Augmented Reality is the combination of virtual objects (created by computer i.e. video, texts or 3D computer models) overlay on top of real world image. Applications of Augmented Reality can be ranged from advertising, edutainment, education, engineering, medicine to industrial manufacturing. In basic applications, like in advertisement or games, users only see the actions or interact with par...

In this paper a non-diagonal regulator, based on the QFT method, is synthesized for an uncertain MIMO plant whose output and control signals are subjected to hard time-domain constraints. This procedure includes the design of a non-diagonal pre-controller based on a new simple approach, followed by the sequential design of a diagonal QFT controller. We present a new formulation for the latter s...

The present article focuses on learning methods of self-learning organization (on the example of the virtual power plant), using artificial intelligence. There was multi-module structure of the virtual power plant model presented, in which there were automated chosen learning processes of the organization as well as decision making processes.

We compute liftings of the Nichols algebra of a Yetter-Drinfeld module of Cartan type B 2 subject to the small restriction that the diagonal elements of the braiding matrix are primitive nth roots of 1 with odd n = 5. As well, we compute the lift-ings of a Nichols algebra of Cartan type A 2 if the diagonal elements of the braiding matrix are cube roots of 1; this case was not completely covered...

BACKGROUND The concept of virtual patients (VPs) encompasses a great variety of predominantly case-based e-learning modules with different complexity and fidelity levels. Methods for effective placement of VPs in the process of medical education are sought. The aim of this study was to determine whether the introduction of a voluntary virtual patients module into a basic life support with an au...

In this paper we study the Cartan matrix associated to Ext-projective stratifying system induced by a basic and τ-rigid object M in mod(A) means of g-vectors indecomposable direct summands M. particular show that group module can be calculated directly using these vectors. Moreover characterise systems coming from modules have diagonal matrix.

Industrial training is an emerging applicative domain for virtual reality. GVT (Generic Virtual Trai-ning) is a platform to create virtual environments for individual training on industrial procedures suchas maintenance procedures. Nevertheless, industrial needs keep on evolving and a new request concernstraining on collaborative procedures. In this thesis, we propose models to exte...

The practical visual data do not necessarily lie in linear subspaces, so deep convolutional subspace clustering network is proposed to segment the into multiple categories accurately. original contains stacked encoder module, decoder module and self-expression module. We firstly alter i.e., add a new k-block diagonal regularizer weights of It means that $$\ell _1$$ or _2$$ abandoned. directly p...

Let A be a dual Banach algebra with predual A∗ and consider the following assertions: (A) A is Connes-amenable; (B) A has a normal, virtual diagonal; A∗ is an injective A-bimodule. For general A, all that is known is that (B) implies (A) whereas, for von Neumann algebras, (A), (B), and (C) are equivalent. We show that (C) always implies (B) whereas the converse is false. Furthermore, we investi...

In order to reduce the memory access time for a Single-Instruction Multiple-Data stream (SIMD) computer with pq processing elements attached to a host computer, a multiaccess memory system is proposed in this paper. The proposed memory system supports simultaneous access to pq data elements within a 4-directional block (p q), a row (1 pq), a column (pq 1), a forward-diagonal, and a backward-dia...