Low Power Image Recognition Challenge (LPIRC) IEEE Rebooting Computing

Putting the Challenge in Low Power Image Recognition
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Welcome: Low Power Image Recognition Challenge

Welcome to the IEEE Low Power Image Recognition Challenge 

The 2018 IEEE International Low-Power Image Recognition Challenge (LPIRC) has successfully concluded on June 18 in Salt Lake City, co-located with the IEEE Conference on Conference on Computer Vision and Pattern Recognition (CVPR). This is the fourth LPIRC; 21 teams competed in three different Tracks. In total, the teams submitted 131 solutions. LPIRC is the only competition that evaluates computer vision technologies by accuracy, execution time, and energy consumption together. Each team must develop a solution that can identify objects (such as humans, cars, tables) in images and mark their locations in the images. The first track, a new track sponsored by Google, evaluates accuracy and execution time. The second track, sponsored by Facebook, uses the Caffe2 deep learning framework running on NVIDIA Jetson TX2. The third track, unchanged from the first LPIRC in 2015, has no restriction in software or hardware.

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LPIRC: A Facebook Approach to Benchmarking ML Workload

Learn how Facebook is approaching benchmarking ML for AI and mapping a future of enriched online user experience. Fei Sun, a Software Engineer at Facebook, delves into a systematic approach to benchmark ML on server, mobile and embedded platforms.

Fei Sun says, who am I? If I use three words to describe myself, they are: geek, perfectionist, and workaholic. 

Recently, I'm very interested in deep learning and neural networks. Artificial Intelligence (AI) is gaining popularity these years. Some even forecast that the superintelligence will be real in 30 years. Many still have doubts, but I do not. I believe, the future is here!

I believe, the future economy growth will be catalyzed by the following golden triangle:
- Big data. With the ever increasing amount of data produced every day, it is imperative to filter, rank, and classify those data with automation. Big data is the market, the need.
- Deep learning. With the multi-magnitude dimensional objectives on the data, and gazillions of domains and subdomains, it is vital to find a solution that rules them all. Deep learning is the methodology, the algorithm. 
- Embedded system. With that amount of data, it is essential to process and filter the data in a distributed manner close to the data collector. Embedded system is the foundation, the platform.

https://feisun.org/2017/12/24/a-few-predictions-on-artificial-intellige…
https://feisun.org/2017/12/24/some-scribble-of-things/

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