Artificial intelligence doesn’t always get the best wrap. From fictional takes on the technology such as Skynet, from The Terminator series, destroying the world and Westworld’s new foreboding take on AI, to Stephen Hawking’s very real warning that artificial intelligence could end mankind, AI certainly doesn’t get as much love as other novel forms of technology like augmented reality or drones.
That doesn’t mean, however, AI isn’t currently being used for very useful applications. For example, a software firm based in Milan, Italy has been attempting to use machine learning algorithms to help buildings predict when their critical systems are about to fail.
According to newscientist.com, CGnal recently analyzed a year’s worth of data, such as temperature, humidity, and electrical use, from heating and ventilation units in an Italian hospital. The data related to appliances in operating theaters, first aid rooms, and corridors.
The firm then trained a machine learning algorithm on data from the first half of 2015 and looked for differences in the readings of similar appliances. When it was tested on data from the second half of the year, the system predicted 76 out of 124 real faults, including 41 out of 44 where an appliance’s temperature rose above tolerable levels, with a false positive rate of 5%, newscientist.com reports.
Augury, a start-up based in the United States, is also experimenting with machine learning. The company uses acoustic sensors that they install in machines to listen for audible changes in function in order to achieve the same result of predictive monitoring. So far, Augury has used the technology to diagnose machines in facilities such as hospitals, power plants, data centers, and a university campus.
By predicting these issues before they occur, facilities could be fixed before a crash ever occurs, saving time and money.
Related Stories
Building Technology | Mar 1, 2018
Small construction businesses will continue to lag other sectors in tech spending this year
A survey of 800 companies found tepid interest overall in investing in “big data.”
Hotel Facilities | Feb 13, 2018
6 trends shaping smart hotels
From real-time guest feedback to AI-driven hyper-personalization, the hotel of the future will emphasize service, convenience, authenticity, and just the right amount of technology.
Great Solutions | Feb 8, 2018
Stackable steel modules speed building core construction
With this patented, steel-and-concrete hybrid system, the service core will no longer be the schedule bottleneck on new construction projects.
Events Facilities | Jan 18, 2018
Gamers paradise: The rise of eSports arenas
More than 380 million fans take in professional video gaming events each year, but most do so without leaving home. Dedicated eSports arenas could change all that.
Building Technology | Jul 28, 2017
Stanford develops a robot that grows like a vine and carries with it inestimable applications
For construction, the robot could be used for wiring the ceilings or floors of a building.
Building Technology | Jul 7, 2017
An elevator that moves sideways? Germany is about to take that ride
Thyssenkrupp’s cable-less MULTI system promises higher transport capacity and lower peak power demand.
Building Technology | Jul 6, 2017
Construction sites will be human-free by 2050, according to Balfour Beatty
The new paper also makes 10 predictions for the industry in 2050.
| Jun 13, 2017
Accelerate Live! talk: Work in progress—How the office environment drives innovation, SageGlass (sponsored)
SageGlass CEO Dr. Alan McLenaghan reviews how biophilic design and new technologies, such as dynamic glass, create a greater connection between the built and natural environments in the office.
Hotel Facilities | May 18, 2017
Manchester modular hotel is constructed of shipping containers
The 220-room Holiday Inn Express hopes to be completed in less than 12 months.
Building Technology | May 9, 2017
Movers + Shapers: Innovation Superchargers
Wexford Science & Technology’s ‘knowledge communities’ provide the real estate spark to ignite budding S+T startups.