Multi-Stage Generation Allocation Game Considering Ramp-rate Constraints

A Competitive Rate Allocation Game

We introduce a competitive rate allocation game in which two receivers compete to forward the data from a transmitter to a destination in exchange for a payment proportional to the amount of forwarded data. At each time slot the channel from the transmitter to each receiver is an independent random variable with two states, high or low, affecting the amount of data that can be transmitted. Rece...

Optimal Bit Allocation Under Multiple Rate Constraints

Research on Multi-stage Generation and Transmission Coordinated Plan- ning Model Considering Wind Power Integration

Decentralized planning mode of power generation and power transmission is facing enormous challenges at present, and all kinds of uncertainties that impact on the planning have become increasingly evident. To solve the two coordinated planning and development issues is imminent, proposing a coordinated planning model of generation and transmission to improve system stability and flexibility and...

A Multi-stage Search Allocation Game with the Payoff of Detection Probability

This paper deals with a multi-stage two-person zero-sum game called the multi-stage search allocation game (MSSAG), in which a searcher and an evader participate. The searcher distributes his searching resources in a discrete search space to detect the evader, while the evader moves under an energy constraint to evade the searcher. At each stage of the search, the searcher is informed of the ev...

Adaptive Resource Allocation with Proportional Rate Constraints for OFDMA Based Next Generation Networks

The primary objective of the Next Generation Networks, which are based on Multiuser Orthogonal frequency division multiplexing (MU-OFDM) is to increase the network efficiency by maximizing the total throughput of the system and minimizing the overall transmit power for a give quality of service (QOS). MU-OFDM is one of the promising techniques for achieving high downlink capacities in future ce...