Все публикации

0:37:24

Aivia 12 [Launch] - Unlocking Insights in Complex and Dense Neuron Images Guided by AI

0:29:27

Aivia 10.5 [Launch] - AI-powered autonomous neuron analysis

0:00:43

[Aivia That Learns] Autonomous 3D object segmentation

0:01:16

Aivia feature: Active tiles

0:06:31

Features of Aivia

0:35:35

Theo Knijnenburg - A deep generative model of 3D single-cell organization

0:46:17

Virginie Uhlmann - Quantifying biological shape across imaging modalities

0:34:16

Jiji Chen - Deep learning to denoise and sharpen fluorescence microscopy image volumes

0:07:13

[Tutorial] 3D Neuron Analysis - FL

0:04:53

[Tutorial] 3D Object Analysis and Tracking

0:04:18

[Tutorial] 3D Cell Analysis

0:04:31

[Tutorial] Pixel Classifier

0:35:59

Reconstructing retinal circuitry

0:57:27

Exploring new career paths

0:29:29

Meghan Driscoll - Analyzing morphological motifs in 3D microscopy images

0:55:23

Matthias Haberl - CDeep3M: plug-and-play, large-scale deep learning based image analysis

0:32:30

Lanxin Zhu - High-throughput, high-speed imaging and analysis of biological dynamics

0:27:07

Soham Mandal - SplineDist: automated cell segmentation with spline curves

0:43:09

Hari Shroff - Enhancing microscopy with computation

0:43:20

Aubrey Weigel - Automatic whole cell organelle segmentation in volumetric EM

0:59:31

Aivia 9 8 [Launch] - Reveal the neural network

0:04:57

Aivia Neuroscience Tools

0:05:07

Cell Bio 2020 (ASCB EMBO) | Active learning (deep training) applied to EM connectomics analyses

0:05:09

Cell Bio 2020 (ASCB EMBO) | AI Microscopy: DL minimizes the impact of microscopy limitations