Industry Use cases of Neural Network
What are Neural Networks?
Neural networks are a set of algorithms, they are designed to mimic the human brain, that is designed to recognize patterns. They interpret data through a form of machine perception by labeling or clustering raw input data. Their structure also allows ANN’s to reliably and quickly identify patterns that are too complex for humans to identify. Artificial Neural Networks also allow us to classify and cluster large amounts of data quickly.
Applications in Deep Learning and Artificial Intelligence
Artificial neural networks are a form of deep learning.
They are also one of the main tools used in machine learning.
Consequently ANN’s play an increasingly important role in the development of artificial intelligence.
The rise in importance of Artificial Neural Network’s is due to the development of “backpropagation”.
This technique allows the system’s hidden layers to become versatile.
Adapting to situations where the outcome doesn’t match the one originally intended.
The development of deep learning neural networks has also helped in the development of Artificial Neural Networks.
Deep learning neural networks are networks made up of multiple layers.
This allows the system to become more versatile.
Different layers are able to analyse and extract different features.
This process allows the system to identify new data or images.
It also allows for unsupervised learning and more complex tasks to be undertaken.
Self-Driving Cars
Is there anything that screams “future” more than a self-driving car? We’ve spent the last 30 years dreaming of cyberpunk dystopian worlds where androids who dream of electric sheep run from captors by jumping on driverless vehicles. Okay, maybe those vehicles were also able to fly, but you get the point.
Autonomous vehicles aren’t just a dream anymore. Albeit most of them are still just prototypes, they’re definitely a reality nowadays. Dozens of different companies have already invested a substantial amount of money to fuel this technology. And now, self-driven vehicles seem even more indispensable in a world where the coronavirus strengthened the use case for robot drivers and contactless societies. Even a simple algorithm-driven steel bucket on wheels can make the difference if a new pandemic forces the world into a new lockdown.
How else could those vehicles learn how to drive if not through machine learning? Deep learning algorithms are employed by software developers to power computer vision, understand all the details about their surrounding environment, and make smart, human-like decisions. For years, human-driven cars have been equipped with an array of cameras and sensors that record everything from driving patterns to road obstacles, traffic lights, and road signs.
Network Efficiency
The idea of using artificial intelligence to optimize the efficiency of networks and improve their security dates back to the early ’80s. However, modern technologies have made a huge leap forward, and revolutionary machine learning algorithms can mundanely perform complex tasks such as predicting faults and scheduling fixes.
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AI is exceptionally efficient at allocating network resources where they’re most needed by autonomously analyzing traffic data, and they possess the agility required to integrate themselves with the many internet of things (IoT) devices connected to the network architecture. No one can talk to a machine better than another machine, after all. We can hear humans falling back in the food chain already, can’t we?
Cybersecurity
ANNs can also be used to protect organizations from several types of attacks, such as DDoS and malicious software. Malware itself is a huge problem, with at least 325,000 new malicious files being generated every day. Yet, no more than 10 percent of the files change from iteration to iteration, so algorithm-based learning models that can predict these variations are able to detect which files are malware with amazing accuracy.
AI is better than humans at cybersecurity because they automate the most complex processes required for detecting attacks and analyzing the best way to react to breaches. More in general, neural nets could be used to detect any change or anomaly in network traffic, including the newest 5G networks. AI can avoid the risk of false positives and identify potentially malicious activities such as brute-force attacks, unusual failed logins and file exfiltration with some experiments reaching a 96.4% detection rate.
Obviously, hackers started developing their own adaptive AI to deceive security software and exploit vulnerabilities, in a never-ending arms race between attackers and defenders. However, all of this actually benefits AIs, which get smarter and smarter every day they are deployed in the battlefield. (To see how AI is fighting crime in the real world, see How AI Is Helping in the Fight Against Crime.)
Fighting Against Future Pandemics
The 2020 COVID-19 pandemic shocked the whole world, forcing us to rethink our entire society and face a cataclysm that no one ever expected. Whether this specific viral pandemic is over not, there’s one thing that we learned the hard way: that we cannot be found unprepared anymore in the future if another biological threat emerges.
AI technologies can help us (and already helped us) in many different ways. Complex neural networks can be used to coordinate the efforts of multiple cameras simultaneously and send a warning whenever a person with elevated temperature is found. The AI can take immediate action such as stopping the person from accessing critical places and ensure better workplace safety.
Radiological imaging can be coupled with advanced AI to allow for immediate recognition of X-ray images suggesting that a patient is affected by the disease, even in remote or less served areas. Articulated machine learning models can be leveraged to determine the impact of quarantine measures to minimize the effects of restrictive measures on national economy.
Business and Advertising
This can be summed up in just one word (well… three): personalized product recommendations. Every time we search for something on Google or any other search engine, eventually we start seeing a ton of precisely targeted ads about these things. How could the software understand so well what our interests are and how to entice us into buying those extremely cheap goods we want so badly?
Once again, deep learning is the answer. These highly reactive programs learn by watching our behaviors, such as when we skip to page two of the search results when none of those found on page one satisfied our needs. Machines can crunch demographic data about customers’ habits and preferences at a speed that no human analyst can ever hope to reach, and can consume it to optimize pricing, offers, customer experience, and profitability. It should not surprise anyone that one of the biggest lovers of AIs and smart algorithms is none other than Amazon itself.
Yet, the retail giant is using advanced heuristics to optimize its services in many other ways. One of the reasons why Jeff Bezos’ creature is so successful, is, in fact, the amazing efficiency of its logistics planning. Other giants such as Walmart and Honda as well as many small-to-medium businesses and factories vastly improved their efficiency by implementing machine learning in the management of orders, stocking, inventory control and warehousing.
AIs are incredibly good at detecting quality issues inside and beyond the assembly line, for instance by identifying patterns in the free-text fields of warranty registration cards.
Final Thoughts
We live in an age where many of the newest digital technologies are assisting many lazy humans in discarding their abilities to learn, communicate and interact with real life. Ironically enough, these same technologies are helping artificial intelligence grow and move forward at an incredibly fast pace.
Just like young and promising kids eager to learn new things every day, our machines are still “attending school” right now. We can only look forward to the day when they will be able to build and perfect their own learning methods and reach their university phase, but in the meantime, the goals they have already achieved are nonetheless amazing.