How many neurointerface users can manage one device?
It's simple! Who first put on a robe, he is a doc, you know) Everyone can use the neural interface under their own account after training and calibration. 
Topic: [ANN][ICO] BASIS NEURO Platform - Neurofuture for all - page 65. (Read 71601 times)
How many neurointerface users can manage one device?
Each user has the account. The number of accounts isn't limited.
One more answer. Dry electrodes provide a high quality recording of electrical brain activity, at least comparable to wet. The EEG is collected on the surface of scalpe by the electrodes of a special shape with spines.
tell me please when will the main sale of tokens? I apologize for inattention) the project looks like something incredible from the future) do you have smart contracts?
Of course! We use a smart the contract in our project!
The main sale is planned since April 15.
But already today you can receive the greatest bonus, having bought our tokens!
tell me please when will the main sale of tokens? I apologize for inattention) the project looks like something incredible from the future) do you have smart contracts?
Smart glasses can be dangerous!!!
Are you in love with Intel’s Vaunt smart glasses? Did you know they can be dangerous to your eyes? Let’s take a closer look at how they work and why BasisNeuro has a reasonable concern for your health.
See more details here: https://t.co/4x9GIh8KTr
Are you in love with Intel’s Vaunt smart glasses? Did you know they can be dangerous to your eyes? Let’s take a closer look at how they work and why BasisNeuro has a reasonable concern for your health.
See more details here: https://t.co/4x9GIh8KTr
Even if the first versions of smart glasses pose a risk to their users, don't you think that those problems will be worked on over time?
I think that during the careful work of developers it is possible to solve many problems.
Even the WhitePapper which should tell BRIEFLY about the project, contains more than 50 pages of the text. Not everyone can read such document at once.
https://medium.com/@niksviridov/basis-neuro-10-years-in-1-5-minutes-simple-easy-clear-7ee6e6040198
https://medium.com/@niksviridov/basis-neuro-10-years-in-1-5-minutes-simple-easy-clear-7ee6e6040198
Smart glasses can be dangerous!!!
Are you in love with Intel’s Vaunt smart glasses? Did you know they can be dangerous to your eyes? Let’s take a closer look at how they work and why BasisNeuro has a reasonable concern for your health.
See more details here: https://t.co/4x9GIh8KTr
Are you in love with Intel’s Vaunt smart glasses? Did you know they can be dangerous to your eyes? Let’s take a closer look at how they work and why BasisNeuro has a reasonable concern for your health.
See more details here: https://t.co/4x9GIh8KTr
Even if the first versions of smart glasses pose a risk to their users, don't you think that those problems will be worked on over time?
What is the difference between basisneuro and other nerotech platforms (such as the one provided by Emotiv)?
EMOTIV
Information: The company was founded in 2011 and positions itself in the field of bioinformatics and human brain research using the electroencephalography (EEG) method. The mission of the company is to enable people to understand their own brains and accelerate brain research around the world.
Advantages: EMOTIV develops and implements mobile headsets with the function of a neural assistant and neural control for research purposes. It has an affordable monitoring of brain activity for most users.
Drawbacks: The company has absolutely no ready-made solutions for everyday use of the neural control function.
BASIS NEURO
Information: Universal learning algorithms for recognizing and decoding brain signals, which allow the control of external devices in real-time mode have been developed. The proper mobile headset for the recording and analysis of brain signals has been created and tested, and an expandable database of decoded images and brain signals suitable for multi-user access has also been created to allow external partners to use it for their own developments.
The company founders have been conducting scientific research of the brain and creating methods and algorithms of neural monitoring and neural control based on the electroencephalography (EEG) method since 2008. The mobile headset of the neural interface includes 7 sensors – 4 active and 3 peripheral. The price is ~ $700.
Advantages: Basis Neuro developments solve most of the problems existing in the market for neural technologies. Basis Neuro specialists created a more accurate mechanism for reading brain signals and developed a conceptually new software environment for device control – for the accuracy and speed of non-contact interaction. New learning algorithms capable of detecting human EEG patterns reproduced by humans and using them as control commands very quickly have been developed. Basis Neuro creates a platform for the implementation of neural technological products by third-party developers on the basis of the proper technological solutions.
