Typical illumination functions contain boundaries that are discontinuous in intensity or derivative. These discontinuities arise from contact between surfaces, and from the penumbra and umbra boundaries of shadows cast by area light sources. In this paper, we present an algorithm that allows for smooth (C) reconstruction of intensity everywhere across a surface except along selected edges of in...

Gerald T. O'Connor, PhD, DSc; Stephen K. Plume, MD; Elaine M. Olmstead, BA; Laurence H. Coffin, MD; Jeremy R. Morton, MD; Christopher T. Maloney, MD; Edward R. Nowicki, MD; Drew G. Levy, MPH; Joan F. Tryzelaar, MD; Felix Hernandez, MD; Lawrence Adrian, PA-C; Kevin J. Casey, PA, RN; Dale Bundy, PA, RN; David N. Soule, BA; Charles A.S. Marrin, MB, BS; William C. Nugent, MD; David C. Charlesworth,...

PAPER Special Section on Evolution of Microwave and Millimeter-Wave Photonics Technology Proposal of Two-Dimensional Self-Matching Receiver Using Chaotic Spatial Synchronization for Free Space Optics Communication System and Its Application to Image Transmission and Code Division Multiplexing Shinya TAKEDA†a), Student Member, Takeshi HIGASHINO†, Katsutoshi TSUKAMOTO†, Members, and Shozo KOMAKI†...

K. Takiguchi, F. Nomura, M. Honda, S. Takeda, & T. Inaba 1: Department of Molecular Biology, School of Science, Nagoya University. Current addresses; 2: Institute of Biomaterials and Bioengineering, Tokyo Medical and Dental University, 3: Stem Cell and Drug Discovery Institute, 4: ERATO, Actin Filament Dynamics Project, 5: AIST, Research Institute for Cell Engineering. e-mail: [email protected]...

Mika Murabayashi1, Taku Sugita1, Keiko Hirakawa2,3, Hideto Kuribayashi4, Ikuo Mori1, Kazuki Kubo1, Takashi Horiguchi1, Masayuki Ueda2,5, Yasuo Katayama2,5 and Youkichi Ohno2,3 Takeda Pharmaceutical Company Limited NMR and Small Animal MRI Laboratory, Nippon Medical School Department of Legal Medicine, Nippon Medical School Varian Technologies Japan Ltd. Division of Neurology, Department of Inte...

The successful retrieval of learned visual associations requires coordination of multiple brain regions involved in the encoding and association of visual images. In this issue of Neuron, Takeda et al. (2015) use a combination of modern recording and analytical methods to eavesdrop on this process.

We study Girsanov’s theorem in the context of symmetric Markov processes, extending earlier work of Fukushima-Takeda and Fitzsimmons on Girsanov transformations of “gradient type”. We investigate the most general Girsanov transformation leading to another symmetric Markov process. This investigation requires an extension of the forward-backward martingale method of Lyons-Zheng, to cover the cas...