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Title: A relaxed temporal consistency approach for real-time concurrency control
Author: Aguilar-Garnica, E.
García-Sandoval, J.P.
Gonzalez-Figueredo, C.
Issue Date: 2011
Abstract: This paper deals with the design of an interval observer for plug flow reactors that are modeled by first-order hyperbolic partial differential equations. This model is considered to obtain the dynamics of an auxiliary variable that are further represented by a set of ordinary differential equations by means of the method of characteristics. Regarding these equations, the structure of the interval observer is deduced. This proposed estimation scheme is valid at a certain fixed specific axial point, is robust in the face of both uncertain parameters and load disturbances and is successfully implemented through simulations on an isothermal plug flow reactor within which a consecutive reaction is taking place and on a nonisothermal plug flow reactor with lateral feed where an irreversible reaction is carried out. " 2010 Elsevier Ltd.",,,,,,"10.1016/j.compchemeng.2010.06.001",,,"","",,,,,,"3",,"Computers and Chemical Engineering",,"510
WOS",,,,,,"Chemical reactors; Convective transport; Distributed parameter systems; Interval observers; Method of characteristics; Partial differential equations",,,,,,"A robust monitoring tool for distributed parameter plug flow reactors",,"Article" "40883","123456789/35008",,"Ibarra, A.L., Universidad de Guadalajara (CUCEA), Mexico; De León, L.A.G.D., Universidad de Guadalajara (CUCEA), Mexico",,"Ibarra, A.L.
De Leon, L.A.G.D.",,"2006",,"This work presents a real time distributed concurrency control scheme where consistency is relaxed to let reading tasks to run as well as concurrent writing tasks. The algorithm reduces the possibility of deadline missing by increasing the level of concurrency in systems where the proportion for read operations is greater than for write operations. The proposed algorithm is a variant for an existent concurrency control algorithm which is faster in the sense that low time responses are offered by the new algorithm. " 2006 IEEE.
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