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Next Generation Sequencing (NGS), the basis for volume sequencing enablement, has been around for several years. The volume of sequencers deployed per year remains on an exponential growth path. Nevertheless, the vision of sequencing-enabled personalized medicine has come to fruition for relatively few people. The community consensus is that bringing this to large populations remains 5-7 years out. Nevertheless, some projects are underway to path-find means to accelerate this. In this talk, we will review the solution architecture that will enable this from a technology perspective. Furthermore, we will review the efforts of the Intel/HP HPC Alliance with respect to driving these solutions into actual implementation. While the solutions architecture will be focused on the NGS work flow, the elements of the architecture are pertinent to other HPC work flows.
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Attendance in 2014 was 271: 85 (31%) from OU, 186 (69%) non-OU (or unstated) 184 (68%) academic, 87 (32%) non-academic (or unstated) 28 academic institutions in 8 states 29 commercial firms 9 government agencies (federal and state) 4 non-governmental organizations 171 (63%) Oklahoman, 100 (37%) non-Oklahoman (or unstated) 217 (80%) from EPSCoR jurisdictions, 54 (20%) not from EPSCoR jurisdictions (or unstated) The 13 Symposia to date have had aggregate attendance over 3000, from: 112 academic institutions from 27 US states and territories including 61 academic institutions from 14 EPSCoR jurisdictions 143 private companies 37 government agencies (federal, state, municipal, foreign) 20 non-governmental organizations