When eyes would be replaced with cameras

When eyes would be replaced with cameras

If we wish to make a camera, which is connected to human brains, we don't need to make many complicated surgeries. The idea is that the neural impulse would be taken to the sight center of the human brains by using an external device. The system contains the electrodes, which would stimulate the brain core in the point, where the sight centers are. And this kind of system can installed on the helmets, what might look like devices, what bicyclists use every day.

But of course, we could implant microchips into the skull. That means that those microchips, what helps a person to get the more clear vision of the things, what are around that individual. Those microchips can use similar electric technology, which is used in pacemakers. If we would not want to use plutonium batteries, we could create a system, which is similar to the wireless loaders of the mobile telephones.

That wireless loading system might be the same, which is used with mobile telephones, and the user can simply put it under the cushion. But in some imaginational versions of those systems, they could take electricity from the nervous system, and that means those microchips can be extremely small. But let's think about the problems of those microchips.

When we are thinking about the microchip, what mission is to give impulses to the vision center of the human brains we must realize that this system would operate by using BlueTooth, what means that the user can use normal action cameras with those devices. And the problem is if the person would work in the high-power magnetic field.

The thing, that solves that problem is the helmet, or "folio hat", which makes the faraday cage around that system, and the thing is that in those kinds of cases those persons must only put the cap on their head, where is the electrode in the right points. In that case, the data transmission would be done by using the device, which is installed on that hat.

If we are thinking about the systems like microchips, what is controlled by using brain waves, we must realize that we would install the electrodes of the entire EEG-system fixed on the skull, and that system can simply be connected to a portable device. Those devices could be mobile telephones, what have modified programs, what mission is to operate as the decoders, what transfer the electric actions of the brain core to the movement of robots. And they can be connected to thigs like exoskeletons, what mission is to give the paralyzed person able to move.

But those systems can also move the single prosthesis. That kind of prosthesis can just put in the place and remove like some kind of sleeve. And they would transmit the senses what are created by piezoelectric crystals or some other type of pressure and heat sensors wirelessly to the brain core.

In those cases person who would use "auxiliary hand" must not be handicapped. In many cases, people like technicians feel that they should have the third arm. And in this case, the helmet based system can communicate with that extra arm, where can be the sense of touch, but that thing might have also the extra camera, what mission is to be the extra eye to the user of that system.

The same systems can be used for scientific and military purposes.

The same systems can be used for scientific and military purposes.

If we think the system, what uses artificial intelligence for detecting animals and sending that data to the command center to another side of the Earth, we are forgetting that to the same system can input the data of the enemy ground vehicles, and the artificial intelligence can separate single vehicles from each other is a similar process than separating rhinos from each other.

The system can use seismic, image-based or acoustic systems to detect the similarities of the voices or other marks of animals. Originally those programs were created for police and submarine use for separating person or submarine from others. And that system can also separate other sounds like voices of animals or engines.

The problem with scientific instruments is that those devices are sometimes double-use solutions, which can be used for animal calculations but as well as observing enemy movements in some areas. There are limitations to exporting those systems, and selling them in some conflict areas is strictly prohibited.

One of the key things sets some challenges to use those systems in scientific purposes like animal observation because those very advanced systems allow us to use them also for military actions, like locating the enemy troops. The modern systems would communicate with the operator through the Internet and the satellite data-transmitters could allow them to operate far away from civilizes world, and the solar panels or some other green energy source can give them very good independence in their operations.

The systems might be quadcopters, what are using lightweight solar panels and why not fuel cells, what can use propane for giving energy to their sensors. Those remote-operated systems can travel from a place to another by using GPS navigation. And the operator can just give two points, and those sensors will travel from point A to point B. Or when those sensors would not need anymore, they can fly in the hovering helicopter VTOL (Vertical Take-Off and Land) aircraft.

When that kind of system would deliver to some Third World nation, that could allow third-party persons to research those systems and copy them to their use. The thing is that the systems would need only communication satellites, that they can be operated from another side of Earth. This kind of technology is giving very many opportunities for many kinds of operators from the scientific and military world.

The multipurpose systems would be operated by using virtual interfaces, which makes easy to hide their command systems. The virtual user interface is the homepage, where that system would share data from its cameras and other devices. These kinds of things are used in normal surveillance cameras, so they can be connected to the drones by using similar connections with data and interface, and the system can be operated on the Intranet, what is similar with some open-source educational platform, where can be shared images and control devices like surveillance cameras.

