科研数据的可视化是成果论证与创新展示的核心，工具选择却常因场景（如论文复现、多组数据对比、复杂分析）受限。无论是初阶科研人员的基础图表，还是资深学者的高复杂度需求，合适工具能大幅提升数据解读效率。本文整理9类场景适配工具，覆盖从入门 ...

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Sign of the times: An AI agent autonomously wrote and published a personalized attack article against an open-source software maintainer after he rejected its code contribution. It might be the first ...

This is a lightweight libaray/framework containing a collection of mothods for 3D image data augmentation. Its intended usage is pair-wise (simultanous) augmentation of medical image data and their ...

3D printing is expanding in many sectors, boosting its growth and investment appeal. Focus on companies improving their profitability and expanding market reach in 3D printing. Investing in ...

Abstract: We propose a simple, yet effective approach for spatiotemporal feature learning using deep 3-dimensional convolutional networks (3D ConvNets) trained on a large scale supervised video ...

3D reconstruction is the process of generating a computer model of the 3D (3-dimensional) appearance of an object from a set of two-dimensional images. It is common in computer vision and medicine ...

此次基于豆包2.0实现的Agent体验令人惊艳，实际效果证明，AI是真的可以成为超级AI打工人，深入企业的。在诸多能力加持下，Agent已经不再是生产噱头性内容的“玩具”，而是真正拥有变革生产力潜力的强大工具。

当你走进一间教室发现老师的声音听不清楚，或者在音乐厅里感觉演奏声音很闷，又或者在医院病房里觉得噪音让人烦躁时，你可能会想：这些空间的声学设计到底哪里出了问题？现在，来自华盛顿州的声学研究专家曼迪普·戈斯瓦米开发出了一个革命性的工具，就像给房间配备了一个专业的"听诊器"，能够精准诊断任何空间的声学健康状况。这项突破性研究发表于2026年2月11日的arXiv预印本平台，编号为2602.12299v1 ...

当你走进一间教室发现老师的声音听不清楚，或者在音乐厅里感觉演奏声音很闷，又或者在医院病房里觉得噪音让人烦躁时，你可能会想：这些空间的声学设计到底哪里出了问题？现在，来自华盛顿州的声学研究专家曼迪普·戈斯瓦米开发出了一个革命性的工具，就像给房间配备了一个专业的"听诊器"，能够精准诊断任何空间的声学健康状 ...