to live in a reasonable commuting distance to the place where you are delivering. The robot driver can operate from a much lower cost of living area, or even a different lower cost country.
- even if you don’t do that and your drivers all operate from a high cost of living area the idea is that your software engineers will keep updating the software and you need less and less human supervision.
The first day maybe all your robots are remotely operated 100%. A month later you have a model to drive the robots automatically on the simple straight bits. What you can do then is to have a driver operate maybe two robots. When one finishes with the simple task it can do on its own it waits for the operator.
The more fully autonomous you can make the software the more robots a single operator can operate at a time, and the beter your margins will ve. This way your level of autonomy is not a binary perfect or nothing proposition but a sliding scale where as you get better you earn more money.
if you're just hiring scooter drivers, you're going to have to make money the old-fashioned way