By Mai Tao
Posted 29 July 2016 | 17:20 GMT
Automation technologies such as the Jacquard loom were ubiquitous in the 1800s during the first industrial revolution. Such machines eliminated some of the most tedious and time-consuming jobs from factories, and raised production to record levels.
Then, in the mid-1900s, the robotic arm was invented. Like the loom, that too is a machine ubiquitous in the contemporary industrial landscape. And with the advent of computing, robotics and automation systems have been increasingly integrated into self-contained production systems, controlled through what might now be considered rudimentary forms of artificial intelligence.
That integration process is still ongoing, but meanwhile a number of new technologies have emerged – particularly in computing and networking – which are combining to form trends that are themselves coalescing. Experts are now encapsulating all these technologies, trends and developments into a relatively new catch-all term – Industry 4.0.
One of the key features of Industry 4.0 is, arguably, the gradual encroachment of AI into what used to be considered jobs that only humans could do – the robots were supposedly not clever enough. The common misconception was that computer-controlled robotics and automation systems can only perform simple manual labour tasks.
While this may be true to a large extent, Moravec’s paradox shows that this is not the whole story, and that, in fact, computers are more suited to high-level intellectual jobs. Which seems obvious when you think about it, or get your robot to think about it. However, neither the hardware nor the software has been available to demonstrate the implications of the paradox on a large scale, until now.
Alexander Khaytin, chief operating officer, Yandex Data Factory
At least some of these views are shared by Alexander Khaytin, chief operating officer at the Yandex Data Factory. According to Khaytin, the gradual move to Industry 4.0 requires rethinking of the full implications of new, artificial intelligence-based technologies.
In exclusive comments toRobotics and Automation News, Khaytin makes the observation that many intellectual tasks are already undertaken by AI systems.
“When we talk about automation, it is often associated with robots performing manual tasks, replacing humans on the assembly line and so on,” says Khaytin.
“However, now that we are facing the fourth industrial revolution, we should start talking about automation with regards to intellectual tasks – routine decision-making that is performed during manufacturing processes.
“Today, many of these tasks are already solved using technology – sophisticated manufacturing executing systems, demand planning software, and so on. But with the rising amount of data generated by machines, coming from sensors, telemetry and many other connected devices, we should take into account another technology to empower automation – machine learning.
“Machine learning algorithms analyse available data and identify the underlying patterns. The system continually ‘teaches’ itself based on the new information it gathers in order to make successful predictions and prescriptions. In practical terms, this opens the possibility to further optimise existing processes – switching from rule-based systems reliant upon statistics to highly precise recommendations and predictions.
“This may be, for example, predictive maintenance. Instead of following a maintenance schedule, a machine learning model may be developed, based on the analysis of previous faults and breakdowns, to predict and alert about possible faults before they happen.
“This decreases equipment maintenance costs while improving the uptime. Even spare parts can be automatically ordered ahead of time, based on such precise predictions. Additionally, machine learning-based automation can be used to streamline supply chain operation through precise demand forecasting.”
YDF describes itself as a machine learning and data analytics facility which uses data science to improve business operations. It says it analyses customer data and predicts their behaviour, and makes tailored recommendations to improve upsell and cross-sell. The client can use the information to develop sales strategies.
CERN, the atom smashing facility, is a customer of Yandex Data Factory
Although not a commercial organisation as such, the European Organisation for Nuclear Research (CERN, the atom smasher) is one of YDF’s clients. CERN of course was generating big data long before there was big data.
Among other YDF customers and partners are chipmaker Intel, biopharmaceutical company AstraZeneca, and business management consultancy Accenture.
YDF uses automation technologies extensively in its operations. Its telemetry data system can help predict faults in infrastructure, for example. Moreover, it has something it calls MatrixNet, which is a proprietary implementation of multiple machine learning algorithms.
Machine learning currently powers more than 70 per cent of the products and applications of YDF’s parent company, Yandex, according to information on the company’s website.
Yandex is a Russian internet search giant. Its search engine is by far the most popular in Russia, generating almost 60 per cent of all search traffic in the country of 100 million internet users, and beating Google – with less than 30 per cent of local searches – into second place. Yandex is estimated to be one of the most popular search engines in the world, often listed high within the top 10 of such lists and surveys published on the internet.
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Article link: http://roboticsandautomationnews.com/2016/03/05/its-not-just-factory-jobs-the-robots-are-after-its-your-intellectual-jobs-too/3208/
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