Search Results - "van Heesch, F."

Peripheral LPS challenge affects monoamine neurotransmitter levels in the nucleus accumbens by van Heesch ⁎, F., Westphal, K.G.C., Prins, J., Olivier, B., Kraneveld, A.D., Korte, S.M.

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P.1.f.003 Pro-inflammatory cytokines induce anhedonia in mice and increase monoamine transporter activity in the nucleus accumbens by Van Heesch, F, Prins, J, Westphal, K.G.C, Korte-Bouws, G.A.H, Olivier, B, Kraneveld, A.D, Korte, S.M

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P.2.026 Pro-inflammatory cytokines induce anhedonia in mice and increase monoamine transporter activity in the nucleus accumbens by van Heesch, F, Prins, J, Westphal, K.G.C, Korte-Bouws, G. A.H, Olivier, B, Kraneveld, A.D, Korte, S.M

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P.2.007 Lipolysaccharide-induced changes in brain stimulation reward: anhedonia or sickness behaviour? by Prins, J, van Heesch, F, de Haan, L, Krajnc, A.M, Kenny, P.J, Olivier, B, Kraneveld, A.D, Korte, S.M

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Masking noise in up-scaled video on large displays by van Hcesch, F., Klompenhouwer, M., de Haan, G.

“…Video noise is often perceived to be annoyingly visible on large flat-screen television sets, particularly if spatially up-converted standard definition…”
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Masking noise in up-scaled video on large displays by van Heesch, F., Klompenhouwer, M., de Haan, G.

“…Noise is often annoyingly visible on large flat-screen television sets, particularly if spatially up-converted standard definition material is displayed. We…”
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Lipopolysaccharide induces anhedonia-like reward deficits, reflected by long-term increases in brain stimulation reward thresholds by Prins ⁎, J., van Heesch, F., de Haan, L., Olivier, B., Kraneveld, A.D., Korte, S.M.

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Characterizing displays by their temporal aperture: A theoretical framework by van Heesch, F. H., Klompenhouwer, M. A., de Haan, G.

“…— The spatio‐temporal aperture and sample rate of a video display determines both the static and dynamic resolution of the video signal that is rendered. The…”
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Spatio-Temporal Frequency Analysis of Motion Blur Reduction on LCDs by van Heesch, F.H., Klompenhouwer, M.A.

“…Liquid crystal displays (LCDs) are known to suffer from motion blur. In this paper, motion blur on LCDs is analyzed by examining the spatio-temporal spectrum…”
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Masking coding artifacts on large displays by van Heesch, F., Klompenhouwer, M., de Haan, G.

“…To improve the picture quality on high-end display systems, coding artifact reduction is an important function in the video processing chain. We investigate…”
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Motion blur reduction for high frame rate LCD-TVs by van Heesch, F. H., de Haan, G.

“…Today's LCD-TVs reduce their hold time to prevent motion blur. This is best implemented using frame rate up-conversion with motion compensated interpolation…”
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