Human Science AI

Human Science AI

How 5G Will Provide The Fuel for AI

How 5G Will Provide The Fuel for AI

A recent Gallup poll showed that 85% of Artificial Intelligence (AI) in their everyday lives, whether they know it or not. AI now underpins services we take for granted. Most cloud based services now include at least a component of it. Streaming music services like Spotify have built in AI, so do mapping / GPS facilities in most phones, Uber uses AI. It’s not a part of the fabric of live, like it or not.

Here comes 5G – and it’s going to change everything

Existing 4G networks are fit for the purpose required of them. They can transmit high definition video without stutter to hundreds of phones at once. 4G will carry the burden – perhaps 80% of all network traffic, well in to the next decade, whatever Press Releases you see from Sprint, AT&T, Verizon and others – who all seem set on on claiming the first, fastest 5G network.

Marketing aside, however, and even in consideration of the fact that, while 5G will be here in 2 years, it will be some time before it dominates the market, the impacts of the new technology will go well beyond what we have experienced with previous generations of cellular data.

How 5G will be different

The nature of 5G will change the way we live. It supports devices which have extremely low power utilization. A single sensor could be placed on a railway carriage and track it’s contents and location for ten years without needing a recharge. The efficiency in how 5G interfaces with these sensors will see an explosion in the number of them which are used and the data that every business has available to it on the movements and efficiency of it’s assets.

5G will also be, predictably, fast. Perhaps up to 100 times faster than 4G. The real world applications of this go well beyond what we’ve seen until now. Consider the case of two self driving cars, one of which has slipped on ice and is heading towards the other out of control. The sliding vehicle will be able to message the car with which it is about to collide

Why that drives Artificial Intelligence applications

5G then will herald the connection to the internet of hundreds of millions of devices – essentially every valuable asset in the world creating an Internet Of Things. Each will produce seas of data stored in the cloud.

Cloud storage and access to centralized, structured data sets are the primary two factors which have combined to create the AI revolution that we are now seeing. Machine Learning, the AI algorithms which work behind the scenes to provide AI solutions to users require these two things to be able to work their ‘magic’.

5G will provide information which will help us solve problems in domains we never thought we could. (Indeed, AI will even optimize 5G network operations.) When literally everything is connected to the internet, we will be able to optimize and make more efficient the way we operate in each domain. Traffic will be routed more efficiently; railway carts will be used only when they will be filled. Accidents on highways will be immediately reported to emergency teams and the response coordinated with streetlights which are turned to green so that those most seriously injured are dealt with first.

The components required to deliver these improvements will be directly delivered by 5G and will cross multiple domains. To extend the examples that have been used here, for example, analysis might suggest that 30% fewer railway carts are required because self-driving cars can be used to transfer their contents at a lower cost. Having data available on both cars and railway carriages means they can be analysed alongside each other.

But do people realize?

There are obvious questions about the level of honesty in disclosure companies have, when their software includes AI – but their customers don’t know. It’s not an easy nut to crack. People want the services to ‘work’ for them without input but resent their data being studied by Machine Learning algorithms when it’s explained to them. They want the benefits but won’t read the terms and conditions before they install the app.

This fundamental problem is about to get worse. 5G will reveal the half of the world we have not yet seen. It will provide digital information on everything. And AI will use that data to make everything more efficient – whether people know about it or not.

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Human Science AI

Approach to the Evolution Of Brain Computer Interfaces BCIs [Infographic]

Brain Computer Interfaces

The thought that the brain can be directly accessed to permit a person to control an external device with thoughts alone is developing as a genuine alternative for patients with motor disabilities. This range of study, known as neuroprosthetics, has looked to make devices, known as brain computer interfaces (BCIs), that secure brain signals and make an interpretation of them to machine commands with the end goal that they reflect the intentions of the user.

The idea that a computer can decode mind signal to infer the aims of a human subject and after that enact those goals directly through a machine is developing as a sensible specialized probability. These types of devices are known as brain computer interfaces or BCIs. The advancement of these neuroprosthetic technologies could have huge implications for patients with motor disabilities by upgrading their capacity to interface and communicate with their environment. Traditionally, the cortical physiology that has been most investigated and utilized for device control has been brain signals from the primary engine cortex. To date, this motor engine physiology has been a compelling substrate for showing the potential viability of BCI-based control. Emerging research in cortical
physiology, however, now stands to further improve our comprehension of the cortical physiology supporting human intent and gives additionally signals to more perplexing brain-derived control.

This Info graphics on Brain Computer Interfaces, very helpful in understanding the concept of BCIs. – by Futurism 

Brain and Computer Interfaces brain computer interfaces (BCIs), BCI BCIs

Conclusion by The Evolution of Brain-Computer Interfaces – Eric C. Leuthardt, Washington University

The field of neuroprosthetics is growing rapidly. The cortical physiology that underpins the manner in which a human brain encodes intentions is beginning to be understood. This will have a significant impact in augmenting function for those with various forms of motor disabilities. As research stretches beyond motor physiology, the field of neuroprosthetics now stands to further expand in capability and in diversity of clinical populations served. The evolving understanding of cortical physiology as it relates to motor movements, language function, and plasticity could all provide higher levels of complexity in brain-derived control. Given the rapid progression of these technologies over the past decade and the concomitant swift ascent of computer processing speeds, signal analysis techniques, and emerging ideas for novel biomaterials, neuroprosthetic implants will hopefully in the near future be as common as deep brain stimulators are today. The clinical advent of this technology will usher in a new era of restorative neurosurgery and new human-machine interfaces. – National Academy of Sciences

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Human Science AI

Human Brain To Transform with Artificial Intelligence [Infographic]


Through the previous couple of many years of summer blockbuster films and Silicon Valley products, artificial intelligence (AI) has turned out to be progressively commonplace and attractive, and pervaded with an unreasonably appeal.

In its diversity — from the secretive brains of octopuses and the swarm-psyches of ants to Go-playing profound learning machines and driver less-car autopilots — intelligence is the most powerful and valuable asset in presence. Our own particular minds are the most natural cases of a phenomenon of great deal of diversity.

Human Intelligence is one of a kind among this intelligence on account of its unparalleled capacity to design, alter and build new types of intelligence. HI is the thing that characterizes us as human and our association with everything on earth. Presently, through the mix of Human Intelligence and Artificial Intelligence, we are at the very edge of intelligence enhancement, which could be the most considerable technological advancement of our time, and ever.

Kernal is a new company with ambition to hack human intelligence (HI) and transform our brain into programmable device.

Lets us understand the idea of Human Intelligence and Artificial Intelligence by info graphic – Futurism

Human intelligence Artificial Intelligence
Watch out for plenty of most on Artificial Intelligence.

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