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The Most Exciting Uses of Image Recognition That are Already Changing Our Lives

uses of image recognition

Image recognition has been a topic on our blog a few time before. It’s a technology that has not stopped gaining popularity for some time now, and we wanted to take a look at what other interesting and even non-conventional ways image recognition software makes a difference in different industries today.

Image Recognition in Healthcare

Do you know the feeling of waking up in the middle of the night, opening your eyes and seeing the exact same blanket of darkness as when your eyes were closed? For some people, that constitutes their whole lives.

Apart from the more apparent restrictions being blind or visually impaired brings, these groups of people are also cut off from one of the most essential tools of our decade: social media.

At least that was true until 2016.

Two years ago Facebook changed the way blind and visually impaired people use and interact with Facebook, all thanks to image recognition. It might sound trivial and straightforward at first, but for someone who lives in near or complete darkness scrolling through Facebook to check up on friends’ activities can an affair that takes hours instead of minutes.

Facebook combined their face recognition and automatic alternative text technologies to generate not only an accurate description of the elements a photo contains, but also who exactly is in the photo, even if they’re not tagged.

The feature for visually impaired was developed by an accessibility team that included Facebook’s first blind engineer, Matt King. Matt has been legally blind since his early 20s.

This feature is based on the same technology that suggests what friends you should tag in your photos. It is a machine learning system that analyzes the pixels of the face in the image, creating a so-called “template” to use for future reference in identifying people.

Another part of healthcare, notably the most known part to have benefitted from image recognition technology, is radiology. IBM estimated last year that at least 90% of all patient data consist of images. That has taken a big toll on the radiologists who need to evaluate an increasing amount of images every day.

While a large number of medical images is bad news for human radiologists, it’s great news for deep learning algorithms that are at the core of many image recognition technologies. Deep learning algorithms need data to learn from. The more they have, the better they become.

Today, we are actually seeing a lot of cases where deep learning algorithms are outperforming human radiologist.

One example is an Australian company called Enlitic, which is founded by Jeremy Howard, who is the former president of Kaggle. Enlitic focuses on detecting tumors in lung CT scans and providing an earlier diagnosis. In one of their internal tests, Enlitic’s software was 50% more accurate in diagnosing a lung tumor as malignant compared to a panel of radiologists.

Image Recognition in Security Industry

The ability to recognize and identify faces is a very useful feature for the security industry, especially for protecting private property from intruders.

Home security systems are nothing new. Many homeowners install systems that have motion detectors and are connected to a security company that is on call 24/7. The problem with such systems is that they are primitive. Often they trigger false alarms because they mainly rely on motion or heat detectors, and those methods cannot differentiate between the owner of the house who forgot the password, the household pet that is going for a stroll in the house, or an actual intruder.

With image recognition technology in the mix, home security systems are now able to combat such issues. They can recognize and remember household members (regardless of lighting or angles) and differentiate between people and pets.

Netatmo Welcome, for example, has a feature that will start recording video only when the system detects unknown faces. Ulo, an adorable owl-shaped personal security device, has a similar feature but takes it a bit further. When in presence of unknown faces, the device will start transmitting live video to the device of your choice.

Image recognition is also being embraced by the law enforcement. In the UK, the South Wales Police are using facial recognition technology to help them scan bigger events and crowds when searching for suspects.

The system works together with the officers rather than instead of them. If the system flags anyone who has at least 59% resemble to the suspect, the match is sent to a human officer to double check before any action is taken. The use of this system has significantly cut down on costs and increased the overall efficiency of the police force.

Image Recognition in Automobile Industry

Autonomous cars, although not widely available yet, are making great progress towards that. Image recognition deserves a lot of credit for how well cars are able to navigate the world without a driver. Together with lidar and radar sensors, multiple video cameras detect traffic lights, read road signs, and keep track of other vehicles, while also looking out for pedestrians and other obstacles.

The benefits of driverless cars are many, and they are strong. Driverless cars can reduce the number of accidents, improve emissions compliance, and ease congestion. The reason is, machines are much better at following rules and faster at reacting to sudden distractions than humans.

Google’s self-driving project Waymo has been testing and developing self-driving cars for almost 10 years now. They have even build a small town in the desert of Arizona, USA to trail their algorithm on different life scenarios. In early 2019, Waymo plans to launch a driverless taxi service in the area of Phoenix, which would allow civilians to try a driverless car without having to purchase one.

Tesla, however, is hard at work at making the dream of owning a fully automated car a reality. Although Tesla’s promises have been pushed back multiple times, the company is now working on developing their own chip that will process not only more pictures, but also do it faster.

Such leaps in technology are important for self-driving cars because, unlike in other industries, the margin for error is small. Every picture frame the algorithm is processing needs to be accurately analyzed in real-time as fast as possible because human lives are dependent on it.

Image Recognition in Retail Industry

Thanks to image recognition technology, you might not have to try on clothes before you purchase them ever again.

A device called visual mirror has been used by a few known brands, such as Topshop and Timberland, to try on the whole range of clothes from their collections. The visual mirror can be installed inside a shop or even outside of it to attract customers to come inside the shop.

The mirror is actually a big screen with multiple cameras that detect the different body parts of the person standing in front of it. The mirror picks the correct size, and you are able to turn around and see how the clothing sits on your body from all angles. You can also search for colors and styles of your choice, which makes the shopping experience even more convenient.

Some versions of visual mirrors let you take pictures of the outfits you’ve put together, sends them to your phone an creates a complete inventory of all the pieces that you can find physically in the store.

While the visual mirror works to make shopping more convenient, a Japanese firm created a security system called AI Guardian that intends to eliminate shoplifting.

The technology behind AI Guardian scans full bodies rather than just faces and identifies so-called suspicious behaviour based on a training data set that describes the attributes of a shoplifter.

A store test in Japan showed a 40% drop in shoplifting after this technology was implemented. Although this technology is yet not as wide-spread, the creators behind AI Guardian and other similar security cameras say that it’s only about time before it will be implemented, and the accuracy of the results perfected.

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