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Integrated Sensor-Composite Material Platform for High-Resolution Voltage Mapping in Tissue-Mimicking Models. [PDF]
Jain KC +5 more
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The adaptive ecological trap: a grounded theory study of adolescent AI dependency. [PDF]
Gong G, Li G.
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Mapping synaptic ensembles through in vitro functional cell assemblies
Zaccaria C +6 more
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The potential of bit patterned media in shingled recording
Journal of Magnetism and Magnetic Materials, 2012Abstract Shingled recording on continuous and bit patterned media (BPM) is compared. From a recording viewpoint, continuous media have the advantage due to the lack of a need to synchronise writing with dot position. For BPM the write windows at 4 Tbit/in 2 are only a couple of nm across, requiring extremely tight manufacturing tolerances.
Yasushi Kanai, H Muraoka
exaly +2 more sources
Repeatable Runout Following in Bit Patterned Media Recording
An adaptive feedforward controller design for tracking repeatable runout (RRO) in bit patterned media recording (BMPR) is proposed for single stage hard disk drives (HDD). The technique is based on a modified filtered-x least mean squares (MFX-LMS) algorithm with deterministic periodic input, and a novel variable step size that boosts both the ...
Behrooz Shahsavari +3 more
openaire +2 more sources
Joint-Track Equalization and Detection for Bit Patterned Media Recording
IEEE Transactions on Magnetics, 2010We compare several different detection and equalization methods for bit patterned media recording channels. We consider a scheme that utilizes a joint-track equalization technique followed by a Viterbi detector. For certain recording densities, simulation results show that it has essentially the same performance as an optimal detector but with reduced ...
Paul Howard Siegel, H Neal Bertram
exaly +2 more sources
Recording on bit-patterned media at densities of 1Tb/in2 and beyond
INTERMAG 2006 - IEEE International Magnetics Conference, 2006We present a comprehensive analysis of the areal density potential of a bit-patterned media recording. The recording performance is dominated by written-in errors rather than traditional signal-to-noise considerations. Written-in errors are caused by statistical fluctuations of the magnetic properties and the locations of the individual dots.
Olle Heinonen, H J Richter
exaly +2 more sources

