In this paper, based on the consecutiveness of motion, we propose an efficient measurement strategy that only needs to measure a few wireless links.
To adaptively smooth the camera motion with different kinds of intentional motion, we propose to use multiple-model estimation with different process noise variance instead of single-mode Kalman filtering.
Further, considering the dynamic link condition due to satellite orbital motion, we propose a new technique which combines Variable Coding Modulation (VCM) with OFDM to enhance the communication link spectral efficiency with required transmission reliability.
To efficiently alleviate the high-frequency aliasing problem and maintain the visual quality for video sequences with variable motion levels, we propose an adaptive motion estimation algorithm with variable subsample ratios, called the Variable Subsampling Motion Estimation VSMEE).
For motion retargeting, we propose a two-level scheme to transfer the captured motion into new models, such as 2D meshes (with texture) generated from pictures or 3D models designed by artists, regardless of the body geometry and fin proportions amongst various species of fish.
To explore the feasibility of RTUSMs in the applications of continuous motion drive, we propose to maintain the output performance by directly suppressing the working temperature rise.
Inspired by the structure from motion systems, we propose a system that reconstructs sparse feature points to a 3D point cloud using a mono video sequence so as to achieve higher computation efficiency.
In order to have a rich motion descriptor, we propose to combine the distance signal and the width feature so that a silhouette can be characterized in more detail.
To close this research gap, our contribution is threefold: (1) Based on a detailed time and motion study for a retailer, we first quantify costs associated with direct and backroom replenishment processes; (2) Using the insights from the time and motion study, we propose an integrated model to optimize planograms (i.e., facings and display orientations) and order frequencies.
In this work we use a large number of ground motion records to compare the predictions of IDA with that of unscaled ground motions and we propose a new methodology in order to quantify the bias introduced in IDA.