Hi guys.
I have a couple questions about your neural interface.
1. There will be only four channels in your gadget. Is there at least one scientific publication that describes motor imagery on 4 EEG-channels?
2. You have placed electrodes in the frontal (AF3, AF4) occipital (O1, O2) zones and possibly reference channels in T3 / T4 or A1 / A2. This configuration is suitable for emotion recognition and p300 event-related potentials. How do you plan to register mental motor commands for wheelchair if you don't have any electrodes in the required location of head (motor cortex)? Are there scientific publications that confirm such methods of motor imagery detection?
3. In your video about wheelchair a professional medical-grade multi-electrode EEG-system on wet gel electrodes was used. Motion imagery paradigm is well described for such devices and have a classifier accuracy up to 96%. It is not clear, what is the novelty of your approach?
4. It is not clear which electrodes do you plan to use in your neural interface? Based upon the sketches of prototypes, this will be dry polymer electrodes. How do you plan to detect a signal with such electrodes in the back of the head, where do people usually have hair? The sensitivity of dry electrodes is much lower than that of wet gel electrodes. This is a serious scientific and technical problem, but in your project there is not even a hint of its solution.
Hello! In fact, the motor imagery technique is widely used by us to test our original neural network algorithms for the classification of EEG.I have a couple questions about your neural interface.
1. There will be only four channels in your gadget. Is there at least one scientific publication that describes motor imagery on 4 EEG-channels?
2. You have placed electrodes in the frontal (AF3, AF4) occipital (O1, O2) zones and possibly reference channels in T3 / T4 or A1 / A2. This configuration is suitable for emotion recognition and p300 event-related potentials. How do you plan to register mental motor commands for wheelchair if you don't have any electrodes in the required location of head (motor cortex)? Are there scientific publications that confirm such methods of motor imagery detection?
3. In your video about wheelchair a professional medical-grade multi-electrode EEG-system on wet gel electrodes was used. Motion imagery paradigm is well described for such devices and have a classifier accuracy up to 96%. It is not clear, what is the novelty of your approach?
4. It is not clear which electrodes do you plan to use in your neural interface? Based upon the sketches of prototypes, this will be dry polymer electrodes. How do you plan to detect a signal with such electrodes in the back of the head, where do people usually have hair? The sensitivity of dry electrodes is much lower than that of wet gel electrodes. This is a serious scientific and technical problem, but in your project there is not even a hint of its solution.
The electrodes of the frontal areas are located between the Fp and F leads and also have the sensitivity to motor commands and specific features.
Multichannel signal recording makes it easy to extract such features, but we use the procedures of spatial filtration and approximation to reduce the dimension.
So, full text articles you can find on Researchgate. The first part of the artificial neural network code have been published on GitHub.
Hi, dev!
Why do you need blockchain?
Why do you need blockchain?
Collection of information
Algorithms are among the foundations of neural interfaces. The most complex mathematical models and methods for deciphering electroencephalograms can correctly identify a person's condition and intentions that they transmit to the device in the form of electrical signals. Of course, the big data are even deeper in this process – the parameters of brain activity directly encoded in a numerical format – the samples from which models learn and improve the algorithms for classifying brain patterns.
Researchers need to measure the processes of mental activity on real people to have enough initial statistics for analysis. Where can we get a sufficiently large, so-called valid sample of experimental data in order to build adequate and efficient models?
Basis Neuro created its own digital platform to solve the problem of transferring valuable information from users of neural interfaces to their developers. This is a large-scale virtual space, where sites will be launched to exchange data and technologies, fix financial transactions and conclude transactions, and develop and scale products.