So those systems and user interfaces are platform free, and they can be used by every device, which has access to the internet. This thing would interest many kinds of users. And when we are thinking about the double usage, those systems can detect as well as animals and recognize them by sound or profile. The data of enemy terrain vehicles can input to the same system, which mission is to detect rhinos, as I have written at the beginning of the text. And that thing would operate at the same time for both purposes.

How artificial intelligence can help to research the ultimate objects at the universe.

How artificial intelligence can help to research the ultimate objects at the universe.

The thing is that artificial intelligence is an ultimate tool for many things, and one is to search the extreme objects of the universe. When we are thinking about this system, where algorithms are looking for things from the giant black holes and distant planets. The algorithm can follow every change, what happens in the extreme targets, and even the man would not notice something, the algorithm can search and report the smallest changes of the symmetry of the object, and also the minimum changes in brightness and the form of an object can be reported.

This makes artificial intelligence so powerful tool in the cases, where it must find something, what is very small and that thing would let researchers make other things, then keep some statistics about changes of the brightness or the direction of the eruption or jettisons. The system can register those changes, which might be only the one-tenth part of degrees. And that thing would give very interesting data about how black holes are acting together, and what kind of influence they have to each other.

But artificial intelligence can do many other things and the thing to separate even the smallest details would make it the ultimate tool for the people, who are promoting the rock concerts and another kind of happenings. The artificial intelligence can, of course, locate the dangerous persons from the audience. 

That happens by storing every detail of the person behavior, who have acted dangerously, and the idea is that artificial intelligence can compare the gesture of the people to the gesture, what is found from the database. And the idea is that the things can be stuck to before somebody goes too far. But artificial intelligence can also mark persons, who seem nervous and bring those situations to the screen of the observers.

But artificial intelligence can also search the faces of the people, and see are they really glad. And that thing tells if people are enjoying the show. That system can also search for people, who seem unhappy because those people might have serious reasons for that kind of behavior. Also, the system can search for things like different clothes from the audience. If some person would be dressed to suit and slips in a rock concert, that thing can be very interesting. 

Artificial intelligence can also locate vests of a motorcycle gang, and it can locate people, who are talking with that kind of people. But the thing is that the system can work many ways sophisticated than some analog system. That means that the system might keep a couple of seconds pause, even if the personnel is just watching real-time camera images without the need to record those things.

That means that if somebody punches other persons, or in the worst case the bomb is exploding, the system can notice the details, that something happens. Then it can save the record of the case to a special file, and send it straight to police. It can also locate the exploded bag or the person, who has put the hand to fist.

And it would locate every slap, and thing what people are doing. It can also locate persons, who might have drugs in blood, and also cases where somebody is throwing drinks to other people. The system is that artificial intelligence notices if something flies in the air, and then the system would target cameras to that point.

The invention of Walt Disney

The invention of Walt Disney


A camera where the image layers are moving but the camera is stable 

When we are thinking about one of the most important things in the history of the animation, we might think the MultiPlane camera, what action you might see in the film, what is below this text. The MultiPlane camera is a very useful tool for animators, but the same system can be used in the many other targets, there is a need to prove does the object move or not.

In those cases, the layers just turn away from the lens of the camera, and if the pictures are taken straight in the same spot using the same angle the system can cover if the target is moving. There is, of course, many other ways to use this instrument, and the idea of this thing is that the layer of the system is moving, and the camera, what is used stays in the stable place.

One of the greatest things, what is invented for the camera, or series of cameras, which takes the many photos at the same moment, and that allowed to create the most elegant animations in the world. One version of that system is called the rapatronic cameras, where multiple cameras are put around the object, and they would take images at the same time.

The film about the MultiPlane camera

https://www.youtube.com/watch?v=kN-eCBAOw60

Rapatronic (Rapid Action Electrics) cameras by EG&G (Edgerton, Germeshausen, and Grier) 

That system was used to create the films of very fast objects, and it was used to make the atom bomb films. The idea of that super fast camera was to use multiple single shot cameras, what is put in the electric wire, and then the cameras would launch one by one.

And the time what the electricity would take to travel between those cameras would create the ability to make films of the very fast actions like explosions. Those cameras were equipped with magneto-optics shutter, which operates in ten nanoseconds. The idea was that the hole was in the middle of the plate, what slides towards the film by pulling the magnet, and that allows very fast movement.

The film about the Rapatronic cameras

https://www.youtube.com/watch?v=vluzeaVvpU0

Digitalization was the revolution

When we are thinking about the digitalization, we must understand that the modern digital versions of this kind of systems would allow creating very sharp films about similar actions, what was made by using those single shot cameras. That system bases the rotating shutter, which allows creating films about fast objects like flying bullets.

