Scanning Lidar will work. Map it first and run some ICP algorithms. Basically you have a GPS pose and a ICP Lidar corrected pose. Highly accurate if you can map the dock well enough.
If all basic needs can be handled by redistribution of wealth I don't think we will have a problem. Considering that most American tax burdens are far less than the cost of the government services and handouts they consume we only have to head farther in the direction we are inevitable going to make things better. As long as technology can keep up with that pace America should be fine. Robotics can only make socialism better and considering top presidential candidates on both sides are extremely progressive I think Robotics are necessary for our survival.
I just can't buy this fantasy of the doom and gloom caused by a supply glut due to robotics and insufficient demand caused by the lack of jobs. Our government simply won't allow that.
The rules are clear, but you have to practically be a pilot to know them. That's because the regulations require you to know what class G airspace is. It's also why commercially you need a pilots certificates to qualify for an exemption. Private pilots are required to know and follow all those same rules without any oversight because they are "hobbiests". That will probably change.
It's not about actually attacking the US. It's about perpetuating the propaganda. Our media hypes the threat for him. All he has to do is the NK version of shouting "ooga booga" and we all jump. I'm not saying there isn't a credible threat here, but it actually benefits NK to keep us all wondering. they can spin the hell out of it to their citizens.
You know how many times I've seen EEs blow up hardware hooking things up backwards?
In the software world I see EEs cast datatypes every which way breaking the type safety. EEs that I know just don't understand that people will try to hook things up backwards and they should be protected from it. Compiler protect us when we aren't abusing the type system.
We mix up type C connectors all the time now, so clearly the type safety is broken. We casted it into a host connector.
All you need to know if that there is no way for all the machines on the bitcoin network to know when one event happens before another. This is important for financial transactions. The block cipher is a proof of work function which takes some effort to compute. Since this takes a predictable amount of time to compute it can be used to establish a sense of global time and order events. It doesn't always work right away, but eventually if someone tries to double spend a bitcoin one transaction will win out. This establish the trust necessary for bitcoin to work.
The problem is bitcoin can potentially be manipulated if you get a little bit less than 1/2 of the total network computational capacity.
I have been looking at the proof of work functions that are memory hard proof of work functions because they are more expensive financially to compute. There are tons of ASICs computing those hashes right now used in bitcoin which are far cheaper than any PC, but memory in an ASIC is always expensive. You get less of an advantage.
I think momentum proof of work function has potential, but I haven't seen any crypto-currencies use it yet. Let me know if you find one.
There definitely is a potential for safer currencies than bitcoin
They are talking about taking a container which is commonly used for implementing the 'cloud' buzzword and using it to implement the 'IoT' buzzword. Someone pointed out that 'things' generally are a lot more resource constrained than servers, so they've slimmed down their 644MB container to 29MB. Good luck fitting that into the 128kB of flash in the typical microcontroller running your consumer electronics.
It's best not to mix everything together in your head until it all becomes the same thing.
Containers are great for servers. Even if you ran a container on an embedded device, it would need to run Linux. That's probably not happening on the microcontroller you describe.
More importantly theres almost 0 incentive to run Docker on an embedded device simply because theres very few applications which require that kind of isolation on an embedded device.
About the only device I've seen with a justified reason to use Docker are NAS devices, which are basically mini servers now.
Even if you know Docker, fewer people actually think about the implications size have on cloud compute systems.
For example Amazon EC2 Container Registry(ECR) gives 500MB for the free tier and it's relatively cheap to store large container images. Most cloud services store these local registries in their network, so you don't incur bandwidth charges from external registries. Also it should start faster and is likely more reliable, but those are just bonuses.
It's true that a small image will start faster, but thats usually not a good enough incentive to really sway anyone one way or the other.
Local bandwidth within a cloud service provider rarely incurs any charges, so really there is little incentive to making it smaller from the bandwidth perspective.
