System of Systems Common Operating System of Systems Common - - PowerPoint PPT Presentation

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System of Systems Common Operating System of Systems Common - - PowerPoint PPT Presentation

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


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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

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

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Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards Transport Services Applications Platforms Standards

FCS Layered, Networked Architecture

Net Ready/Networked Battle Command Command BCT system elements are commonly developed to integrate FCS platforms into a larger geographically dispersed yet Functionally integrated machine Battle Command incorporates C2, Intelligence, Surveillance, and Reconnaissance (ISR), Embedded Training, and Sustainment Net ready information management element of service based architecture - SOSCOE Heterogeneous transport layer enables robustness 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)

FCS System-of-Systems (SoS) – 18+1+1 Manned Systems Unmanned Air Vehicles Class I ARV-A (L) Small (Manpackable) UGV Non-Line
  • f Sight Cannon
Non-Line of Sight Mortar Medical Treatment and Evacuation Recon and Surveillance Vehicle Infantry Carrier Vehicle Mounted Combat System MULE: (Countermine) MULE: (Transport) Class II Class III Class IV Armed Robotic Vehicle ARV RSTA ARV RSTA ARV Aslt ARV Aslt FCS Recovery and Maintenance Vehicle Unmanned Ground Vehicles Unattended Ground Sensors NLOS LS Unattended Munitions Intelligent Munitions System Command and Control Vehicle

FCS (BCT) ASSURED COMPUTING SERVICES

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

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  • NCES focused on providing enterprise

services running within a high bandwidth reliable network infrastructure

– Capabilities are server-based – Leverages centralized computing paradigm – Emphasis on ‘shared spaces’ presumes uninterrupted access to those spaces – Acquisition Strategy

  • Adopt before Buy, Buy before Create
  • Acquire via Managed Service Providers
  • 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 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 NCES (Increment 1): High-bandwidth Reliable Network SOSCOE: Low-bandwidth Ad Hoc Network

BCT X BCT X

SOSCOE & NCES – Different Environments

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

FBCT

Core Enterprise Services

Increment 1 Product Lines Service Management Discovery IA / Security Mediation Collaboration User Assistant Messaging Application Storage SOA Foundation Content Discovery & Delivery Portal

Collaboration

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SOSCOE Architectural Concept

Standard Edition Real Time Edition Micro Edition

  • SOSCOE is a “toolset” of

Infrastructure Services that provide a Service Oriented Architecture operating environment for FCS Applications

  • Although each Edition may

require unique implementations, the Application Interfaces (APIs) will conform to a set standard

Operating System OS Abstraction Distributed Infrastructure Services Basic Services Integration Services Composite Infrastructure Services Shared Domain Services Domain Applications Human Machine Interfaces

COTS

Basic Services Layer

Provides localized primitive utilities that run in-process.

Basic Services Layer

Provides localized primitive utilities that run in-process.

Distributed Infrastructure Layer

Provides secure interprocess primitive services.

Distributed Infrastructure Layer

Provides secure interprocess primitive services.

Integration Services Layer

Provides context aware services that act on behalf of a user or an application.

Integration Services Layer

Provides context aware services that act on behalf of a user or an application. OS Abstraction Layer

Isolates applications from the underlying operation system to allow portability as

  • perating systems and platforms change.

OS Abstraction Layer

Isolates applications from the underlying operation system to allow portability as

  • perating systems and platforms change.

Composite Infrastructure Services Layer

Contains components that are aggregates of lower level components in support of convenience and functionality.

Composite Infrastructure Services Layer

Contains components that are aggregates of lower level components in support of convenience and functionality.

Domain Application Layer

Includes domain specific components belonging to Battle Command, Situational Understanding, VMS,…

Domain Application Layer

Includes domain specific components belonging to Battle Command, Situational Understanding, VMS,…

Shared Domain Services Layer

Domain aware services that are required by multiple domains

Shared Domain Services Layer

Domain aware services that are required by multiple domains

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

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FCS Battle Command Compose-able Architecture Drives the Use of TINEX

Domain A Appli pplicat ations ns

Netw twor

  • rk Manage

nagement Policy Manager Configuration Manager Performance Manager Key Management Interface Adapter Management System Integrated Event Correlation Accounting Manager Security Manager Spectrum Manager Common Network Picture Network Planning Fault Monitor Missi ssion

  • n E

Execu ecution Incoming Order Processor Policy Editor Action Requestor Order Report & Authorizer MGV Remote Operations Task Organizer Notification Unmanned Payloads Control UAV Control Unattended Munitions Control Airspace Control Fires & Effects Control UGV Control UGS Control Conflict Control Ground Space Control Embed bedded ded T Training ng Training Common Components

