Ms. Bree A. Hartlage

NAVSUP HQ

Command Science Advisor

(717) 605-3405

bree.hartlage@navy.mil

NAVY Sense & Respond Logistics

Mobile Loads(RFID)

Fuel State(Fuel Management)

Health, UsageRemaining Useful Life

Position / Location

MEBCommander

Sea BasedLogistics

•Automatic Supply Requisitions•Automatic Maintenance Sked•Anticipatory Logistics•Order Tracking/Visibility•Fuel Management•Significantly Reduced Logistics Footprint

Platform-Level Deliverables•Ultra Low Power Sensor Packages – Small, smart, self-powered•Emergent Intelligence – Self-Organizing, Smart Mesh Networks

•Battlefield Fuel Quantity / Quality Sensors

•Ops / Log Synchronization•Real-Time Assessment of the“Fight” left in Platforms•Real-Time Options Generation•Predictive Planning Tool

DistanceSupport

Infrastructure

•Life Cycle Management•Distance Tech Support•OEM / Depot Interface•Fleet Trending•Technical Training

Command Level Deliverables•Battlefield Fuel Management Tools•Commander’s Decision Support Tools for Demand Options Generation•Intelligent Agents for Autonomic Logistics

I-SI-SI-SI-S

I-SI-SDM

Mesh Networks

Ammo

Sense & Respond Logistics BAS-FY08-03PSense & Respond Logistics BAS-FY08-03P

Sense & Respond Logistics

Sensor => Equipment Health/Supply => Future Health/Supply => Platform Readiness => Availability => Decision Support

Affordable, Ultra-Low Power Sensors

Board LevelNov 200510 in^3

ASIC/MEMS30 months1 in^3

Complex data sensors operating on scavenged power, IP addressable. Part of a Mesh Network Infrastructure monitoring equipment health, status, location, and state to LRU level.

Machinery Prognostics – Emergent Intelligence

Mesh Networks for Dynamic Dist Ops

2005

Static, No forecast, monolithic, manual

update

Dynamic, Mission Life Forecast, Modular,

Auto update

2012

Provides capability to accurately determining platform health, usage and remaining useful life for disparate equipments / system-types. Equipment level, system level, platform level, and enterprise level prognostics models that function in an open, distributed environment.

0

0.2

0.4

0.6

0.8

1

Anticipatory Proactive Anticipatory Proactive Logistics,Logistics,

Alter Initial ConditionsAlter Initial Conditions

Anticipatory Proactive Anticipatory Proactive Logistics,Logistics,

Alter Initial ConditionsAlter Initial Conditions

Anticipatory Proactive Anticipatory Proactive Logistics,Logistics,

Alter Initial ConditionsAlter Initial Conditions

Decision Support Tools For Demand Options Generation

•Capture and Visualizecommander’s intent and range of ops / log options.

DELIVERABLES

Four Products withFleet / Force-Wide

Applicability

Key Enablers for Log Transformation

TRL 3 StartTRL 6 Finish

FUEL

Commander’s Planning Toolfor future ops. Allows optimumForce configuration based on Knowledge of the “fight” left In individual platforms.

Predictive PlatformMission Area Readiness Model

•Battlefield Fuel Management -Options for Dynamic AllocationBased on commander’s intent.

Sensors

Machinery of Interest

The S2NAP® SubSystem

Information/Application Interfaces

OMMS

NG

CSMP(Ship’s

File)

Temp

Press

Vibes

Other

RSUPPLY

PARTSON

ORDER

Translator

Repair Order – 2K w/ Parts

Q-Tasks

“STAR” LPACOEMs : Dresser Rand RIX

OBRP/MILSTRIP

Work Candidates/2K’s

CSMP(Shore File)

RMAIS/MST

Sensor Signal/Failure Trigger

Distance Support 2.0 Server

Shipboard Environment

ICMP

NAVSUP Log R& D ProgramNAVSUP Log R& D Programin partnership with RLWin partnership with RLW

Sense & Respond Logistics Functional Architecture

U-Cards

SENSE RESPOND

Backup

Phase II Work Plan: Nested RFID, ONR Topic N04-180

Work is Centered on

Always Available Wireless

Node (AAWN)