In particular, data on the brain activity of people who regularly use neural interfaces can be stored directly on the platform. The problem often lies in the fact that not everyone is willing to openly transfer his or her biometric parameters for research. To implement the project, it is important that users trust neural technology and are not afraid to pass on information about the processes taking place in their body, including their brain. In our case, the risks are minimal, since such information is not personalized and is encrypted in a special way. Blockchain and neural biometry merge at this stage.
The fact is that personal data is not required. Our task is just to collect as much information about the thinking activity of people as possible, in order to launch an artificial superintelligence on its basis, which will help us to solve complex strategic tasks by taking control of resources on an unlimited scale. However, fortunately or not, it must be said that this problem is from a completely different area and requires other data. Therefore, by a twist of fate, our mission is exclusively humane – the developed system is designed to improve the user experience and improve the overall living standards.
If we continue the topic of trust, then blockchain as a system that ensures anonymity is very suitable for solving the issue of providing individual biometry. Nobody knows to whom exactly the data belongs, but their arrays can be easily processed, providing qualitative research results. Blockchain will be the drive for new discoveries in the future, as it allows to transfer information safely and anonymously.
Digital user identification
Using blockchain for digital user identification through a neural interface is also a relevant issue. Fluctuations in the waves of brain activity in each person are in many respects unique – the neural interface learns to recognize its owner in the process of interaction with them, after which the data on authorization can be recorded in the blockchain distributed registry at the request of the user.
Token payments to the interface users
Efficient platform development is only possible with further large-scale research of human brain activity. In the foreseeable future, hundreds of thousands of people will use neural interfaces in everyday life and work. All users will be able to voluntarily transmit data about their own brain activity for research and be rewarded in tokens. The blockchain use at this stage will allow efficient and autonomous payments to users, which will reduce transaction costs.
Documentation of copyright and information storage
Blockchain has shown its efficiency in documenting copyright for patents and technological developments. The use of blockchain in the project is required for documenting copyright on intellectual property of developers that shape our platform ideology, and produce their own services, products and apps on the Basis Neuro platform. It will also document the facts of purchasing development kits (SDK) and licenses.
Creation of an open corporation and optimization of business processes
To increase the efficiency of business processes, settlements with investors, users and consumers of the platform products will be made using the local currency – the BNST token. Those investing in the Basis Neuro platform will see and receive real revenue, as data on the number of goods and services sold will automatically be recorded in the blockchain of the Basis Neuro token. As such, conditions for absolute transparency and reliability of business processes are created for investors at the ICO stage.
I can not access the site: basisneuro.com ERR_CONNECTION_TIMED_OUT
What was the amount raised in the pre-sale?
What was the amount raised in the pre-sale?
I checked. Everything works.
I can not access the site: basisneuro.com ERR_CONNECTION_TIMED_OUT
What was the amount raised in the pre-sale?
What was the amount raised in the pre-sale?
It’s your chance to get $100 000 bonus with your purchase since private pre-sale over. Basis Neuro got $2 300 000 as you know. According to the high interest in our project, we decided to start.
WHITE LABEL BONUS PRE-SALE
White Label - license of ready-to-use Basis Neuro tech to integrate in any business. It will cost at the start $100 000 and just few dozens in the beginning of b2b sale Basis Neuro. White Label price will rise as interest go. So we predict it will cost.
x3 TIMES MORE IN FEW MOUNTH!
Your Whiite Label now will be avalable to sell and that’s why it’s
THE GREAT BONUS WITH PERFECT CONDITIONS!
We can accept $100 000 and more with White Label bonus.
This offer can be used till 31st of March!]
I can not access the site: basisneuro.com ERR_CONNECTION_TIMED_OUT
What was the amount raised in the pre-sale?
What was the amount raised in the pre-sale?
PRIVATE PRE-ICO Commitments:
$ 2,300,000
[Moderator note: consecutive posts merged (separated via horizontal lines)]
I can not access the site: basisneuro.com ERR_CONNECTION_TIMED_OUT
What was the amount raised in the pre-sale?
What was the amount raised in the pre-sale?
Hi guys.
I have a couple questions about your neural interface.
