PROGRAM


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February 26 (Friday)

13:00-Registration
13:30-13:40Opening remarks
Session 1: Brainware LSI Technologies I
13:40-14:10NVM Neuromorphic Core with 64k-cell (256-by-256) Phase Change Memory
SangBum Kim (IBM T.J. Watson Research Center, USA)
14:10-14:40Brain-Inspired Computing for Variation-Resilient VLSI System
Masanori Natsui (Tohoku University, Japan)
14:40-15:10Snake-like Robot Based on "TEGOTAE-Based Control"
Takeshi Kano (Tohoku University, Japan)
15:10-15:30Coffee break
Session 2: Brainware LSI Technologies II
15:30-16:00Implicit Brain and Explicit Brain -Dual Structure of Intelligence
Koichi Osuka (Osaka University, Japan)
16:00-16:30Programable architecture for associative memories
Jean-Philippe Diguet (University of Southern Brittany, France)
16:30-17:00AER Spike Detection using Parameterized Associative Memory on BRAMs for SNN Hardware Implementations
Jordi Madrenas (Technical University of Catalunya, Spain)

February 27 (Saturday)

Session 3: Recognition & Learning in Brainware LSI I
09:00-09:30Stochastic implementation of auditory filters
Naoya Onizawa (Tohoku University, Japan)
09:30-10:00The sense of presence and verisimilitude induced by audio, visual and vibrational information
Shuichi Sakamoto (Tohoku University, Japan)
10:00-10:30Computational Auditory Scene Analysis in complex multi-talker scenarios
Volker Hohmann (University of Oldenburg，Germany)
10:30-10:50Coffee break
Session 4: Recognition & Learning in Brainware LSI II
10:50-11:20VLSI implementation of a neural network model for detecting planar surface from local image motion
Hisanao Akima (Tohoku University, Japan)
11:20-11:50Modeling the visual process of contextual cueing effect
Zheng Xiong Yuan (Tohoku University, Japan)
11:50-12:20Psychophysical TMS: delayed fovea noise disrupts discrimination of object details in the visual periphery
Sheng He (University of Minnesota, USA)
12:20-12:30Closing remarks