This paper presents a neural computing model that can automatically extract motion qualities from live performance. The motion qualities are in terms of laban movement analysis (LMA) Effort factors. The model inputs both 3D motion capture and 2D video projections. The output is a classification of motion qualities that are detected in the input. The neural nets are trained with professional LMA...

Three-dimensional subband coding with motion compensation (MC-3DSBC) has been demonstrated [1{4] to be an e cient technique for video coding applications. With half-pixel-accurate motion compensation, images need to be interpolated for motion-compensated (MC) temporal ltering. The resulting analysis/synthesis system is not invertible. In this paper, we propose a new three-dimensional analysis/s...

one priority of planning at the regional level is to recognize the system of residence and particularly its urban system. one of the features of urban system in each area or country is the way of population distribution between the cities of these areas which is called city distribution size. in functional analysis of mazandaran province 41 development indexes of educational, cultural, social, ...

in methods presented to calculate the voltage collapse point, the transmission system is usually the only part of the power system that is completely modeled. distribution systems are often replaced by aggregate load models because the use of the detailed model of distribution systems in voltage stability analysis not only increases the computation time, but also decreases the probability of co...

The motion characteristics of the VIRTTEX motion system were measured using a set of tests similar to those suggested in AGARD Report AR-144. The measurements were devised to measure the performance of existing motion systems, aid in the procurement of new motion systems, and help identify root causes of poor performance. Transfer functions (both within degree-of-freedom and between degree-of-f...

In this paper, we present a method that generates a path that has no collision with the obstacles by using the environment information, and automatically creates natural motions of characters that are confined to the path. Our Method is based on two kinds of parameters: Environment and Behavior parameters. The behavior parameters include velocity, motion status such as walking and running, and ...