1. There will be only four channels in your gadget. Is there at least one scientific publication that describes motor imagery on 4 EEG-channels?
2. You have placed electrodes in the frontal (AF3, AF4) occipital (O1, O2) zones and possibly reference channels in T3 / T4 or A1 / A2. This configuration is suitable for emotion recognition and p300 event-related potentials. How do you plan to register mental motor commands for wheelchair if you don't have any electrodes in the required location of head (motor cortex)? Are there scientific publications that confirm such methods of motor imagery detection?
3. In your video about wheelchair a professional medical-grade multi-electrode EEG-system on wet gel electrodes was used. Motion imagery paradigm is well described for such devices and have a classifier accuracy up to 96%. It is not clear, what is the novelty of your approach?
4. It is not clear which electrodes do you plan to use in your neural interface? Based upon the sketches of prototypes, this will be dry polymer electrodes. How do you plan to detect a signal with such electrodes in the back of the head, where do people usually have hair? The sensitivity of dry electrodes is much lower than that of wet gel electrodes. This is a serious scientific and technical problem, but in your project there is not even a hint of its solution.
I have a couple questions about your neural interface.
1. There will be only four channels in your gadget. Is there at least one scientific publication that describes motor imagery on 4 EEG-channels?
2. You have placed electrodes in the frontal (AF3, AF4) occipital (O1, O2) zones and possibly reference channels in T3 / T4 or A1 / A2. This configuration is suitable for emotion recognition and p300 event-related potentials. How do you plan to register mental motor commands for wheelchair if you don't have any electrodes in the required location of head (motor cortex)? Are there scientific publications that confirm such methods of motor imagery detection?
3. In your video about wheelchair a professional medical-grade multi-electrode EEG-system on wet gel electrodes was used. Motion imagery paradigm is well described for such devices and have a classifier accuracy up to 96%. It is not clear, what is the novelty of your approach?
4. It is not clear which electrodes do you plan to use in your neural interface? Based upon the sketches of prototypes, this will be dry polymer electrodes. How do you plan to detect a signal with such electrodes in the back of the head, where do people usually have hair? The sensitivity of dry electrodes is much lower than that of wet gel electrodes. This is a serious scientific and technical problem, but in your project there is not even a hint of its solution.
1. In our device of only 7 channels, 4 of which active. Ask a question correctly.
2. You aren't right. This configuration approaches not only for p300
3. Give examples of the good description of broadcast of motor commands for external devices.
4. Purpose of our project not only creation of dry electrodes. Following your logic to us it would also be necessary to describe all electronic component of our EEG of system, feature of industrial design, data transmission channels and protocols of compatibility. And also many other things. It can devote not one book. It simply doesn't hold in 50 page WP.
It’s your chance to get $100 000 bonus with your purchase since private pre-sale over. Basis Neuro got $2 300 000 as you know. According to the high interest in our project, we decided to start.
https://medium.com/@basisneuro/your-bonus-offer-100-000-5fa2e51e532e
[Moderator note: consecutive posts merged (separated via horizontal lines)]
Hi guys.
I have a couple questions about your neural interface.
1. There will be only four channels in your gadget. Is there at least one scientific publication that describes motor imagery on 4 EEG-channels?
2. You have placed electrodes in the frontal (AF3, AF4) occipital (O1, O2) zones and possibly reference channels in T3 / T4 or A1 / A2. This configuration is suitable for emotion recognition and p300 event-related potentials. How do you plan to register mental motor commands for wheelchair if you don't have any electrodes in the required location of head (motor cortex)? Are there scientific publications that confirm such methods of motor imagery detection?
3. In your video about wheelchair a professional medical-grade multi-electrode EEG-system on wet gel electrodes was used. Motion imagery paradigm is well described for such devices and have a classifier accuracy up to 96%. It is not clear, what is the novelty of your approach?
4. It is not clear which electrodes do you plan to use in your neural interface? Based upon the sketches of prototypes, this will be dry polymer electrodes. How do you plan to detect a signal with such electrodes in the back of the head, where do people usually have hair? The sensitivity of dry electrodes is much lower than that of wet gel electrodes. This is a serious scientific and technical problem, but in your project there is not even a hint of its solution.
