9th Annual Expeditionary Warfare Conference Protection of the SEA BASE

Slides:

Advertisements

Similar presentations

“Working together to achieve service excellence” RADCOMMS 11 Conference May 2011 Commodore Roger Boyce Director General ICT Policy and Plans Defence.

Advertisements

Statement A: Approved for Public Release, Distribution is unlimited

BGen George J. Allen, Director C4 & CIO of the Marine Corps 5 May 2009

National Security Cutter A Unique National Asset Re-capitalization of the U.S. Coast Guard.

Mine Warfare Transition of Platform

Concept of Operations Development SITREP

Naval Division 08 Thales Naval UK. 2 Naval Division – 08 NAVAL INDUSTRIAL FOOTPRINT France UK Netherlands Germany Australia JV Samsung Thales (STC) South.

1 Material Identification Reflectivity Kernel (MIRK) for MCM/Mining Single Pass Detect-to- Engage (DTE) Operations Radm John Pearson, USN (Ret) 9 MAY 2012.

This Brief is UNCLASIFIED

USV Capability UUXO Partnership Workshop Michael Fetsch 10 October 2008.

Mine Counter Measure using MEA

ENGAGE RESPOND PROJECT UNCLASSIFIED MINE WARFARE REQUIREMENTS BRIEF TO

Underwater Detection and Tracking Systems Naval Weapons Systems.

USMC PAST… PRESENT… FUTURE….

Undersea Warfare.

The Department of the Navy

Navy International Program Office

Introduction to Remotely Operated Vehicles ROVs

1 U.S. Naval Forces Central Warfighting First, Operate Forward, Be Ready Mine Warfare and Concept of Operations in (IMCMEX-MIPS) 2013 CAPT Glenn Allen.

Environmental Variability on Acoustic Prediction Using CASS/GRAB Nick A. Vares June 2002.

& HEALTH (ESH) SUPPORT TO THE LITTORAL COMBAT SHIP (LCS)

NDIA 8th Annual Expeditionary Warfare Conference

Partnership in Unmanned Marine Systems GATE Electronics TR Technologies TURKEY.

Luis Cordero Business Development phone: mail: Spanish SME ̴ 50 employees > 90% engineers and PhD Spin-off started.

May 2003 Long-term Mine Reconnaissance System (LMRS) Update Presented to:Mine Warfare Association Presented by:CAPT John D. Lambert, USN Program.

Autonomous Machines By: Tyler Roberts.

Slide Adaptive Sampling and Prediction (ASAP) AOSN-II Undersea Persistent Surveillance (UPS) Autonomous Wide Aperture.

Littoral Warfare Product Area Director 20 Oct 2003 Dr. David P. Skinner Briefing to the NDIA.

Mine Warfare Association Deputy PEO (Littoral and Mine Warfare)

Naval Coastal Warfare Squadron Location: Portsmouth Naval Shipyard, VA and San Diego, Ca Personnel: Officers: 10 - O-3 to O , 1630, 1600, 3100,

Mine Warfare Databases RDML Thomas J. Wilson, III Oceanographer of the Navy.

1 United States Marine Corps Power Projection Requirements: Naval Mine Countermeasures LtGen E. R. Bedard, DC PP&O A Brief for the Mine Warfare Association.

Commander Mine Warfare Command Future Vision May 6, 2003.

Bluefin Robotics Corporation 237 Putnam Avenue Cambridge, Massachusetts Fax October 2008 Rand.

HWT X-1 POTOTYPE IN OPERATION Unmanned System - Scalable 6 Years of Development Rigorous Testing Patented WingSail & Controls Autonomous Vehicle Control.

Sea Mine Warfare: An Assessment Update July 2001 RDML M. A. Sharp, Program Executive Officer.

The Fleet Engagement Strategy: Introduction of Organic MCM MGen Bill Whitlow.

© Copyright 2009 All Rights Reserved 1 Measuring DLoD impacts in trials David Hathaway 26 th ISMOR.

Maritime Homeland Defense / Security Mine Countermeasures

Commander Mine Warfare Command May 6, 2003 ISSUES.

MIDN 4/C Coleman and MIDN 4/C Thompson-James

Naval Sea Systems Command D A H L G R E N D I V I S I O N N A V A L S U R F A C E W A R F A R E C E N T E R Sea Battlespace Dominance & Mining Vision MINWARA.

Seabasing Roadmap † : A Littoral Warfare Systems Perspective Dr. David P. Skinner, LWS Product Area Director October 2004 † Seabasing Roadmap N703/N75.

Unmanned Maritime Systems September 30, 2015 John A. Lamb Director, Submarine Programs Newport News Shipbuilding.

CNA Mainstreaming mine warfare: Fleet initiatives 26 July 2001 MINWARA conference CNA Sabrina R. Edlow CNA.

Warfare Communities of the Fleet and Marine Forces

Naval Mine Countermeasures Vision

Mine Warfare - A Total Force Approach for the Future

Program Executive Officer Strike Weapons and Unmanned Aviation

7 조 강창호 강애량 김창규 오혜영 최재영 이홍일 MQ-9B. 1. Goal of Project 2. Project members 3. Schedule 4. Analysis of UAS 4.1 Requirement analysis 4.2 Air vehicle.

