Consensus analysis via integral quadratic constraints

This note proposes a unified approach to analyse linear time-invariant consensus problems via the use of integral quadratic constraints (IQCs) without recourse to loop transformations, which may cloud the inherent structural properties of the multi-agent networked systems. The main technical hindrance to using IQCs lies in the presence of the marginally stable integral action in consensus setups.

Testing a satellite data based light use efficiency model for mapping primary production.

Organisation: ledning och processer

The intentional-expressive approach to the interplay between language use and understanding

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Review of Dansk-norske studierejser fra reformationen til enevælden 1536-1660

Fluxes of CO2 in semi arid Sudan

Let's have a look in the margins: antonyms pairs in COBUILD

Frequency selective structures on a bianisotropic slab

Non-linear Pricing as a Cooperative Game

On Structured Realizability and Stabilizability of Linear Systems

We study the notion of structured realizability for linear systems dened over graphs. A stabilizable and detectable realization is structured if the state-space matrices inherit the sparsity pattern of the adjacency matrix of the associated graph. In this paper, we demonstrate that not every structured transfer matrix has a structured realization and we reveal the practical meaning of this fact. W

Mass and energy dispersive recoil spectrometry of GaAs structures

[abstract missing]

Process-dependent Characteristics of Welding Fume Particles

Exploration of tRNA and the synthetase family of enzymes as novel targets for future generations of drugs

Smart water and power grids - drivers, opportunities and challenges

Applying object relations theory to psychosocial occupational therapy: Empirical and theoretical considerations

Register Differences between Prefabs in Native and EFL English

Abstract not available

Normkritiska reflektioner

Energy consumption in Sweden 1800-2000

Low-density cells isolated from the rat thymus resemble branched cortical macrophages and have a reduced capability of rescuing double-positive thymocytes from apoptosis in the BB-DP rat.

Biobreeding-diabetes prone (BB-DP) rats spontaneously develop organ-specific autoimmunity and are severely lymphopenic and particularly deficient in ART2+ regulatory T cells. A special breed, the so-called BB-diabetic-resistant (DR) rats, are not lymphopenic and do not develop organ-specific autoimmunity. The genetic difference between both strains is the lymphopenia (lyp) gene. Intrathymic tolera