The smart devices we use in our daily lives keep getting smarter and are demanding more and more out of the hardware. How can we make sure that these devices are compatible with the artificial intelligence needed to keep them functioning, without having to increase the hardware capacity? This is what Nesma Rezk, PhD in Computer Science and Engineering, has been researching in her dissertation.

Nesma Rezk’s thesis is about implementing deep learning applications on embedded platforms, which is any type of computer system with a dedicated function, such as a smart watch or an autonomous car. Deep learning is a type of artificial intelligence (AI) technique that teaches computers to learn by example. This technique is for example what makes it possible for a driverless car to recognise different traffic signs, and the technology can be found in everything from smart home gadgets to healthcare instruments. 

“The technique raises questions about how you can use these implementations, ensure their efficiency, and cope with the technological advances in deep learning algorithms that are continuously being developed to be more intelligent”, says Nesma Rezk. 

Enables AI in daily life 

Even though there are advanced hardware platforms offering powerful performance, the high demands of deep learning models for the hardware’s computational and memory resources still pose a challenge – and if the hardware and models are not sufficiently compatible, this can limit the efficiency of the resulting implementations. 

Nesma Rezk was surprised to see that in many cases, it was possible to compress the deep learning model to less than a quarter of its original size, and still have the model functioning correctly. 

“Deep learning applications should not be deployed directly to embedded systems. A prior step called algorithmic optimisation should be applied first. Algorithmic optimisations are methods that decrease the requirements of deep learning applications to make it possible to run them on resource-limited platforms while keeping them functioning correctly”, she explains.  

Nesma Rezk believes that her research can be part of the link between deep learning and our daily life. 

“By realising deep learning applications on embedded platforms and making this realisation efficient, fast, and robust, we can integrate AI into every aspect of our daily lives”, she says.

More information

Nesma Rezk
PhD in Computer Science and Engineering
Phone: 072-977 37 71
Emma Swahn
Communications Officer