System of Systems Common Operating System of Systems Common Operating Environment (SOSCOE) Environment (SOSCOE) Support to Net Centricity Support to Net Centricity Mark Uland, Deputy Chief Architect SOSCOE, FCS LSI , Boeing 3/20/2008 9:07:25 AM 1 Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090
FCS Layered, Networked Architecture Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Platforms Applications Applications Applications Applications Applications Applications Applications Applications Applications Applications Applications Applications Applications Applications Applications Services Services Services Services Services Services Services Services Services Services Services Services Services Services Services Net Ready/Networked Battle Command Transport Transport Transport Transport Transport Transport Transport Transport Transport Transport Transport Transport Transport Transport Transport Standards Standards Standards Standards Standards Standards Standards Standards Standards Standards Standards Standards Standards Standards Standards FCS System-of-Systems (SoS) – 18+1+1 Command BCT system elements are commonly Unmanned Air Vehicles Manned Systems Class IV Command and Class II Class III Infantry Carrier Control Vehicle Class I developed to integrate FCS platforms into a larger Vehicle Unattended Munitions Unattended Ground NLOS LS Intelligent Sensors Munitions System Mounted Recon and Combat System Surveillance Vehicle geographically dispersed yet Functionally integrated Unmanned Ground Vehicles ARV RSTA ARV RSTA ARV Aslt ARV Aslt Non-Line of Sight Cannon Non-Line of Sight Mortar Small (Manpackable) UGV Armed Robotic Vehicle MULE: (Transport) machine FCS Recovery and Medical Treatment Maintenance Vehicle and Evacuation ARV-A (L) MULE: (Countermine) FCS (BCT) Battle Command incorporates C2, Intelligence, Surveillance, and Reconnaissance (ISR), Embedded Training, and Sustainment Net ready information management element of service based architecture - SOSCOE ASSURED COMPUTING Heterogeneous transport layer enables robustness SERVICES Networked battle command, embedded training, and supportability developed Technical View (TV-1) integrated into SoS level TV-1 standards supporting integration Integrated Architecture Provides Design-Phase Flexibility and Tactical Adaptability For The Networked FCS (BCT) 3/20/2008 9:07:25 AM 2 Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090
SOSCOE & NCES – Different Environments Core Enterprise NCES (Increment 1): High-bandwidth Reliable Network Services Increment 1 Collaboration • NCES focused on providing enterprise Product Lines Mediation services running within a high bandwidth reliable network infrastructure IA / Security Collaboration – Capabilities are server-based Discovery Portal – Leverages centralized computing paradigm Service Management – Emphasis on ‘shared spaces’ presumes Content Discovery Storage & uninterrupted access to those spaces Delivery – Acquisition Strategy Application SOA Foundation • Adopt before Buy, Buy before Create Messaging • Acquire via Managed Service Providers User Assistant SOSCOE: Low-bandwidth Ad Hoc Network • SOSCOE focused on providing reusable software infrastructure components for Platform and Battle Command Applications on a Bandwidth Constrained Ad Hoc Network – SOSCOE must support decentralized real-time FBCT X X BCT BCT and safety-critical applications – Emphasis on managing QoS over radio networks – SOSCOE makes wide use of “Proxy” notion for maintaining seamless communications with the GIG at WIN-T POPs 3/20/2008 9:07:25 AM 3 Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090
SOSCOE Architectural Concept Domain Application Layer Domain Application Layer Human Machine Interfaces Includes domain specific components belonging to Battle Command, Situational Includes domain specific components belonging to Battle Command, Situational • SOSCOE is a “toolset” of Domain Understanding, VMS,… Understanding, VMS,… Applications Infrastructure Services that Shared Shared Domain Services Layer Shared Domain Services Layer Domain Domain aware services that are required by multiple domains Domain aware services that are required by multiple domains Services provide a Service Oriented Composite Composite Infrastructure Services Layer Composite Infrastructure Services Layer Infrastructure Architecture operating Services Contains components that