Akida chip bought by NASA
As a shield against any kind of deviation from normal functioning and generally as a control system for NASA’s space flights,
Modern computer systems NASA uses are essential. These systems work with the flight program and ensure that nothing goes wrong with a craft while it is in space. For example, when the space shuttle launched in its orbit, it was able to control and maintain its position throughout the ship’s journey through space.
AI has been used to achieve advanced infrastructure in a limited number of applications, most notably in NASA’s space flights. Traditional intelligence data is only a fraction of what they use today. The neuromorphic integrated circuit Neuromorphic System on Chip (NSoC) developed in the university is now being used experimentally with intelligent software its developers have developed.”
Prof. Eliades describes the nightmarish process of trying to operate software for Greece. The software that has been built to help them has seemed antiquated and not user-friendly, which creates a number of problems with printing documents, among other things. The professor from the University of Oxford is developing a neural-network program which differs from traditional ones and can be used in much more productive apps. He explains how this program was initially designed, talks about its power, and what the group thinks they might develop next.
Eliades statements
“The technology we sketched in our paper simulates the way the human brain works, converting input data into a spatio-temporal sequence of electrical signals”. Imagine millions of electrical signals going from neurons to produce a perception of the physical world around us. We created a classifier that’s effective at detecting cyber attacks and shielding a large computer network by the classification of its data. This network has a data stream and pattern that defines it as normal. We create data files and then use neural networks to study them and detect anomalies. This can include deviations from the norm such as changes in a parameter value.
If the pattern outside of the normal framework is detected, we’ve got a security issue. In the context of system control, our software helps to implement broader categories of systems by converting data into sequences of electric signals. “So Akiδa could drive an unmanned spacecraft, like the ones that landed on Mars, identify obstacles in its path and anything else…” As explained by Mr. Eliades, Akiδa was able to do it because of its deep learning capability.
The Agreement with Brainchip
“Because TTI is so much faster than what a human can do, it is able to process projects in a way that humans just can’t.” says Mr. Iliades. He goes on to mention that the company has signed a confidentiality agreement with Brainchip, which means very little about the product is known because of legal restrictions.” “We developed an autonomous program that runs perfectly on our own Unix environment. It has no reliance on any existing platform, in a very short time, in the order of 2-3 seconds, and identifies a large number of cyber attacks as appropriate, with shocking accuracy… Classical neural network architectures, like Pyramidal and GBM, are a learning process. They utilize many iterations to pattern classify and detect any variation in the regularity of data flow.
It is becoming more popular for quick detection methods to be used in IT departments. To do this, ‘our software’ with a single pass can recognize hidden patterns. This will allow administrators to know what they are dealing with quickly rather than having to figure out what’s happening by effect. In the cyber attack detection space, algorithms have replaced human expertise almost completely. Using their combination of speed, flexibility and efficiency has allowed them to be more efficient than what’s possible with a person.”
The Brainchip Holdings
NASA is working with a company called Brainchip Holdings on a research project to give people the option to control space journeys with the Akida chip. This software also contributes. Brainchip’s Akida integrated circuit is being used to help with the NASA-funded project. Having Akida steer space flights is a great idea. It will override any potential malfunctions and problems detected while in flight. Brainchip soon realized that the academic study of this technology would provide more. For example, a greater understanding of how it could be applied and that, therefore, more communication with academic communities to fund the development. With the funding of the software with the specifications the company wanted, they then used the software in the development of the Akida chip (the Greek d in honor of the research team that created it).
The revolution that comes with the use of a Brainchip is amazing. The chip inside this innovative device is able to process and understand data at a higher level than any other before it. It’s also been noted that by using Akida, people will be able to get smarter and faster, that human brain has more complexity than people often realize – and an 86 billion neurons, 150 trillion synapses. AI writing assistants have revolutionized the work process by superseding old-school architectural designs like a Bee’s Brain in its simplicity. One of the most important points of the Akida is that it doesn’t require a central processing unit (CPU) or memory accelerator, no need to worry about those things.
NSOC – NISC
A technology called Neuromorphic System on Chip (NSOC) Neuromorphic Integrated Circuit (NISC) has started to appear in different products. It can work like an organic brain, performing tasks and controlling the product. This is something neuroscientists have been trying to realize. With its increasing use, there are many potential applications for AI in the automotive field. One application is automatic vehicle driving.” Eliades notes.
“We have been working on cybersecurity issues and testing hybrid approaches at the Mathematics and Computer Science Laboratory of the Department of Civil Engineering at the University of Thessaloniki for many years.” This distinction is huge, especially if we compare to running existing algorithms in your business. You can develop your own, decide which are hybrid approaches of algorithms to lead to better results than classical. Dr. Costas is carrying out the research under my guidance and is an excellent postdoctoral researcher. I’m really excited about seeing research done by Greek researchers at conferences I have organized in the past. The evidence of the progress being made is quite exciting!
New opportunities
Despite the state of Greece and their economy, great minds are still a thing. I hope they continue to exist, because I believe that it is not necessarily the best minds who leave, but those who leave because of obligations and family environments. There are also people who, after accepting a certain context as true, choose to ignore it. We are always trying to create opportunities for new, up and coming designers. That can’t discourage you if you didn’t have an opportunity in the past.
The Department of Civil Engineering of the Aristotle University at Thessalonik approved of a new research programme, amounting to €2 million. Only young PhD and Postdoctoral candidates will recieve payment for their work. I think people like the bright minds that we have at DUTH these days. They are not only being trained in advanced science and technology but also in humanities and social sciences. I believe investing in them is a smart move for our future.
AI Software
AI software is becoming increasingly popular among major corporations and government agencies. After a recent cooperation with Brainchip, a company in the USA, New York showed interest in this new technology. In addition to protecting against cyber-attack, these artificial intelligence systems can also help streamline operations. “I reached out to you three times and was unable to connect with you to discuss this matter. I’ve heard from one of your colleagues that there was a technical issue preventing our connection. I’m, thus, sorry if you were having difficulties reaching me over this program. If that changes in the future, maybe there is a way we could work together on it? To make that happen, I’ll need real-time network data flow—something that isn’t possible right now.”
Access to classified networks can be quite difficult and limited due to confidentiality concerns. This is why we need experimental access. “We didn’t have the opportunity to run our program in real-world conditions. Nor could we develop it further and maybe even faster,” Mr Eliades said. “It’s up to you if this is a possibility here.”
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Author: PC-GR
The World of Technology
