On the Convex Hull of the Simple Integer Recourse Objective Functiondoi:10.1007/BF02031708Willem Klein HaneveldLeen StougieMaarten Van Der Vlerk
Convex Approximations for Simple Integer Recourse Models By Perturbing the Underlying DistributionsWillem Klein HaneveldLeen StougieMaarten Van Der Vlerk
van der Vlerk, On the convex hull of the simple integer recourse objective function, Annals of Operations Research 56, 1995, 209–224.Klein Haneveld, W.K., L. Stougie and M.H. Van Der Vlerk (1995). “On the convex hull of the simple integer recourse objective function”, Annals ...
Since then, a software tool called Speciknee has been developed by building on the core vector computational method and adding a user-friendly operator interface through which a designer could input individual patient needs, select pivot points along the set of curves where prosthetic joint pivots ...
(1996). Tbeta 4 is not a simple G-actin sequestering protein and interacts with F-actin at high concentration. J. Biol. Chem. 271, 9231-9239.Carlier MF,Didry D,Erk l,et al. Tβ4 is not a simple G-actinse- questering protein and interacts with F-actin at high concentra- tion[J...
The presence of PHPT and high PTH levels independently supported the development of a simple renal cyst. Advanced age was determined as a risk factor for the development of simple renal cysts, and the presence of kidney stones was an independent predictor of simple renal cysts in PHPT patients...
Klein Haneveld, W.K., Stougie, L., van der Vlerk, M.H.: An algorithm for the con- struction of convex hulls in simple integer recourse programming. Ann. Oper. Res. 64, 67-81 (1996)der Vlerk, M.H.: An algorithm for the construction of convex hulls in simple integer recourse ...
This work demonstrates a simple and specific colorimetric sensor for a hazardous small molecule, cisplatin, using a G-quadruplex (G4) DNA as a sensing probe and non-crosslinking aggregation of gold nanoparticles (AuNPs) as a signal enhancer. AuNPs functionalized with G4 strands dispersed stably ...
An Algorithm for the Construction of Convex Hulls in Simple Integer Recourse Programmingdoi:10.1007/BF02187641Willem Klein HaneveldLeen StougieMaarten Van Der Vlerk
These bounds are a strict improvement over those of Romeijnders et al. (Math Program 157:3-46, 2016b), and we use them to derive error bounds for convex approximations of simple integer recourse models. In fact, we obtain a hierarchy of error bounds that become tighter if the total ...