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Transactions of the Institute of Systems, Control and Information Engineers Vol. 32 (2019), No. 11

ISIJ International
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ONLINE ISSN: 2185-811X
PRINT ISSN: 1342-5668
Publisher: THE INSTITUTE OF SYSTEMS, CONTROL AND INFORMATION ENGINEERS (ISCIE)

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Transactions of the Institute of Systems, Control and Information Engineers Vol. 32 (2019), No. 11

Differentially Private Mechanism for the Equiribrium Price under Quadratic Cost Functions and Quadratic Utility Functions

Kyohei Yoshida, Takayuki Wada, Yasumasa Fujisaki

pp. 389-395

Abstract

An algorithm which protects consumers’ privacy is considered for a tatonnement model which determines the equilibrium price such that demand and supply coincide. In this model, consumers bid their demands and a firm bids her supply for the price given by an auctioneer, which is iterated until the total demands and the supply are balanced. Instead of bidding the demands exactly, noise is added to these values, which introduces differential privacy into the iterative algorithm. A definition of adjacency between two privacy information is provided and sensitivity of the algorithm is investigated. The main advantage of the algorithm is to protect consumers’ privacy and to guarantee that the price converges to the equilibrium one in a probabilistic sense.

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Differentially Private Mechanism for the Equiribrium Price under Quadratic Cost Functions and Quadratic Utility Functions

Gain Scheduled State Feedback Synthesis for Markovian Jump Systems with Mode Transition Probabilities Depending on Time-Varying Parameters

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Experimental Analysis of Disturbance Damping Performance of Homogeneous Finite-Time Control Using Frequency Response

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This paper discusses the robustness of the performance of the closed loop system for a homogeneous finite time proportional-derivative control (FT-PD control) of a one-link robot manipulator. We show that FT-PD control's disturbance rejection performance of low frequency is superior to the conventional PD control via the describing functions estimated by an experiment.

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Experimental Analysis of Disturbance Damping Performance of Homogeneous Finite-Time Control Using Frequency Response

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