Real Time Communication – An Imaginary Situation or NOT
I imagine a scenario in which a Real Time Communication takes place.
Presently, when we communicate we can see video and text and listen to audio only. However, we are not able to smell, taste and feel. When we will be able to see, listen, smell, taste and feel a communication through all our five senses then the communication will be real and true.
The computer assemblers, research laboratories and computer engineers may kindly consider this idea seriously as it holds promise for a future business possibility.
Imagine that a doctor wants to check his patient online. Through teleconferencing the doctor can talk to his patient, see some of his vital inputs but even then there remains a big gap of vital input that is required by a doctor to diagnose his patient.
Now imagine, that a doctor has a peculiar type of a plate lying on his table along with his mike, camera, monitor and keyboard. On the other side of the computer somewhere on the other side of the continent, his patient is sitting before his computer. The patient has attached some devices on different part of his body. The devices are passing a data about the skin texture of the patient through his computer to the computer of the doctor. That data is transmitted to that peculiar type of plate of the doctor. The doctor places his finger tips on the plate and gets the simulation which tells him about the real texture of the skin. It also gives data on the temperature of the skin, the dryness of the skin and feel of the skin similar to what if he has actually touched the skin of his patient.
Further, the doctor is placing a device similar to a gas mask on his nose. On the side of the patient, there are sensors which are recording the odors around the patient. The gas mask device has cartridges similar to inkjet cartridges in the inkjet printer. The doctor receives the data from the side of the patient and the nose mask device releases controlled fumes in the gas mask giving the doctor the real odours spread around the patient. They are so real to the actual odours as if he is just sitting opposite to his patient.
Now the doctor has a complete picture of his patient. On his monitor, he is looking at his patient. He is able to listen to his voice. He can also smell the atmosphere around his patient. He can place his hand on the peculiar type of plate and get the idea how it is like touching his skin or pulse. He can have another device also which may be placed on his tongue. He wants to taste something and he can ask the patient to place the corresponding device in the required medium which the doctor want to taste.
Or for example, you want to taste the dish. The other person put the corresponding device in the dish and on your side you have place the required gadget on your tongue. That device tries to reproduce the same tingling on your tongue, which help to learn how the dish tastes through processing of the data.
If such types of devices are developed, then one can have real type of communication.
It raises many possibilities of new type of computer products.
There can be REAL COMPUTER CABIN (RCC).
In the Real Computer Cabin, when a user sits and contact to some computer where in the other user is sitting in similar computer cabin, the first user can even smell the atmosphere around the other user. They may help to taste different things through attachment in the cabin. They can also feel the touch through the attachments which are programmed to transmit the specified type of simulations.
Similarly there can be REAL COMPUTER ATTACHMENTS (RCA).
There can be products wherein one can have a device similar to gas mask. On the other side, the person who want to transmit the smell perception, has a device which can transmit such a data which is converted to such simulations that helps the person on the other side to smell things. Similarly, there can be devices which can help to touch and taste things.
Dangers and Crimes:
Such type of a possibility can counter productive also. A user may produce such type of simulation which can harm the recipient. However, threshold level can be devised in such gadgets.
Utility:
As suggested above, a doctor can diagnose his patient while sitting miles away from his patient. They are doing it even now but there are limitations. However, if such devices are developed then they may have better inputs to decide the diagnose.
Just imagine, Mcdowells helping you to get the taste and smell of their burgers. Or a whine manufacturer introducing his product by first giving the smell and taste simulation. Think, how a perfume maker can approach you. Imagine the type of advertisements on your monitors.
Everybody is invited to expand this imaginary situation.
Is there anyone, who is interested in joining this imaginary situation?
Is H. G. Wells envious of me?
Are the programmers getting some ideas?
posted by Sumir Sharma | 10:19 PM
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