The Scholarship Repository of Florida Institute of Technology
The Scholarship Repository of Florida Institute of Technology (SRFIT) provides permanent, open access to journal articles, research reports, conference papers, data sets, theses and dissertations, and other scholarly works created by Florida Institute of Technology faculty and students. In addition, SRFIT serves as an archival repository for the digital assets of the Harry P. Weber University Archives and scholarly materials from organizations affiliated with our Special Collections (specifically the Link Foundation) that complement research activities on the Florida Tech campus.
To learn more about the Scholarship Repository or to contribute your work, contact SRFIT.
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Tracking of moving objects in scenery using subspace projection using independent component analysis
(2001-08-16)A system is developed for tracking moving objects though natural scenery. A technique is presented for performing change detection on imagery to determine the difference between two images or a sequence of images. Form ... -
Data Assimilation of AVHRR and MODIS data for Land Base Initialization and Boundary Conditions in the UTC-M Atmospheric Boundary Layer Sea-Breeze Model of Space Coast Florida
(2004-02-26)The purpose of this paper is to present results of simulations of the Florida Tech UTC-M sea-breeze model²² with the addition of a simplified atmospheric downwelling radiation subroutine¹’⁴ combined and a thermal inertia ... -
Synthetic Image Generation of Shallow Water Using an Iterative, Layered Radiative Transfer Model with Realistic Water Surface Waves
(2004-02-26)Modeled hyperspectral reflectance signatures just above the water surface are obtained from an analytical-based, iterative radiative transport model applicable to shallow water types. Light transport within the water body ... -
Semi-automatic road extraction from aerial images
(2004-02-13)In this work, we proposed a method to detect roads in aerial imagery. In our approach, we applied the wavelet transform in a multiresolution sense by forming the products of wavelet coefficients at the different scales to ... -
Hyperspectral Remote Sensing Protocol Development for Submerged Aquatic Vegetation in Shallow Water
(2004-02-26)Submerged aquatic vegetation (SAV) is an important indicator of freshwater and marine water quality in almost all shallow water aquatic environments. Throughout the world the diversity of submerged aquatic vegetation appears ...
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