Posterboard
|
Poster Title
|
Name
|
Company
|
1
|
Development of a Navy STEM Course: Power and Energy, Onshore and Afloat
|
Pankaj Sharma
|
Purdue University
|
2
|
NEPTUNE* Center for Power and Energy at Purdue
|
Pankaj Sharma
|
Purdue University
|
3
|
Office of Naval Research / SSC Pacific / Naval Postgraduate School Collaboration
|
J.D. Morrison
|
ONR / SSC Pacific
|
4
|
Adaptive and Reconfigurable RF Technologies
|
Eric Naglich
|
Naval Research Laboratory
|
5
|
Two-Dimensional Water-Coupled Metallic MoS2 with Nanochannels for Ultrafast Supercapacitors
|
Hongli Zhu
|
Northeastern University
|
6
|
Heat Flow Calorimetry: Innovations for Test and Evaluation of High Energy Systems
|
Ryan Ubelhor
|
Naval Surface Warfare Center Crane Division
|
7
|
Next Generation Modeling of GaN/SiC Power Devices for Naval Applications
|
Raghav Khanna
|
University of Toledo
|
8
|
U.S. Army Medical Research & Development Planning for Environmental/Occupational Chemical Hazards: Determining Their Relationship to Human Health & Performance
|
Valerie DiVito
|
USACEHR
|
9
|
Nanoscale Energy Harvester: Nano-Boxx - Power Generation from Chips to MW
|
Joseph Birmingham
|
Birmingham Technologies
|
10
|
Zero-power wireless sensors for remote monitoring
|
Mark Bachman
|
Integra Devices
|
11
|
Hearing Protection with Complete Situational Awareness
|
Paul Dhillon
|
Integra Devices
|
12
|
Microstructure and Mechanical Properties of Solid State Additive Manufactured AA2219 Depositions
|
Paul Allison
|
University of Alabama
|
13
|
Quantum Information Processing
|
Joanna Ptasinski
|
SSC Pacific
|
14
|
Fatigue of Solid-State Additive Manufactured Inconel 625
|
J. Brian Jordon
|
The University of Alabama
|
15
|
Hybrid 2D/3D Ferroic Heterostructures for Advanced Electronic Functionalities
|
Berry Jonker
|
NRL
|
16
|
In Situ State of Health Determination for Directed Energy Battery Packs
|
Brett Huhman
|
US Naval Research Laboratory
|
17
|
Information Sharing with Entitlement and Intelligent Analytics
|
K. Grant Palmer
|
SRI International
|
18
|
Chemical Threat Sensing via Broad-Spectrum Low-SWaP Devices
|
K. Grant Palmer
|
SRI International
|
19
|
Fragmentation of Liquid Droplets
|
Prashant Khare
|
University of Cincinnati
|
20
|
Design of a hardware test-bed for characterization of conducted EMI and common-mode behavior in future SiC-based shipboard converters
|
Andrew Lemmon
|
The University of Alabama
|
21
|
Medium Voltage DC Solid-State Circuit Breaker
|
Matthew Munderville
|
Diversified Technologies, Inc.
|
22
|
Assumed Gaussian Reduced (AGR) Filtering for Data Assimilation
|
Sarah King
|
US Naval Research Laboratory
|
23
|
Enabling high bandwidth wireless communication through seawater and conductive enclosures
|
Igor Smolyaninov
|
Saltenna LLC
|
24
|
Ship-based Biotechnologies for On-demand Diagnostics, Therapeutics and Countermeasures
|
Keith Pardee
|
University of Toronto
|
25
|
A Compact Interferometric Radar for Studying Clear Air Turbulence
|
Michael McBeth
|
SPAWAR Systems Center Atlantic
|
26
|
Range Tracking Using Passive Solar Illumination" for the title of the second poster
|
Michael McBeth
|
SPAWAR Systems Center Atlantic
|
27
|
Antenna Systems for Electronic Warfare, Directed Energy, and RF Communications
|
Dejan Filipovic
|
University of Colorado Boulder
|
28
|
Wide Area View Passive Tracking System (WAVPaTS)
|
Raymond Hollida
|
Innovative Signal Analysis, Inc.
|
29
|
AN/PAQ-6 Wireless Phone, Distance & Data during EMCON
|
Greg Hays
|
Torrey Pines Logic
|
30
|
Corrosion-Resistive, Charge-Conductive, Transparent and Catalytic Coatings by Atomic-Layer Deposition
|
Shu Hu
|
Yale University
|
31
|
NSWC CRANE Power & Energy Systems Capabilities
|
Darrick Korte
|
NSWC Crane
|
32
|
Supporting Reliable, Robust Electronic and Energy Platforms with Thermal Interface Management Silicone Materials
|
Robrert Pressly
|
Momentive Performance Materials
|
33
|
Basalt New Universal Material
|
Joseph Brifman
|
URDE
|
34
|
WATER AND WASTE WATER MANAGEMENT
|
Joseph Brifman
|
URDE
|
35
|
Shipboard Electro-Optic Situational Awareness, Integration Prototype and Testing
|
Josh Borneman
|
Naval Surface Warfare Center, Crane
|
36
|
mTRAITS - Mobile Technology Recognizing Attributes In Tasks Score
|
Joe Stainback IV
|
University of Tennessee
|
37
|
3D Impact and Blast Self-Sensing Composites using Mechanoluminescent Materials.