Warfi Warfighter M hter Machi chine I ne Interf terfac ace

IC ICS O S Oper erat ating Sy g System

COTS NDI

SO SOSCOE

Tas Task I Integr egrat ation Net ion Network

  • rk

WM WMI S Services Presentation Builder Logon Manager Window Control Interface QOS Manager Agent Authorizer Presentation Tailor Visualizer WMI Primitives Presentation Manager Core APIs Collaboration Role Manager Translation Interface Report Generator Terminal Emulators Operator/ Account Manager Intelligent Operator Monitor O/S Interface Situa tuationa ional U Unde nders rstan tandin ing Situation Refinement Weather Service Threat Refinement SU Presentation Battle State Assessor Fusion/ Process Refinement Readiness Monitor SU Toolset Battlespace Object Priority Manager Plan anning & P Prep epar arat atio ion Plan Assessor Objective Planner Sensor Planner Maneuver Planner Survivability Planner Rehearsal Services Ground Space Planner Fires & Effects Planner Comms Network Planner Security Planner Air Defense Planner AAR Services Airspace Planner COA Planner Terrain Analyzer Simulation Le Level 1 1 Fusi sion Distributed Fusion Manager Exploitation Tools Fusion Engine Sens ensor

  • r D

Data ta M Mana anage gemen ment Sensor Plug-ins Non-Organic Sensor Plug-ins SDM Kernel (External Control, Sensor Arbitration SDM Sensor Framework (Plug-in Control, Monitoring SDM Utilities PS- PS-MRS FPSIM Reasoner Maintenance Reasoner Anomaly Detector Soldier Interface Consumption Reasoner LRU Interface Data Collection Service Vehi hicle Embed edded Dec Decisi sion

  • n A

Accu ccuracy cy Consumption Model Generator Simulated Fault Generator Decision Accuracy Evaluation Data Management FPSIM Generator LRU Simulator LD LDSS Maintenance Manager Maintenance Planner Supply Manager Distribution Manager Supply & Distribution Planner Force Health Protection Planner Force Health Protection Manager C2 Common Extensions Human Resources Planner Human Resources Manager Commander/ Soldier Support

TINEX is a “workflow engine” that leverages the Discovery and Dissemination to Minimize network traffic and software execution flexibility

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

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Task Integrated Network (TIN) “Thread” Application Services to create desired Effects

Task Sequence Battle Command Process Apply Knowledge, Judgment, and Analysis to Understand the Situation

Object, Situation, Threat & Refinement Service Battle State Assessor Service SU Presentation Service Presentation Builder, Tailor, Manager Service Collaborator Service Simulation Service Plan Assessor Service Weather Service Terrain Analyzer Service Notification Service

. . .

BSO Priority Manager Service

TIN Formation TINs provide adaptable “script” to efficiently implement services

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

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FY2005 Build 1.5

SOSCOE is Incrementally being Developed And Fielded

Requirements and Architecture Review Architecture and Design Review Engineering Baseline Release

FY2012 Formal Qualification & Test (FQT) Implementation Requirements Build 4.0 Build 3.0 Build 3.5

03/02/10

Build 2.5 Build 2.0 Build 1.8

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

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SOSCOE 2 Year Build Cycle

Software Development Methodology is based on IEEE 12207.2 Evolutionary Model SOSCOE Releases Software

  • n a yearly cycle

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090

SW Review 1 - Requirements & Architecture

System Requirements Definition and Management Planning Software Requirements Analysis and Test Planning Architecture

  • SSS
  • Build Plan
  • SDP
  • SRS
  • IRS
  • STP

(Initial)

  • SADD
  • Architectural Concept Studies
  • Feasibility Rationale (Initial)
  • Changes to SRS
  • Changes to IRS

Design

Requirements & Architecture Baseline

  • Changes

to SADD Doc’s Baselined:

  • SSS
  • Build Plan
  • SDP
  • SRS
  • IRS
  • SADD

.

SW Review 2 - Architecture & Design Implementation Status Outbrief

Release Implementation Integration and Test

  • STD
  • IRM

TRR

  • Feasibility

Rationale

  • STP
  • Concept Studies
  • Make/Buys (Initial)
  • SDD (Initial)
  • IDD (Initial)
  • DBDD (Initial)

Engineering Release

  • PRM
  • SUM
  • DUG
  • SW Build
  • Changes to PRM
  • Changes to SUM
  • Changes to DUG
  • SVD (Eng.

Release)

  • STD (Initial)
  • IRM (Initial)
  • STD (FQT

Updates)

  • STR
  • SVD
  • STrP (as

req’d)

Design

  • SDD
  • IDD
  • DBDD
  • Make/Buys
  • PRM (Initial)
  • SUM (Initial)
  • DUG (Initial)

.

Design

Component A Component B Component C Component D Functional Group IPTR Synchronization IPTR Outbrief

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Summary

  • SOSCOE provides the Infrastructure for the Tactical Domain

supporting Net Centric Operations paradigms

  • SOSCOE is being Developed by a Team of Boeing, SAIC and

34 other companies

  • SOSCOE Development Cycle is 2 years with yearly Releases
  • SOSCOE is available via Distribution Agreement and SLA

under Government Purpose Rights (GPR)

  • SOSCOE Build 1.8 consists of 95% COTS/Open Source or a

Total of 78 products

– 14.7M SLOCS delivered SOSCOE is based on a set of Standardized APIs and based on COTS/Open Source, modified and developed software

Approved for Public Release, Distribution Unlimited, TACOM 01 Mar 2007, case 07-090