The problem is that each container takes some memory footprint. Theres usually two ways that footprint size is bad. Some cloud services simply limit the max footprint size that can be deployed. Services like AWS make you manage the AWS instances that will run your container and you get charged AWS instance hours. If you have to start up huge memory instances to run your large containers you will pay more.
It's all about understanding your computation and memory requirements. Often times your containers are simply sitting their idle doing nothing, but you will always be using the memory, so memory is an important thing to optimize.
There was literally something on some TV news program yesterday about how easy it is to set up shell companies in the US for the purposes of money laundering. It was hilarious how many lawyers were busted telling the undercover reporter how to do it. Only one lawyer they interviewed said no.
How the hell do they think this can be deanonymize crypto currencies when they can't even keep people from setting up anonymous businesses?
Just because mechanical engineers aren't real scientist doesn't mean they aren't nerds. We got to throw them a bone every once in a while. Clearly mechanical doping is for them.
Leave it to a hardware manufactured to make their system unsecurable. Designing it with a little processor and shipping them with a cryptographic key would have probably cost less than the amount of money they are losing to counterfeits. Hindsight is 20/20.
I think it's fair to say that KDE maintainers for all distributions have significantly larger backlogs of software that needs to be packaged than gnome developers do. When users aren't using latest stable versions of packages it's really not good for a software community. For example you might have users experiencing issues that are already fixed upstream.
Slashdot Mirror
The target application is clearly breast implants. It certainly will give a whole new meaning to it's feeling a bit nipply out there.
The Pyramids of Giza are like 4.5k years old. With some tech we should be able to make tens of thousands of years.
You got it wrong. Democrats are the ones creating jobs to fix their mistakes.
Scanning Lidar will work. Map it first and run some ICP algorithms. Basically you have a GPS pose and a ICP Lidar corrected pose. Highly accurate if you can map the dock well enough.
If all basic needs can be handled by redistribution of wealth I don't think we will have a problem. Considering that most American tax burdens are far less than the cost of the government services and handouts they consume we only have to head farther in the direction we are inevitable going to make things better. As long as technology can keep up with that pace America should be fine. Robotics can only make socialism better and considering top presidential candidates on both sides are extremely progressive I think Robotics are necessary for our survival.
I just can't buy this fantasy of the doom and gloom caused by a supply glut due to robotics and insufficient demand caused by the lack of jobs. Our government simply won't allow that.
No CEO is worth double digit millions of dollars while laying off thousands of employees at the same time to "cut operating costs".
If it means more money for the shareholders than he's worth the salary.
Sorry. His job is not to optimize the number of jobs, but to optimize profits. Robotics tend to help with that.
I'm fairly certain that the AI thinks 1/2 of all people are hookers.
The rules are clear, but you have to practically be a pilot to know them. That's because the regulations require you to know what class G airspace is. It's also why commercially you need a pilots certificates to qualify for an exemption. Private pilots are required to know and follow all those same rules without any oversight because they are "hobbiests". That will probably change.
Dude, don't lump me in with him. I think most of us Americans know what suss out means.
So in summary psychos play video games. Video games don't make you psycho.
It's not about actually attacking the US. It's about perpetuating the propaganda. Our media hypes the threat for him. All he has to do is the NK version of shouting "ooga booga" and we all jump. I'm not saying there isn't a credible threat here, but it actually benefits NK to keep us all wondering. they can spin the hell out of it to their citizens.
You know how many times I've seen EEs blow up hardware hooking things up backwards?
In the software world I see EEs cast datatypes every which way breaking the type safety. EEs that I know just don't understand that people will try to hook things up backwards and they should be protected from it. Compiler protect us when we aren't abusing the type system.
We mix up type C connectors all the time now, so clearly the type safety is broken. We casted it into a host connector.
All you need to know if that there is no way for all the machines on the bitcoin network to know when one event happens before another. This is important for financial transactions. The block cipher is a proof of work function which takes some effort to compute. Since this takes a predictable amount of time to compute it can be used to establish a sense of global time and order events. It doesn't always work right away, but eventually if someone tries to double spend a bitcoin one transaction will win out. This establish the trust necessary for bitcoin to work.