But there is a possibility to use that system of analogical cameras in another way, and that just takes multiple still photos from the different angles of the targeted person, and those images have seen, what the person really makes. There is another way to use the frames, what the cameras have taken, and that thing is that there could be multiple cameras in the different locations, but in the same angle to the places like service desks.

Are two persons actually the same inmate or not?

That information can be used to compile the faces of people together. In the analogical version, the images or negatives would put one on the other, and that thing would uncover if the person is the same. And then the police can just ask the papers from that person. If the person is the same but uses the different name in the location A than in location B, that would tell that the person has something to hide. Or those persons are the identical twins.

That kind of method is very effective in the modern days and the multiple sensors, what are connected to the Internet would send data about people more effective way than those primitive systems. The scanners what we cannot even notice can be read by using mobile telephones, or by using the safety gates of the supermarkets. Those systems can tell if the targeted person carries more than one person's ID cards in the pocket, and they can also tell the system, that if the second ID card would belong to somebody else than the underage family member.

Artificial intelligence-based solutions?

So by connecting this system to modern artificial intelligence, the computer can notice, if somebody is nervous, or the movements of the hands would be faster than usual or some kind of fidget. This thing would uncover if the person has a mental disorder or something like that. Also, the system can follow, if the person would go in the subway with the bag, but leaves the area without that thing. As we see, artificial intelligence can make many more things, the system can follow people, and see if some person returns after hours.

This means that the surveillance missions of the police would transfer to the artificial intelligence-controlled systems, what can collect data from different places and sources, and make the profile about the targeted persons. If the targeted person would walk outside from the house by carrying the bag, and then move behind some house. If the person would not go inside the house, or there are no trashcans, and the bag is new, would that tell that the bag is given to some other person. Also, things like brand new baggage what just disappears would be suspicious in the eyes of the officials.

Artificial intelligence can also operate as the lie detectors

Artificial intelligence can also operate as the lie detectors

https://controllingsociety.blogspot.com/

Artificial intelligence can also operate as the lie detectors

Why we should hire humans? The human is the only creature, what can have a way to think abstraction, which means that we can create and model things in our mind. Sometimes we are thinking that we would see things like somebody's mental condition and gesture, and we can infer if somebody is telling lies, but the computer would notice those things better than human.

If artificial intelligence would follow the hand movements and other things, that might notice things like touch lightly the own nose, and the small breaks between the worlds, and if those breaks would get longer, the thing is that they are telling about the lies. Brains need time to think the words longer when they are telling lies because brains need to activate the brain areas what are handling creativity and imagination.

That thing is visible in the infrared systems, what are following the blood flow on the head area, and the best results would get by using CAT (Computer-aided tomography), what would use to  observe the changes of the blood flow in the brains, and those sensors would see if the blood flow would increase in the large brain areas. Brains need more blood for telling lies than telling the truth.

The changes in blood flow in the brains would tell if a person has been made the thing

In real life, the sensors can detect the changes in the activation in the brains. This thing can uncover, if the person has made a crime, and the system just asks the person, was that inmate makes the thing, what caused the arresting. But this kind of system can uncover also if the person is a sociopath. The thing is that if the brain areas, what are controlling the emotions would not activate in some cases, the person is unable to empathy, which means that a person has not a social consequence. But that kind of person cannot hide the lies, because the changes in brain core and the blood veins are very visible.

The lies are able to detect when the blood flow would increase in the other brain areas when the person tells true. In some scenarios, the computers can sieve the violent persons from the samples, by using the database, what is collected from the violent people brain images. The computer just compares the blood flow in the brains to the flow, what is in the database, and what is taken from the violent person head.

And the thing is that the computer can compare the blood flow in the brains, with the blood flow of the violent person, while this hears some voices, if the advantage of the blood flow is similar to a violent person, a computer can tell that to the authorities. In fact, the computer can ask straight from the person, is that inmate been violent against somebody. If there are certain changes in the actions of blood, that thing means that a person has been violent.

Artificial intelligence would be a very effective tool for lie detectors. 

If we would think the "remote view", we might think that the computer can follow the changes of our voice more carefully than a human ever can. And artificial intelligence can connect information, what is collected from the different sources, like from the surveillance cameras, and GPS system of that person's mobile telephone. The last one would give information about the movement of the person, and if that targeted inmate would walk to and from would that tell that person might be nervous.

Also, the data of the surveillance cameras can connect to that data, and if the surveillance staff have rights to use surveillance cameras, the only thing, what they need is the location of the person, they might find out, how many times per day, that individual will talk to other people. The artificial intelligence would find the marks, would the persons really talk together, or are they just standing in some place.