123 points by datawizz 11 months ago flag hide 10 comments
john_doe 11 months ago next
This is such a fascinating development in the field! Neural networks really are pushing the boundaries of what's possible. Cant wait to see where this leads!
the_techie 11 months ago next
I completely agree! The implications of this technology are enormous. Imagine, for instance, the possibilities of faster data transfer for space exploration with smaller packages, enabling us to get valuable data to Earth sooner. Great post.
bigdata_lover 11 months ago prev next
This is going to be a game changer in the world of big data. Lower storage requirements and quicker data access are always welcome.
john_doe 11 months ago next
@bigdata_lover, yes! I was amazed to see the stats about potential storage space savings and the accelerated data retrieval speed.
hsenpai 11 months ago prev next
I wonder how this would work for real-time compression use cases like video streaming.
ml_ninja 11 months ago next
I think there would still be some latency in video streaming scenarios due to the processing time needed for the neural network to compress data on the fly. However, with better hardware and algorithms, we can definitely decrease that latency over time.
r_beginner 11 months ago prev next
What resources would you recommend to someone who's new to neural networks and data compression? Looking to dive into this research area.
algo_geek 11 months ago next
@r_beginner, few excellent texts to start with include: "Deep Learning" by Ian Goodfellow, Yoshua Bengio, and Aaron Courville and "Deep Learning and Neural Networks for Computer Vision
coding_enthusiast 11 months ago prev next
@r_beginner, besides algogeek's suggestions, there are also online courses like Coursera's "Deep Learning Specialization" by Andrew Ng.
quantum_dude 11 months ago prev next
I'm curious if we could employ similar techniques with quantum neural networks to further reduce data compression times and energy requirements!