I have a couple questions about your neural interface.
1. There will be only four channels in your gadget. Is there at least one scientific publication that describes motor imagery on 4 EEG-channels?
2. You have placed electrodes in the frontal (AF3, AF4) occipital (O1, O2) zones and possibly reference channels in T3 / T4 or A1 / A2. This configuration is suitable for emotion recognition and p300 event-related potentials. How do you plan to register mental motor commands for wheelchair if you don't have any electrodes in the required location of head (motor cortex)? Are there scientific publications that confirm such methods of motor imagery detection?
3. In your video about wheelchair a professional medical-grade multi-electrode EEG-system on wet gel electrodes was used. Motion imagery paradigm is well described for such devices and have a classifier accuracy up to 96%. It is not clear, what is the novelty of your approach?
4. It is not clear which electrodes do you plan to use in your neural interface? Based upon the sketches of prototypes, this will be dry polymer electrodes. How do you plan to detect a signal with such electrodes in the back of the head, where do people usually have hair? The sensitivity of dry electrodes is much lower than that of wet gel electrodes. This is a serious scientific and technical problem, but in your project there is not even a hint of its solution.
Hi guys! BasisNeuro seems interesting and promising!
I saw someone has it done with the SWOT analysis of your project using Digrate.com SWOT instrument. Can you have a look please. What do you think about the result? Do you find it realistic? Here is the BasisNeuro
SWOT results http://swot.digrate.com/report/cc5da73a-7600-467b-ad6b-fc208c494d4e
I saw someone has it done with the SWOT analysis of your project using Digrate.com SWOT instrument. Can you have a look please. What do you think about the result? Do you find it realistic? Here is the BasisNeuro
SWOT results http://swot.digrate.com/report/cc5da73a-7600-467b-ad6b-fc208c494d4e
Smart glasses can be dangerous!!!
Are you in love with Intel’s Vaunt smart glasses? Did you know they can be dangerous to your eyes? Let’s take a closer look at how they work and why BasisNeuro has a reasonable concern for your health.
See more details here: https://t.co/4x9GIh8KTr
Are you in love with Intel’s Vaunt smart glasses? Did you know they can be dangerous to your eyes? Let’s take a closer look at how they work and why BasisNeuro has a reasonable concern for your health.
See more details here: https://t.co/4x9GIh8KTr
Whitepaper basisNeuro in indonesian language https://drive.google.com/file/d/1aqgSw1_lmUW-XdAYL-pl-hjDOUEI2KlX/view?usp=sharing
To do products like neuro-interfaces is not work, but it is an art. That’s why users should receive not a piece of plastic with electronics but the piece of art. Everyone in our team is an artist, a sculptor and a writer in their own fields: marketing, programming, creation of electronics. But a final part which is just seen by the user, having taken a gadget in hands — it is a product, a package, a case.
https://medium.com/@niksviridov/new-face-of-the-future-2d0df935f1c4
https://medium.com/@niksviridov/new-face-of-the-future-2d0df935f1c4
“Aliens” in your brain?!
Do you believe that “aliens” seized our brain and created our consciousness? This is not a plot of a science fiction movie or a joke. If we treat viral cells as “aliens,” it is quite possible that our brain and memory were formed by a protein molecule that reproduces as a virus. In other words, all living organisms are very lucky. But you can get more out of luck than you think.
See full post here: https://medium.com/@basisneuro/aliens-in-your-brain-39eec1007ea6
Do you believe that “aliens” seized our brain and created our consciousness? This is not a plot of a science fiction movie or a joke. If we treat viral cells as “aliens,” it is quite possible that our brain and memory were formed by a protein molecule that reproduces as a virus. In other words, all living organisms are very lucky. But you can get more out of luck than you think.
See full post here: https://medium.com/@basisneuro/aliens-in-your-brain-39eec1007ea6
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