Compared - Globe Thesis

Keyword [Compared] Result: 21 - 40 \| Page: 2 of 4
21.	Investigation of probabilistic principal component analysis compared to proper orthogonal decomposition methods for basis extraction and missing data estimation
22.	Probabilistic computational methods for structural alignment of RNA sequences
23.	Energy efficient thermal management of data centers via open multi-scale design
24.	Low Z target optimization for spatial resolution improvement in planar imaging and cone-beam CT
25.	Design and evaluation of an 'FPGA based' hardware accelerator for elliptic curve cryptography point multiplication
26.	An accuracy assessment of 3-dimensional measurements derived from LiDAR and Pictometry data when compared with in situ survey measurements
27.	Data Transmission Using Image Steganography in Quick Response (QR) Cod
28.	System oriented delta sigma analog-to-digital modulator design for ultra high precision data acquisition applications
29.	Comparison of cognitively diagnostic adaptive testing algorithms
30.	Kinematic redundancy in planar parallel manipulators
31.	Exploiting heterogeneity for routing in wireless sensor networks
32.	Comparison of physiological and biomechanical variables of the airborne shuffle compared to standard walkin
33.	Algorithms for task scheduling in heterogeneous computing environments
34.	Evaluating the Microsoft Kinect(TM) compared to the mouse as an effective interaction device for medical imaging manipulations
35.	Decision making on routing and queue management with node independent multipath routing in mobile ad-hoc networks
36.	The usability of graphical user interfaces of mobile computing devices designed for construction foremen: Icons and pre-defined text lists compared
37.	Interaction between surface-based and edge-based motion mechanisms in the perception of apparent motion
38.	Novel experimental approaches and theoretical models for improving sensitivity and information content of nmr and mri spectroscopy
39.	Modelling colored noise under large-signal conditions
40.	The analysis of informatively coarsened discrete time-to-event data
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