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BLCSE Use of OneSAF - OneSAF Public Site

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<strong>OneSAF</strong> Technical Exchange Meeting<strong>BLCSE</strong> <strong>Use</strong> <strong>of</strong> <strong>OneSAF</strong>Larry RiegerARCIC <strong>BLCSE</strong> TCCApproved for public ReleaseDistribution unlimited


JAMSD Mission• Serves as the TRADOC lead and cross domaincoordinator for Models and Simulations (M&S).• Provides staff management <strong>of</strong> M&S support to conceptdevelopment and learning, requirements determination,and capabilities integration.• Coordinates, and directs the use and development <strong>of</strong> theTRADOC-wide distributed M&S asset, Battle LabCollaborative Simulation Environment (<strong>BLCSE</strong>)Battle Lab Collaborative Simulation Environment (<strong>BLCSE</strong>)TRADOC simulation environment for Experimentation<strong>OneSAF</strong> is THE primary maneuver entity driver in <strong>BLCSE</strong>8/27/2012 3L. Rieger 757.7501 6298


<strong>BLCSE</strong> Events using V5.x• <strong>BLCSE</strong> has been using <strong>OneSAF</strong> since OF 08 (2008) V2.1• JFEWE (Joint Forced Entry Warfighter Experiment) V5.0+- First <strong>OneSAF</strong> use that was really reliable• CAMWAS (Combined Arms Maneuver Wide Area Security)using V5.0+ (+V5.1 memory fixes)- Memory patch fixed last stability issues.- No cluster failures during event (foibles-yes)• GAMOA (Gain and Maintain Operational Access) V5.1.1.5- Performed very well, until day 8.- HLA Interop failed – due to network bandwidth(Network, not <strong>OneSAF</strong> issue – but <strong>OneSAF</strong> crashed)• <strong>BLCSE</strong> has re-baselined at V5.1.1.6 for FY12 work8/27/2012 5 L. Rieger 757.7501 6298


<strong>BLCSE</strong> CHP• 2011 Purchase <strong>of</strong> standard Hardware “Cluster” for <strong>BLCSE</strong>• Cluster is 20 Platforms, 10 “heavy” and 10 “light” all dual NIC• Heavy platform is dual-socket quad cores, total 7 CPU cores– One is Cluster Controller (“BattleMaster”) platform– One is SORD/SCAMT box– One is Interop box– 7 are SimCore boxes• Light platform is single socket quad core – used as MCT• All are Xeon E5620 at 2.4 GHz with GForce GTC570 GPU- using 1 Terabyte SATA III removable hard drives• <strong>BLCSE</strong> rule is 150 entities per CPU core, or 1200/Simcore;- which works out to 8400 per cluster (typically load less)• In benchmark tests, Simcore load fail point was 3600/Simcore- using V5.1.B (PM Baseline V5.1.1 equivalent)8/27/2012 6 L. Rieger 757.7501 6298


<strong>BLCSE</strong> <strong>OneSAF</strong> Toolkit• Primary Simulation: <strong>OneSAF</strong> Includes <strong>OneSAF</strong>-based ACRT (Virtual Simulation){Advanced Concepts Research Tool} Includes <strong>OneSAF</strong>-based DES (Adjudication tool){Damage Effects Server} Includes <strong>OneSAF</strong>-based BONST (Node Manager){<strong>BLCSE</strong> <strong>OneSAF</strong> Node Status Tool} Includes <strong>OneSAF</strong>-based ASGTK (Scenario Tool){Automated Scenario Generation ToolKit}– ForceBuilder in development (used in GAMOA)– ForceBuilder will replace ASGTK in <strong>BLCSE</strong>8/27/2012 7 L. Rieger 757.7501 6298


<strong>OneSAF</strong> DES Issues• Composition Issues – DES has to have an entity compositionwith all munitions types• Backstop Issues – Need to have a default “backstop” data forPk calculations• Enumeration Issues – DES is not providing feedback whenenumeration doesn’t match – We need to fix this• Huh?? Issues – How does a 9mm shoot down F-22s?The DES produces some anomalies based on data/backstop.The bottom line is good data is required for effective DES8/27/2012 8 L. Rieger 757.7501 6298


<strong>BLCSE</strong> <strong>OneSAF</strong> NodeStatus Tool (BONST)Similar to the SCAMT tool from <strong>OneSAF</strong>.The BONST communicates to the <strong>OneSAF</strong> machinesvia the JMX management protocol. This allows theBONST to perform remote method queries to retrievedata from any <strong>OneSAF</strong> workstation with JMX enabled,which it is enabled by default. That includes <strong>OneSAF</strong>machines that are running in standalone, beforeinitialization, and even SCAMT nodes.Primary use is Federation Operations Controller toolto see what is stress level, and functions,in the various <strong>OneSAF</strong> Clusters8/27/2012 9 L. Rieger 757.7501 6298


<strong>BLCSE</strong> Big Issues• AMSAA Data Load – still too hard, too clumsy- Looking ahead to V6 and new tools• Need too many pucksters – better aggregate commandforce behaviors- Company level behaviors that are more intuitive and lessoperator demanding – Bn. level puckster• Ability to support CAMEX faster than real time excursions(burst <strong>of</strong> 3-4 hours non-HITL at 4x in brigade+ events)- Looking at both <strong>OneSAF</strong> and ULE• Dynamic Terrain Server – Added with V6 migration– Will be part <strong>of</strong> <strong>BLCSE</strong> baseline from FY13 event• <strong>BLCSE</strong>, and Army, is being driven to cloud computing underArmy CIO initiatives. This will impact <strong>OneSAF</strong> platform8/27/2012 10 L. Rieger 757.7501 6298


Army Requirements Integration CenterQUESTIONS?Larry Rieger<strong>BLCSE</strong> Technical Configuration Controller757.501.6298Lawrence.a.rieger.civ@mail.mil8/27/201211

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