The problem is bitcoin can potentially be manipulated if you get a little bit less than 1/2 of the total network computational capacity.
I have been looking at the proof of work functions that are memory hard proof of work functions because they are more expensive financially to compute. There are tons of ASICs computing those hashes right now used in bitcoin which are far cheaper than any PC, but memory in an ASIC is always expensive. You get less of an advantage.
I think momentum proof of work function has potential, but I haven't seen any crypto-currencies use it yet. Let me know if you find one.
There definitely is a potential for safer currencies than bitcoin
a dynamic economy with plenty of jobs and investment
Can I find a decent software engineering job there?
They are talking about taking a container which is commonly used for implementing the 'cloud' buzzword and using it to implement the 'IoT' buzzword. Someone pointed out that 'things' generally are a lot more resource constrained than servers, so they've slimmed down their 644MB container to 29MB. Good luck fitting that into the 128kB of flash in the typical microcontroller running your consumer electronics.
It's best not to mix everything together in your head until it all becomes the same thing.
Containers are great for servers.
Even if you ran a container on an embedded device, it would need to run Linux.
That's probably not happening on the microcontroller you describe.
More importantly theres almost 0 incentive to run Docker on an embedded device simply because theres very few applications which require that kind of isolation on an embedded device.
About the only device I've seen with a justified reason to use Docker are NAS devices, which are basically mini servers now.
Even if you know Docker, fewer people actually think about the implications size have on cloud compute systems.
For example Amazon EC2 Container Registry(ECR) gives 500MB for the free tier and it's relatively cheap to store large container images. Most cloud services store these local registries in their network, so you don't incur bandwidth charges from external registries. Also it should start faster and is likely more reliable, but those are just bonuses.
It's true that a small image will start faster, but thats usually not a good enough incentive to really sway anyone one way or the other.
Local bandwidth within a cloud service provider rarely incurs any charges, so really there is little incentive to making it smaller from the bandwidth perspective.
The problem is that each container takes some memory footprint. Theres usually two ways that footprint size is bad. Some cloud services simply limit the max footprint size that can be deployed. Services like AWS make you manage the AWS instances that will run your container and you get charged AWS instance hours. If you have to start up huge memory instances to run your large containers you will pay more.
It's all about understanding your computation and memory requirements. Often times your containers are simply sitting their idle doing nothing, but you will always be using the memory, so memory is an important thing to optimize.
"Unlimited" does have a very specific meaning, and in this case it means unlimited pornography, not unlimited steganography.
Fixed it for ya.
As a opposed to figuratively yesterday.
There was literally something on some TV news program yesterday about how easy it is to set up shell companies in the US for the purposes of money laundering. It was hilarious how many lawyers were busted telling the undercover reporter how to do it. Only one lawyer they interviewed said no.
How the hell do they think this can be deanonymize crypto currencies when they can't even keep people from setting up anonymous businesses?
I fear for slashdot when posts like that get modded up.
Oh yeah I did it.
Just because mechanical engineers aren't real scientist doesn't mean they aren't nerds. We got to throw them a bone every once in a while. Clearly mechanical doping is for them.
Leave it to a hardware manufactured to make their system unsecurable. Designing it with a little processor and shipping them with a cryptographic key would have probably cost less than the amount of money they are losing to counterfeits. Hindsight is 20/20.
I think it's fair to say that KDE maintainers for all distributions have significantly larger backlogs of software that needs to be packaged than gnome developers do. When users aren't using latest stable versions of packages it's really not good for a software community. For example you might have users experiencing issues that are already fixed upstream.
The problem is google will auto translate it whether you want it to or not.
Researchers don't need SSN for patient. Just assign each patient a number and refer to them that way.
The CS professional should have sanitized the data before releasing it.