Authorized for Public Release IAW SPR dtd RDML MARK R. MILLIKEN Navy International Program Office.

Approved for public release; distribution is unlimited. 10/7/09 Autonomous Systems Sensors – The Front End of ISR Mr. Patrick M. Sullivan SPAWAR ISR/IO.

Authorized for Public Release IAW SPR dtd RDML Mark R. Milliken Deputy Assistant Secretary of the Navy, International Programs (DASN IP)

MCM Systems for Littoral Combat Ship Advanced Flight Mission Package Industry Day Brief 17 April 2007 Sam Taylor, Ph.D. ONR Product Line Manager.

Fleet Design RADM Kenny Floyd Current Strategy Forum.

WARFARE COMMUNITIES OF THE FLEET AND MARINE FORCES.

Naval Weapons Systems NSC 201

Seminar on Knowledge Systems for Development:

Air Power Royal Air Force

Hybrid ROV (HROV) Fiber Optic Cable Design

Network for connecting robots, sensors, drones, unmanned surface

Protecting the Sea Base NDIA Expeditionary Warfare Conference Rear Admiral Brad Hicks 20 October 2004.

Joint Protection of the Sea Base

Enabling Technologies for Joint Protection of the Sea Base

Distribution Statement A: Approved for Public Release; Distribution is unlimited. 1 Customer Advocate Airborne Electronic Warfare Systems 29 MAR 2011 Tim.

Underwater Detection and Tracking Systems

DDR&E Advanced Capabilities Overview

Spatial Integrated Systems, Inc.

Director, DON SBIR/STTR & Special Programs

Presentation transcript:

9th Annual Expeditionary Warfare Conference Protection of the SEA BASE RDML Bill Landay Program Executive Officer PEO Littoral and Mine Warfare Bill.Landay@navy.mil

Transition to Advanced Land Base Protection of the Sea Base Sea Base Concept Force Objectives U.S.A. Advanced Land Base Transition to Advanced Land Base Force Projection Sea Base Protection of the Sea Base 2

Establishing the Sea Base Force Objectives Transition to Advanced Land Base U.S.A. Advanced Land Base Force Projection Sea Base ADS/SURTASS LCS MM ASW LCS MM MIW RMS (DDG) Dedicated MCM UUVs 3

Establishing the Sea Base Mine Sweepers Remote Minehunting System with AQS-20 VTUAV with COBRA Laser Detection System RAMICS Rapid Airborne Mine Clearance System OASIS Organic Airborne and Surface Influence Sweep AMNS Airborne Mine Neutralization System AN/AQS-20A Sonar Mine Detecting Set ALMDS Airborne Laser Mine Detecting Set 4

Transition to Advanced Land Base SEA BASE Protection Force Objectives U.S.A. Advanced Land Base Transition to Advanced Land Base < Force Projection Sea Base ADS SURTASS LCS MM ASW LCS MM MIW LCS MM SUW AT/FP Dedicated MCM RMS (DDG) USV UUV EOD 5

LFA Active Source/Receiver, SEA BASE Protection SECVOX, OTCIXS, TRE/TRAP UHF FLTSATCOM SHF DSCS Acoustic Data SECVOX, C2/AUTODIN MPA Shore Facility Strike Group LCS ADS Vessel of Interest SURTASS FDS LFA SOSUS Acronyms Integrated Undersea Surveillance System (IUSS) Fixed Distributed Systems (FDS) Advanced Deployable System (ADS) Surveillance Towed Array System (SURTASS) Sonar Technician, Surface (STG) Sonar Technician, Submarine (STS) Anti-submarine Warfare Operator (AW) Target Bistatic & Acoustic Comms Receiver Tactical Bistatic Receiver LFA Active Source/Receiver, Acoustic Comms 6

Transition to Advanced Land Base Force Projection Force Objectives Force Projection U.S.A. Advanced Land Base Transition to Advanced Land Base < Sea Base ADS SURTASS Dedicated MCM VSW MCM LCS MM ASW LCS MM MIW LCS MM SUW RMS (DDG) COBRA UUV USV NSW EOD 7

Force Projection Standardize titles and formats for slides in this section Title: ISR UUV Capability? 8

Technology to Support Protection of the SEA BASE Autonomous Unmanned Vehicles Energy Common Control/Networked Information Exchange Payloads/Modularity Sensors Intelligent Behavior Weaponization Super-Cavitating Projectiles Blue-Green laser Mine Detection Synthetic Aperture Sonar Super Conduction for Magnetic Mine Detection HF Wideband Sonar LF Broadband Sonar Speed Independent Acoustic Sensors Multi-Spectral Imagery Un-Tethered Expendable Mine Neutralization Systems Integrated Detection and Engagement Systems Electro-Optic ID Multi-Sonar Underwater Vehicle Unmanned Combat Capable Platforms 9

10