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How Automatic Identification System (AIS) Is Being Used to Improve Navigation Safety Lock Operations Management Application

Michael Winkler

June 2016

BUILDING STRONG®

AIS Service

Manager Data

Storage

Internal/ External web access Web Services: XML, RSS, etc.

Lock Operator GUI

AIS aboard vessels

Industry

Other Gov’t agencies

Public

Internal applications: • LPMS/LOSAT • CPT • Other apps

Internal and external Navigation data sources: • Met/hydro • Commodity • Voyage plans • Other

LOMA system overview

USCG AIS data

capabilities: AIS archive, validation,

etc.

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LOMA AIS equipment deployment (February 2015)

130+ locations AIS AtoN transceivers Interoperability with USCG

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LOMA AIS Coverage (nominal – 12nm) FY15 Product Development

LOMA coverage: 3,878 river miles

32% of USACE-maintained 12,000 miles

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USCG AIS coverage Nationwide AIS (NAIS) program

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Full LOMA Feed

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Current LOMA Capabilities

Lock operator situational display AIS vessel information

Zone Management Playback capability

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AIS System Overview

Ship - Ship (Collision avoidance)

Mountains

Traffic Control Station (VTS-Center)

Station Ashore

Ship - Shore (VTS, Report of Ships)

Shore - Ship

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Olmsted & LOMA

375’ Wide Nav Pass

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New AIS Information AToN discrepancy Synthetic AIS AToN Virtual AIS AToN Geographic Notices Vessels awaiting lockage Lock status River current Water depth Weather

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AIS transmit capability LOMA capabilities:

► Text messages, water levels, weather, geographic notice and other messages

Development work with US Coast Guard ► Build on USCG developments ► Integrate USACE and USCG AIS capabilities

• Information transmitted where it’s needed, regardless of who operates the transceiver

Test beds: ► Louisville ► Port of Pittsburgh ► Lower Ohio River

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eMSI Demonstration What

► Distribute electronic Maritime Safety Information (e-MSI) information using the Automatic Identification System (AIS)

When ► A one-two year demonstration project starting late 2015/early 2016

Where ► Along a reach of the Lower Ohio River and adjacent reaches of the Mississippi River

upstream and downstream from Cairo. Who

► a group of volunteer towboats will be configured to receive and display information transmitted over AIS

Why ► work with a group of operators during the demonstration to gain practical experience

on distributing e-MSI via AIS and other means and to learn what benefit system users have gained from the service

► To establish the coverage of the existing transmitters and determine where there are “holes” in coverage

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eMSI Transmitters

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Data Sources Source Information Update Rate

USCG AToN Data Base Real, Synthetic, Virtual AIS AToNs

As updated

USACE Lock Management Data Base

Vessels awaiting lockage, Lock status

As updated by lock master

NOAA Weather Hourly

Weather Stations Weather Every minute

NOAA/NWS/USACE Water Depth Hourly

ORFC Predicted Current Daily

Olmsted Notice to Navigation Interest

Restricted areas, traffic patterns

As needed

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LOMA - Transmit • Additional information provided as overlay to IENC:

• Weather • Water levels • Lock status • Lock Currents

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Weather observations via AIS aboard vessel

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Water Level observations aboard vessel

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Lock Order Message

Used by Saint Lawrence Seaway since 2002

Improves efficiency, lock utilization, mitigates racing & wait time

Allows Locks to perform Maintenance based on que

Allows industry to save fuel

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Lock Order via AIS aboard vessel

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Model output 10110001110101001000110100

100100110

AIS message (LOMA or USCG)

AIS transceiver

Lock Approach Current Models

Output database

Web services

Develop and run current models

“Library” of output Communicate to users

based on real-time conditions

Vessel display

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William Strait

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Virtual Aid to Navigation

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Synthetic Buoys – Olmsted & 53

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USCG Districts

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USCG LNM

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Synthetic Buoys – Olmsted

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Synthetic Buoys – Olmsted

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Synthetic Buoys – Olmsted

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Michael Winkler Michael.f.winkler@usace.army.mil lomaadmin@usace.army.mil

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