Behavioral Spillovers

Abstract

What is a behavioral spillover? How can a spillover be uncovered from the data? What is the precise link between the underlying psychological theory of a spillover and the econometric assumptions which are necessary to estimate it? This paper draws on recent advancements in causal inference, behavioral economics, psychology, and neuroscience to develop a framework for the causal evaluation and interpretation of behavioral spillovers. A novel research design is suggested. The paper challenges existing empirical strategies and reevaluates of existing empirical results.

Real-time Fuzzy Position Control and Design of Star Parallel Robot

“…Herve created the Star robot, which has each arm limiting one of the platform's two degrees of freedom during rotation. The movement of the three limbs in the star parallel robot is facilitated by linear motors [7][8]. In the literature, there are studies about the matrix relationship between the robot's kinematics and dynamics that have been established, about dynamic simulations of the robot, the synthesis of parallel manipulators, the robot's direct dynamics and inverse dynamics, and robot optimization.…”

“…In the literature, there are studies about the matrix relationship between the robot's kinematics and dynamics that have been established, about dynamic simulations of the robot, the synthesis of parallel manipulators, the robot's direct dynamics and inverse dynamics, and robot optimization. A few studies on the real-time control of the Star par-allel robot exist [7][8][9][10][11][12][13][14][15][16][17][18].…”