Abstract: There is significant current interest in the problem of influence maximization: given a directed social network with influence weights on edges and a number k, find k seed nodes such that ...

SimPath has licensed a novel cloning system developed by the Department of Energy's Oak Ridge National Laboratory that generates and assembles the biological building blocks necessary to synthetically ...

As we know, 3D printing has profoundly transformed the medical field, making it possible to produce customized models ranging from anatomical replicas to fully patient-specific implants. This is where ...

In this section, you will find all our articles on additive manufacturing in relation to the medical and dental sectors. Two of the fastest growing for the use of 3D printing, as it allows for ...

The attached simulation has two compounds: "Testsubstance" and "Testsubstance_metabolites". The simulation has a multiple dosing application protocol for "Testsubstance", in total 15 applications: ...

The program is asynchronous which means students can log in and do their work when it’s convenient for them. Further, we offer two pathways (Term-Based and SIMPath for most programs) which allow ...

If you need a newer CMake version than your system provides, add cmake at the end of the spack view command which will make a recent version available at $SIMPATH/bin ...

Modeling influence diffusion in social networks is an important challenge. We investigate influence-diffusion modeling and maximization in the setting of viral marketing, in which a node's influence ...