BIOMECHANICS MADE ACCESSIBLE

Worm variation made accessible

In Caenorhabditis elegans, the recent advances in high-throughput quantitative analyses of natural genetic and phenotypic variation have led to a wealth of data on genotype phenotype relations. This data has resulted in the discovery of genes with major allelic effects and insights in the effect of natural genetic variation on a whole range of complex traits as well as how this variation is dis...

Protos 7.0: Simulation Made Accessible

Many consider simulation to be a highly specialist activity: it is difficult to undertake and is even more difficult to understand its outcomes. The new version of the business process modeling tool Protos attempts to more closely integrate modeling and simulation facilities into one tool. The assumed benefit is that business professionals may more easily undertake simulation experiments when t...

Commercial web sites made accessible for all

LTE radio analytics made easy and accessible Citation

Despite the rapid growth of next-generation cellular networks, researchers and end-users today have limited visibility into the performance and problems of these networks. As LTE deployments move towards femto and pico cells, even operators struggle to fully understand the propagation and interference patterns affecting their service, particularly indoors. This paper introduces LTEye, the first...

Biomaterials and Tissue Biomechanics: A Match Made in Heaven?

Biomaterials and tissue biomechanics have been traditionally separate areas of research with relatively little overlap in terms of methodological approaches. Recent advances in both fields on the one hand and developments in fabrication techniques and design approaches on the other have prepared the ground for joint research efforts by both communities. Additive manufacturing and rational desig...