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An Auctioning Mechanism for Green Radio
Comaniciu, Cristina,Mandayam, Narayan B.,Poor, H. Vincent,Gorce, Jean-Marie The Korea Institute of Information and Commucation 2010 Journal of communications and networks Vol.12 No.2
In this paper, an auctioning strategy is proposed for cellular networks that ensures net energy savings. The pricing scheme, in conjunction with a two dimensional bid structure, incentivizes cooperation at the terminal nodes for better interference management at receivers and for cooperative relaying. It is shown that, for the proposed auctioning strategy, network operators are guaranteed revenue gains, mobile nodes' dominant strategy is to bid their true valuation of their energy resources, and overall effective energy gains occur under the assumption of a reserve price for bidding. Simulation results show that significant energy savings can be achieved by employing this auctioning mechanism for a 3G cellular set-up.
Haptic Texture Generation Using Stochastic Models and Teleoperation
남영우,장태정,Mandayam A. Srinivasan 제어·로봇·시스템학회 2012 International Journal of Control, Automation, and Vol.10 No.6
In this paper, a method is suggested to generate haptic textures for isotropic surfaces using stochastic models. A Master-Slave tele-haptic system was realized by using two PHANToMs. Moving the stylus of the Master PHANToM by a user caused the Slave to scratch the surface of objects such as sandpaper or printing paper. Force data, generated by using the error between the Master and the Slave positions, were recorded and served as measures of the texture of the object in the remote environment. An estimate of haptic texture was obtained after a simple dynamic compensation of the force data. The haptic texture was modeled using a filter that was designed by analyzing the power-spectrum of estimated texture data. By passing White Gaussian Noise through the filter, virtual texture data could be generated. The forces corresponding to the virtual texture and the real texture by teleoperation were individually delivered through the Master PHANToM to users who were asked to identify or discriminate the corresponding textures. The users’ responses show that the virtual modeled textures were quite similar to the real ones.
An Auctioning Mechanism for Green Radio
Cristina Comaniciu,Narayan B. Mandayam,H. Vincent Poor,Jean-Marie Gorce 한국통신학회 2010 Journal of communications and networks Vol.12 No.2
In this paper, an auctioning strategy is proposed for cellular networks that ensures net energy savings. The pricing scheme,in conjunction with a two dimensional bid structure, incentivizes cooperation at the terminal nodes for better interference management at receivers and for cooperative relaying. It is shown that, for the proposed auctioning strategy, network operators are guaranteed revenue gains, mobile nodes’ dominant strategy is to bid their true valuation of their energy resources, and overall effective energy gains occur under the assumption of a reserve price for bidding. Simulation results show that significant energy savings can be achieved by employing this auctioning mechanism for a 3G cellular set-up.