Aflatoxins and Reye's disease.

DirectX 11 Reyes Rendering

We map reyes-rendering to the GPU by leveraging new features of modern GPUs exposed by the Microsoft DirectX11 API. That is, we show how to accelerate reyes-quality rendering for realistic real-time graphics. In detail, we discuss the implementation of the split-and-dice phase via the Geometry Shader, including bounds on displacement mapping; micropolygon rendering without standard rasterizatio...

Aflatoxins and safe storage

The paper examines both field experience and research on the prevention of the exponential growth of aflatoxins during multi-month post-harvest storage in hot, humid countries. The approach described is the application of modern safe storage methods using flexible, Ultra Hermetic™ structures that create an unbreatheable atmosphere through insect and microorganism respiration alone, without use ...

Aflatoxins and Mycotoxins

nshirt H (1969) Synthetic pharmaceutical products. In: Stahl E (ed.) Thin-layer Chromatography, p. 541. London: G. Allen and Unwin. Guinchard C, Truong TT, Masson JD and Panouse JD (1976) Migration d’acides aromatiques en chromatographie sur couche mince de gel de silice en fonction de la teneur en eau ou en acide formique de solutions creH ant l’atmosphere de la cuve à chromatographie. Chromat...

RenderAnts: Interactive REYES Rendering on GPUs

We present RenderAnts, the first system that enables interactive REYES rendering on GPUs. Taking RenderMan scenes and shaders as input, our system first compiles RenderMan shaders to GPU shaders. Then all stages of the basic REYES pipeline, including bounding/splitting, dicing, shading, sampling, compositing and filtering, are executed on GPUs using carefully designed dataparallel algorithms. A...

Aflatoxins: Risk, Exposure and Remediation