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Accession Number ADA567070
Title Using Multimedia Metadata to Improve Network Efficiency.
Publication Date Sep 2012
Media Count 50p
Personal Author J. D. Blocker
Abstract A growing amount of multimedia information exists online, and it is commonly referred to as the multimedia explosion. Many research efforts are focused on the concept that computing is ubiquitous and that accessing network resources is not the challenge, but rather finding the right object is. However, America's military and other first responder organizations often find themselves in austere environments where access to high-speed network resources is scarce, users only have access to low-bandwidth channels, and where every bit transmitted has to count. In this thesis, we design a unique Lead-Me protocol that addresses both network access and finding the right data. It focuses on maximizing network efficiency by utilizing metadata information commonly found within multimedia files. We start by exploring other techniques commonly used to improve network efficiency, and then move to develop a protocol that fills the gaps. We use an intelligent middleware server that the client communicates to, direction-of-travel-aligned bounding boxes, and mashup technology to reduce the size of the file the client receives as a response, and optimization techniques to prevent the client from receiving redundant files. We show an increase in efficiency of over 99% by using the middleware server, and an increase of 11% using the optimization techniques.
Keywords Audio files
Austere environments
Client server systems
Communications protocols
Database query process
Digital images
Direction-of-travel oriented bounding boxes
Efficiency
Fixed bandwidth channels. inadequate network resources
Geospatial metadata
Image density
Images
Information retrieval
Intelligent middleware servers
Internet
Lead-me protocol
Low-bandwidth systems
Mashup technology
Metadata
Middleware
Motion pictures
Movie clips
Multimedia files
Multimedia metadata
Narrowband
Network efficiency
Optimization
Photographic images
Remote areas
Remote environments
Theses
Video images

 
Source Agency Non Paid ADAS
NTIS Subject Category 88B - Information Systems
62 - Computers, Control & Information Theory
62D - Information Processing Standards
82B - Photographic Techniques & Equipment
Corporate Author Naval Postgraduate School, Monterey, CA. Dept. of Computer Science.
Document Type Thesis
Title Note Master's thesis.
NTIS Issue Number 1308
Contract Number N/A

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