Rule Based Interpolating Control---Fuzzy and Its Alternatives

Introduktion till Schopenhaurs Eristisk dialektik

Med bron kommer Grundtvig till Sverige?

Om Bryssel/Luganoreglernas tillämpning i marknadsrättsliga mål

Total Management of Transmissions for the End User

With the growth of mobile computing, users will have simultaneous access to multiple networks, each with different characteristics, services and costs. This paper introduces TOMTEN (TOtal Management Of Transmissions for the ENd-user), a framework for managing resources in this environment. TOMTEN is a reactive framework that is only active when either the application is started up or the user indi

Leptonic observables in ultra-relativistic heavy-ion collisions

Dancing with titans and dwarfs: elite power, global forces and the political economy of global development: the Brussels conundrum

CRM Implementation Strategies: Why Time Compression Becomes a Diseconomy. A Case Study of Vattenfall

Voltage and frequency control for island operated induction generators

Effects of PSR J0737-3039 on the merger rate of DNSs and implications for GW detection

For the Vicincy of Concord

Carbon, nitrogen and oxygen analysis by PESA in aerosol deposited on an organic backing using internal blank measurements

ParaSol v3.0 – gratis projekteringshjälpmedel för solskydd

Data-model comparisons of European forest dynamics in the Holocene

Om fotografi

Electronic structure of some group-V atom terminated semiconductor surfaces

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Energy for Sustainable Science European Spallation Source

Density Functionals for Dynamic Linear Response in Finite Systems

This dissertation investigates a new method for obtaining excited-state properties of finite, many-electron systems such as atoms, molecules and nano-systems. The method combines the merits of many-body perturbation theory and time-dependent perturbation theory and yields approximate density response functions which preserve basic physical conservation laws. Furthermore, advanced density functiona

DNA movement in sub-20nm nanoslits

Sensitivity of tissue differentiation and bone healing predictions to tissue properties

Computational models are employed as tools to investigate possible mechano-regulation pathways for tissue differentiation and bone healing. However, current models do not account for the uncertainty in input parameters, and often include assumptions about parameter values that are not yet established. The aim was to clarify the importance of the assumed tissue material properties in a computationa