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Simulation Based Design (SBD) Vision

Simulation Based Design (SBD) Vision. OPERATIONS. SBD BENEFITS. OPERATIONS & LOGISTICS SIMULATIONS. DEPLOYABLE SYSTEM. LESSONS LEARNED. • Enhanced Weapon Effectiveness • Reduced Acquisition and Life Cycle Cost • Streamlined Technology Insertion • Documented “On-the-Shelf” Capabilities

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Simulation Based Design (SBD) Vision

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  1. Simulation Based Design (SBD)Vision OPERATIONS SBDBENEFITS OPERATIONS & LOGISTICS SIMULATIONS DEPLOYABLESYSTEM LESSONSLEARNED • Enhanced Weapon Effectiveness • Reduced Acquisition and Life Cycle Cost • Streamlined Technology Insertion • Documented“On-the-Shelf” Capabilities • Reduced DevelopmentCycle Time • Rapid Prototypingand Deployment WARFARE ANALYSES/AOA TRAINING SIMULATIONS REQUIREMENTS OPERATIONALSYSTEM SIMULATION BASED DESIGN & ENGINEERING VIRTUAL TESTING VIRTUAL MANUFACTURING PRODUCT DEFINITION ENVIRONMENTALMODELING DESIGN, PROTOTYPING, AND ACQUISITION The SBD VISION: Develop, manufacture, deploy, and operate weapons “in the computer” in a fraction of the current time and at a fraction of the current cost.

  2. Undersea Weapon Design and Optimization(UWDO) • ONR Simulation Based Design (SBD) Program • 6.2 Research (1999-Present) • Multi-Disciplinary Optimization (MDO) • High-Fidelity, Modeling and Simulation (M&S) • Total Ownership Cost (TOC) reduction • 6.3 Research (1997-1999) • Distributed Collaboration • Parametric Design and Analysis Tools • Architecture Development • Funded Organizations (FY01) • Government: NUWC • Universities: ARL/PSU, GA Tech, U of M • Industry: SAIC

  3. UWDO Research Objectives • Enable the timely development of highly effective, inherently affordable weapon systems • High-fidelity, system-level assessment of emerging technology payoffs/tradeoffs (prior to design commitment) • Embedded, real-time Multi-Disciplinary Optimization (MDO) • Provide foundation for information-based engineering and programmatic decision-making (performance, cost, and risk)

  4. NUWC Common Product Development ProcessImmersive Visualization Solutions • Mission • Streamline idea generation and knowledge transfer throughout the NUWC departments and strengthen NUWC interaction with its customers & partners. Virtual Environments Virtual Platform, SIMII Contractor Facilities Electric Boat, Newport News • Proposed Immersive Wall Solution • Centralized visualization resource • Directly support Engineering Teams (10-15 users/session) • Provide near-term development resource/research platform • Enabling technology for distributed teams • COTS Implementation • Immediate availability, low risk deployment • Turnkey operation with on-site software packages • Architecture Independent of Display Format • Ensure interoperability with internal/external facilities • Provide flexibility for the future Universities NUWC Laboratories Virginia Tech CAVE ARL/PSU, Brown, VT, UM

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