are aggregates of lower level components Contains components that are aggregates of lower level components in support of convenience and functionality. in support of convenience and functionality. environment for FCS Integration Applications Integration Services Layer Integration Services Layer COTS Services Provides context aware services that act on behalf of a user or an Provides context aware services that act on behalf of a user or an application. application. • Although each Edition may Distributed require unique Infrastructure Distributed Infrastructure Layer Distributed Infrastructure Layer Services Provides secure interprocess primitive services. Provides secure interprocess primitive services. implementations, the Application Interfaces (APIs) Basic Services Basic Services Layer Basic Services Layer will conform to a set standard Provides localized primitive utilities that run in-process . Provides localized primitive utilities that run in-process . OS Abstraction Layer OS Abstraction Layer OS Abstraction Isolates applications from the underlying operation system to allow portability as Isolates applications from the underlying operation system to allow portability as operating systems and platforms change . operating systems and platforms change . Operating System Standard Edition Micro Edition Real Time Edition 3/20/2008 9:07:25 AM 4 Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090
FCS Battle Command Compose-able Architecture Drives the Use of TINEX Warfighter M Warfi hter Machi chine I ne Interf terfac ace WM WMI S Services LD LDSS Plan anning & P Prep epar arat atio ion Missi ssion on E Execu ecution PS-MRS PS- Netw twor ork Manage nagement Presentation Maintenance Maintenance Airspace Plan Action Vehi hicle Embed edded Network Configuration Visualizer Incoming Builder Manager Planner Planner Assessor Order Requestor Planning Manager FPSIM Consumption Core APIs Processor Presentation Supply COA Task Reasoner Reasoner Policy Integrated Ground Supply & Tailor Collaboration Manager Planner Organizer Manager Event Space Policy Editor Distribution Maintenance LRU Correlation Presentation Planner Planner Sensor Reasoner Interface Spectrum Distribution Notification WMI Order Manager Planner Manager Manager Fault Primitives Report & Anomaly Data Force Health Fires & Unmanned Monitor Logon Objective Authorizer Detector Collection Performance Force Health Translation Protection Effects Payloads Manager Protection Planner Service Manager Accounting Interface Planner Planner MGV Control Soldier Manager Manager Role Maneuver Interface Remote Key Report Human Comms UAV Control Manager Planner Operations Security Human Management Generator Resources Network Dec Decisi sion on A Accu ccuracy cy Manager Resources UGV Control Interface Agent Manager Survivability Planner Unattended QOS Consumption Simulated Planner Authorizer Planner Munitions Common Adapter Manager Model Fault Commander/ UGS Control Security Control Network C2 Common Management Terminal Terrain Generator Generator Soldier Planner Window Picture Ground System Extensions Support Analyzer Airspace Emulators Control Data Air Defense Space FPSIM Control Interface Operator/ Sens ensor or D Data ta M Mana anage gemen ment Rehearsal Management Planner Generator Control Situa tuationa ional U Unde nders rstan tandin ing Account Services Fires & SDM Kernel (External Decision Intelligent AAR Manager Readiness Situation Effects Conflict Control, Sensor Arbitration Accuracy LRU Simulation Services Operator Monitor Refinement Control Control Evaluation Simulator O/S Interface Monitor SDM Sensor Framework Weather Le Level 1 1 Fusi sion Threat (Plug-in Control, Monitoring Embed bedded ded T Training ng Service Refinement Distributed Non-Organic Fusion Training Common SU Toolset Sensor Fusion SU Sensor Engine Components Plug-ins Manager Presentation Fusion/ Plug-ins Process Battlespace Exploitation Tools SDM Utilities Refinement Object Battle State Priority Assessor Manager Domain A Appli pplicat ations ns Task I Tas Integr egrat ation Net ion Network ork COTS SO SOSCOE NDI TINEX is a “workflow engine” that leverages the Discovery and Dissemination to Minimize network traffic and software execution flexibility IC ICS O S Oper erat ating Sy g System 3/20/2008 9:07:25 AM 5 Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090
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