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Bipolaris spicifera is a dematiaceous fungus that has rarely been reported to cause cutaneous infection in humans. A patient with leukemia was examined for a non-healing ulcer on her leg that developed following minor trauma. Histopathologic study revealed groups of nonpigmented, septate fungal hyphae located predominantly in the necrotic ulcer base.(More)
We present a GPU accelerated toolbox for shaping the light propagation through multimode fibre using a spatial light modulator (SLM). The light is modulated before being coupled to the proximal end of the fibre in order to achieve arbitrary light patterns at the distal end of the fibre. First, the toolbox optimises the acquisition time of the transformation(More)
— KnightTime is a system designed to monitor and aid the quality of sleep. It is intended to not only help the user quantify their sleep experience but to improve the quality of a significant proportion of life. Sleep monitoring offers a chance to consciously observe a part of life that is usually unconscious, and to discover the conditions necessary for(More)
This paper discusses the parameters involved in making fast and reliable quiescent current (Iddq or Issq) measurements, with particular attention to the test setup and the point of measurement. For that purpose a detailed theoretical and practical study was made of the Iddq settling behaviour in function of proper measurement instrument positioning. The(More)
Miliaria crystallina is characterized by intracorneal or subcorneal, 1 to 2 mm, clear, noninflammatory vesicles that typically appear in crops after a severe sunburn or during a febrile illness. They frequently occur in neonates, most likely due to lack of maturation of the sweat duct during the first few days following birth, but are rarely present at(More)
The implementation of an Off-Chip IDDQ monitor to support the test of complex ASICs is presented in this paper. The monitor can be incorporated into a standard automated test equipment (ATE). It is capable of driving a 2mF capacitive load and can perform measurements of the IDDQ of a device under test (DUT) in the 0-1mA range. According to measurements the(More)
The paper describes a new Digital controlled Off-Chip IDDQ Measurement Unit (DOCIMU), which provides reliable precision and relatively fast measurements, even with a high capacitive load, while the Device Under Test (DUT) is unaffected. The maximal resolution is 50nA and the accurate measurement range is 1mA. Unlike other IDDQ monitors, the DOCIMU copes(More)
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