Tootfinder

Development of a Smart Autonomous Irrigation System Using Iot and AI
Yunus Emre Kunt
https://arxiv.org/abs/2506.11835 https://arxiv.o…

Development of a Smart Autonomous Irrigation System Using Iot and AI
Agricultural irrigation ensures that the water required for plant growth is delivered to the soil in a controlled manner. However, uncontrolled management can lead to water waste while reducing agricultural productivity. Drip irrigation systems, which have been one of the most efficient methods since the 1970s, are modernised with IoT and artificial intelligence in this study, aiming to both increase efficiency and prevent water waste. The developed system is designed to be applicable to differ…

I have been trying to find some Chili Rasboras for my new 16 gallon nanotank since before I even got the tank. They've been out of stock everywhere. I even signed up for text notifications on a couple of sites and when I got the text I was in the middle of a meeting, and by the time I escaped, they were out of stock again.
I went to a meeting of the Colorado Aquarium Society tonight and managed to snag six in the auction.
Here's a terrible picture of them being drip acclimated.
@… #rasbora

Sparse Phase Retrieval with Redundant Dictionary via $\ell_q (0<q\le 1)$-Analysis Model
Haiye Huo, Li Xiao
https://arxiv.org/abs/2506.04576 https://

Sparse Phase Retrieval with Redundant Dictionary via $\ell_q (0
Sparse phase retrieval with redundant dictionary is to reconstruct the signals of interest that are (nearly) sparse in a redundant dictionary or frame from the phaseless measurements via the optimization models. Gao [7] presented conditions on the measurement matrix, called null space property (NSP) and strong dictionary restricted isometry property (S-DRIP), for exact and stable recovery of dictionary-$k$-sparse signals via the $\ell_1$-analysis model for sparse phase retrieval with redundant …