We are pleased to announce that Shenzhen Bay Laboratory will showcase several important studies at the 2024 IEEE MIC. 

The details of the presentations are as follows:

Gu Lab Presentations at 2024 MIC

Oral Presentations:

·  M-12, Friday, November 1, 2024 - 08:00

A CNN-based demultiplexing method for an interleaved signal multiplexing readout with a TOF-DOI brain PET detector   [Paper]

Poster Presentations:

·   M-03, Wednesday, October 30, 2024 - 14:00

·   016 - Evaluation of a depth encoding hybrid semi-monolithic detector using optical coupling   [Paper]

·   019 - Improve DOI resolution for a human brain PET detector using convolutional neural networks   [Paper]

·   190 - Component-Based Normalization for a Multi-Resolution DOI PET System   [Paper]

·  M-08, Thursday, October 31, 2024 - 14:00

·   104 - Development progress of N-PET, a high-sensitivity and high-resolution TOF-DOI PET prototype dedicated for human brain imaging   [Paper]

·   107 - Performance evaluation of S-PET, a compact, high sensitivity and high resolution small animal PET prototype   [Paper]

·   125 - A 0.38 mm LYSO and GAGG checkerboard pattern detector with inter-crystal scatter identification capability for high-resolution mouse brain PET imaging   [Paper]

·   194 - Resolution model with asymmetric and spatially-variant PSFs for the S-PET system   [Paper]

·  M-17, Friday, November 1, 2024 - 16:20

·   015 - A system-level DOI discrimination method for PET imaging based on semi-supervised learning   [Paper]

·   018 - Development of a 256-to-4 signal multiplexing readout for high resolution PET detectors   [Paper]

·   126 - Initial studies of high resolution PET detectors using a novel dual-ended readout for organ-dedicated imaging   [Paper]

We encourage everyone to attend and engage in discussions about the latest research advancements!

For more information, please click the [Paper] button next to the article title or contact us.