Innovations in data visualization punctuate the landmark advances in human connectome
research since its beginnings. From tensor glyphs for diffusion-weighted imaging, to …

Neuroanatomical studies using transneuronal virus tracers in macaque monkeys recently
demonstrated that substantial interactions exist between basal ganglia and the cerebellum …

In this article we survey techniques for the digital simulation of hand-made stippling—one of
the core techniques developed within non-photorealistic/expressive rendering. Over the …

Fiber tracking is a common method for analyzing 3D tensor fields that arise from diffusion-
weighted magnetic resonance imaging. This method can visualize, eg, the structure of the …

We propose a technique to represent two-dimensional data using stipples. While stippling is
often regarded as an illustrative method, we argue that it is worth investigating its suitability …

Abstract Diffusion-Weighted Magnetic Resonance Imaging (DWI) enables the invivo
visualization of fibrous tissues such as white matter in the brain. Diffusion-Tensor Imaging …

脑纤维是构成大脑复杂结构和各脑区信息交流的物质基础. 基于弥散张量成像和追踪技术的纤维
解剖结构重建, 对脑肿瘤手术导航, 神经性疾病的诊断及人脑神经网络连接图谱的绘制等有着 …

Multi-modal display of neurological data in anatomical context is a challenging issue in
biomedical visualization. We present an application-driven approach, which solves the …

Brain fibers constitute the foundation for the brain complex structure and the information
exchange among the brain regions. The fiber anatomical structures reconstruction based on …

To understand neural tracts of the brain, neuroscientists use visualizations of diffusion data.
Fiber stippling–a technique inspired by illustrations–accommodates probabilistic tracts, main …