|
Donghyeon Ryu
|
New Mexico Tech
|
38
|
Feasibility of High-Power Focused-Microwave Directed Energy Transfer using Mass-Market Ingredients and Affordable Manufacturing.
|
Yaroslav Urzhumov
|
Intellectual Ventures, LLC
|
39
|
Lightweight, Low-Density Porous-core/Solid-shell Structure Enabled Body Armor
|
Baoxing Xu
|
University of Virginia
|
40
|
A Bioinspired, Flexible, Multifunctional Electrode Sensor
|
Baoxing Xu
|
University of Virginia
|
41
|
Navy Proximal Web™
|
Jim Buscemi
|
GBL Systems
|
42
|
Cognitive Radio for Cyberspace Operations
|
James Costabile
|
Syncopated Engineering Inc
|
43
|
Experimental Study of Under-Ice Acoustic Communications
|
Zhaohui Wang
|
Michigan Technological University
|
44
|
Enhancing Learning through the Integration of Mechanical and Electric Designs into Engineering and Technology Programs in a Wider Scale
|
Steve Hsiung
|
Old Dominion University
|
45
|
Mimicking Tissue Failure Under Medically-Relevant Loading Conditions
|
Shelby Hutchens
|
University of Illinois Urbana-Champaign
|
46
|
Towards a portable Magnetoencephalography (MEG) device
|
Jamie Lukos
|
SPAWAR Pacific
|
47
|
Energy harvesting: large power from ocean waves, vehicle vibrations, and human motions
|
Lei Zuo
|
Virginia Tech
|
48
|
Machine Learning at SPAWAR Systems Center, Pacific
|
Josh Harguess
|
SSC PAC
|
49
|
Novel Materials for Energy Storage and Beyond: From Nanostructures to Functional Polymers
|
Zheng Chen
|
UC San Diego
|
50
|
Characterization and Calibration Techniques for Multi-Channel Phase-Coherent Systems
|
Eric Dean
|
National Instruments
|
51
|
Expeditionary Warfare Power & Energy Innovation Event
|
John Fassino
|
NSWC Crane
|
52
|
Above the Seven Seas: UAVs' Future in Naval Warfare
|
Matthew Ansley
|
Georgia Institute of Technology
|
53
|
Electronic transport and quantum emission in atomically-thin materials at far from mechanical equilibrium conditions
|
Michael T. Pettes
|
University of Connecticut
|
54
|
Shock Waves for Fouling Control and Hull Grooming
|
Kevin Wang
|
Virginia Tech
|
55
|
RF Power Laboratory, University of Colorado
|
Taylor Barton
|
University of Colorado Boulder
|
56
|
Big Data for Navy Maintenance, Training, and Operations
|
Bob Pokorny
|
Intelligent Automation, Inc.
|
57
|
High Electrokinetic Energy Conversion Efficiency in Charged Boron-Nitride-Nanopore Membranes
|
Sangil Kim
|
University of Illinois, Chicago
|
58
|
See-What-I-Do: Increasing mentor and Trainee sense of Co-Presence with the Star Platform
|
Juan P Wachs
|
Purdue University
|
59
|
Interference Resistant Radio for Spectrum Dominance
|
Andrew Roscoe
|
Astrapi Corp
|
60
|
SPEAR® Speech Recognition Technology for High Noise Environments and Hands-Free Applications
|
Cynthia Hoyt
|
TAM (Think-A-Move)
|
61
|
Miralon: A cutting edge multifunctional carbon nanotube material to address Size, Weight, and Power (SWaP) challenges across multiple platforms
|
Jack Rust
|
Nanocomp Technologies, Inc.
|
62
|
HSH Elevated Rail Network Infrastructure Systems
|
Justin Sutton
|
Interstate Traveler Co LLC
|
63
|
Multi-Spectral Compact Tactical Unmanned Airborne Vehicle (TUAV) LIDAR laser
|
Kevin Wall
|
Q-Peak, Inc.
|
64
|
Autonomous Planning & Robotic Supervisory Control
|
John Anderson
|
Anderson
|
65
|
EagleEye Radar: Simultaneous Transmit and Receive
|
Michael Murphree
|
QinetiQ North America
|
66
|
GreyNet
|
Donald R. Lowe
|
SPAWAR-LANT
|
67
|
Retinal Arterial Gaseous Embolisms (AGE) Are A Non-Invasive, Real-Time Biomarker of Individual Survivability Associated With A Rapid Decompression Emergency Scenario
|
Travis Parsons
|
University of Florida
|
68
|
Spectral Vision: The Future Convergence of Spectrum and Cyber for the Internet of Things
|
Andrew Drozd
|
ANDRO Computational
|
69
|
A high-order nonuniform sliding-mesh spectral difference method for simulating vortex-induced vibrations
|
Qiu Zihua
|
The George Washington University
|
70
|
Smart Surfaces for Unmanned, Automated Cleanup
|
Eui-Hyeok Yang
|
Stevens Institute of Technology
|
71
|
|
Michael Russalesi
|
Synergy Software Design
|
72
|
Shipboard Automated Robotic Agriculture: "SARA"
|
David Grober
|
PORPOISE Robotics
|