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Computational Infrastructure Ion I. Moraru. UConn Health HPC Facility Originated out of the computational needs of another NIH P41 grant (NRCAM, continuously.

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Presentation on theme: "Computational Infrastructure Ion I. Moraru. UConn Health HPC Facility Originated out of the computational needs of another NIH P41 grant (NRCAM, continuously."— Presentation transcript:

1 Computational Infrastructure Ion I. Moraru

2 UConn Health HPC Facility Originated out of the computational needs of another NIH P41 grant (NRCAM, continuously funded since 1998) Developed large scale biological simulation service well before SaaS approaches (Virtual Cell, a.k.a. VCell, distributed architecture) Incorporates Enterprise IT services and support, including extensive virtualization infrastructure for both mission-critical and research applications Since 2010 has dedeicated – New datacenter, major upgrades, virtualization 2014 – Science DMZ – Cross campus, 100GbE, private cloud

3 National Resource for Cell Analysis and Modeling VCell Service Total Registered VCell Users Users Who Ran Simulations Currently Stored Models Currently Stored Simulations Publicly Available Models 17,048 4,030 58,798 353,603 597 Scope Kinetic modeling and simulation platform – Compartmental or spatially-resolved (1D/2D/3D) – Stochastic, deterministic, hybrid – Reaction-diffusion, advection, electrophysiology Major emphasis on reuse and reproducibility – SaaS: VCell simulations from 2001 still 100% reproducible – Standards development: SBML, SED-ML Editors, HARMONY

4 HPC Facility Resources Storage (> 1 PB): – Main shared scale-out storage cluster (330 TB EMC 2 Isilon “SmartPools”) – Multiple dedicated 30/50 TB “scratch storage areas” for primary applications (VCell, NGS pipeline, etc.) – Private cloud object store (650 TB Amplistor), geo-dispersed across 3 datacenters Compute (> 40 Tflops): – Large CPU-only and hybrid CPU/GPGPU compute clusters + OSG cluster – Currently 40+ Tflop compute capacity and 5.8 TB RAM – Choice of 3 batch scheduler systems (PBS, SGE, MJS) Virtualization Infrastructure: – Redundant VMWare server and desktop virtualization hosts(456 CPU cores, 1 TB RAM) hosting 100+ Windows/Linux virtual machines – SSD high IOPS performance cache tier Datacenter Infrastructure: – UPS generator backed power (160 kW), redundant cooling (50 tons) – Dedicated 3x40 GbE dark fiber connection to off-site DR location Network (100+ GbE): – Full non-oversubscribed 10/40 GbE datacenter network core layer – BioScienceCT Research Network – 100 GbE to Storrs and Internet2 – NSF CC-NIE Science DMZ – low latency, non-firewalled

5 Science DMZ and UConn Cloud

6 Compute Cluster Simulation Worker Service Physiology EditorGeometry EditorApplication Editor Physiology Reactions Species Structures Fluxes Diagrams Application Reaction Specificatio n Species Specificatio n Electrical Protocols Structure Mapping Model Analysis Simulation Editor Simulation Monitor MathDescription Geometry Domains Parameters Equations Simulation Math Description Parameter Overrides Solver Specifications Data Viewer Data Exporter Math Generation Service Slow Reaction Stoichiometry Analyzer Fast Reaction Stoichiometry Analyzer Electrical Circuit Analyzer Math Description Generator Geometry Subvolumes Regions Surfaces Connection Service Authentication Service Job Control Service Data Service Persistence Service Remote Message Handler Document Manager Simulation Data JMS Broker (SonicMQ) Siumulation Data Service Data Export Service Database Service Simulation Dispatch Service Database (Oracle) Connection Manager Server Manager Database Service Data Export Service Siumulation Data Service Simulation Dispatch Service Simulation Worker Service Compiled Simulation Jobs Batch Scheduler (PBSPro) Storage Cluster VCell Software Architecture (web-based distributed client/server framework) Client application on users’ computersServers at CCAM

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