The tontine-like mechanism we derive is predicted to outperform not only the voluntary contribution mechanism but also another widely used mechanism: charitable lotteries.
Based on a redox kinetic mechanism, we derive a rate expression for NO oxidation over Cu-zeolite catalysts, and fit it to a set of NO oxidation experiments carried out over a commercial Cu-zeolite SCR catalyst with chabazite structure.
In order to evaluate the delivery mechanisms we have derived an illustrative model for service delivery in conflict areas (Fig. 2).
This mechanism and the stochastic model we derived basically depend on (i) an inhibitory molecule whose local concentration is linearly correlated to telomere length (e.g., Rap1/ Rif1/ Rif2) and (ii) a biochemical competition reaction for the same substrate (e.g., the telomere) between this molecule and another (e.g., telomerase), leading either to shortening or elongation of a telomere.
Then, assuming a silencing mechanism at each hop, we derive a recursive (hop-wise) theoretical performance evaluation framework which exploits the assumption of fixed and equally spaced vehicles positions in each retransmission hop.
Our work has the following features: (i) We concurrently consider the rate adaptation characteristics of real-time applications and the random access mechanism of WLAN, and (ii) We derive the optimal number of maximum retransmission value to ensure a higher transmission throughput without violating the transmission delay bound.
Under such a setting, we derive the synchronization mechanism for rotation and scaling as follows.
First, we derive the optimal mechanism, neglecting the incentive constraint for the deadline.
Finally, we derive bounds on the mechanism's performance in Bayes Nash equilibrium, under an incomplete information setting.
Assuming perfect information among the firms, we derive an optimal audit mechanism capable of implementing the socially efficient emissions level.
