Keywords
global warming, stabilization of carbon in the atmosphere, stabilization of uncertain systems
Start Date
1-7-2004 12:00 AM
Abstract
In the context of global warming, the problem of stabilization of the concentration of carbon in theatmosphere is widely discussed. Serious difficulties in the design of reliable stabilization strategies arise dueto the uncertainty of the underlying physical model. In this paper, we suggest a pattern to construct modelrobustfeedback carbon emission strategies that stabilize the atmospheric carbon concentration at a prescribetarget value irrespective of a particular admissible carbon cycle model governing the “real” dynamics. Specificqualitative features of the carbon cycle dynamics, including automatic stabilization under vanishing inputs areemployed.
On the Design of Robust Emission Strategies to Stabilze the Concentration of Carbon in the Atmosphere
In the context of global warming, the problem of stabilization of the concentration of carbon in theatmosphere is widely discussed. Serious difficulties in the design of reliable stabilization strategies arise dueto the uncertainty of the underlying physical model. In this paper, we suggest a pattern to construct modelrobustfeedback carbon emission strategies that stabilize the atmospheric carbon concentration at a prescribetarget value irrespective of a particular admissible carbon cycle model governing the “real” dynamics. Specificqualitative features of the carbon cycle dynamics, including automatic stabilization under vanishing inputs areemployed.
