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Thesis Topics

Lightweight, Rapidly-Deployable Non-Fossil-Fuel Alternative Power Sources for Comms Flyaway Kits

Thesis Topic:
Lightweight, Rapidly-Deployable Non-Fossil-Fuel Alternative Power Sources for Comms Flyaway Kits

Description:
Build power plants to be used in disasters that are airline luggage checkable.
The HFN Center has numerous 6 watt rollable and 26 watt foldable solar panel units from PowerFilm. We also have the gigantic PowerFilm Balance of Systems on a beta test basis as part of a contract they have with the Army.

Real-Time Allocation of Wireless Access Points in Disaster Relief Efforts

Description:
Real-Time Allocation of Wireless Access Points in Disaster Relief Efforts

Statement of Work

Kyle Lin, Associate Professor (831-656-2648, kylin@nps.edu)
Operations Research Department, Naval Postgraduate School

Research Objective

Ultra-Lightweight ManPack Sized Communications Fly-Away Kit

Thesis Topic:
Ultra-Lightweight ManPack Sized Communications Fly-Away Kit (FLAK) Integration and Optimization for HA/DR, SSTR, and Surveillance/Targeting.

Scalable Disaster Victim, Survivor, Body Tracking System

Description:
SCALABLE DISASTER VICTIM, SURVIVOR, BODY TRACKING SYSTEM.

Wirelessly Enabled Meshed Sensor Grid

Description:
To provide a capability to obtain perimeter security via IP enabled meshed sensors of all types for (1) military tactically deployed personnel (i.e. overseas Forward Operating Base (FOB)); or (2) for domestic early responder, law enforcement, and medical response personnel to secure their operating area in a Katrina-like disaster. Features should include the capabilities listed in (1) and/or (2) above as well as those listed below.