Dynamic real‐time optimization for a CO 2 capture process

A Granular Architecture for Dynamic Realtime Dialogue

We present a dialogue architecture that addresses perception, planning and execution of multimodal dialogue behavior. Motivated by realtime human performance and modular architectural principles, the architecture is full-duplex (“open-mic”); prosody is continuously analyzed and used for mixed-control turntaking behaviors (reactive and deliberative) and incremental utterance production. The arch...

Dynamic modelling of CO 2 absorption for post combustion capture in coal - fired power plants 1

Realtime Dynamic Coalition Formation

We briefly describe an implementation of a fully reactive, real-time approach to the problem of dynamic negotiation in the context of a real time distributed resource allocation problem involving multisensor tracking. We consider a number of variations and compare it with an auction-based approach. We also discuss similarities in the proposed solution with distributed region-growing approaches ...

A multi-objective optimization model for process targeting

Customers and consumers are the necessities for the survival of industries and organizations. Trying to improve the process in order to increase consumer satisfaction is the most important aim. The survival of an organization depends on its ability to continue the activities in compliance with the demands of customers to meet their legitimate needs. An organization is successful when it exactly...

Ammoxidation of carbon materials for CO 2 capture

Ammoxidised carbons were produced from three different starting materials: an activated carbon obtained from wood by chemical activation using the phosphoric acid process, a steam activated peat-based carbon, and a char obtained from a low-cost biomass feedstock, olive stones. Nitrogen was successfully incorporated into the carbon matrix of the different materials, the amount of nitrogen uptake...