Development Of Cognitive Technologies Research Articles

Bioética clínica, deliberação e digitalização da medicina

Abstract The development of cognitive technologies and the robotization in health care may intensify the relational distance between healthcare professionals and patients. Therefore, bioethical reflection is essential to find the most appropriate means to integrate the benefits of digital technologies into health care, ensuring ethical care. Thus, bioethics provides healthcare professionals and patients with discursive resources, aiming to enable the most prudent and reasonable decision-making. The exercise of communicative competence is crucial in the process of digitalizing medical activities and in the use of data analysis through artificial intelligence. Deliberative practice and patient-centered medical care are the ethical directives for the introduction of computational technology in medicine, preserving humanized and dialogical health care.

METHODOLOGY FOR MANAGING INVESTMENT PROCESSES OF DIGITALIZATION OF THE ECONOMY

In the article the investigates the problems of the investment management digital transformations at the enterprise, where the instrumental basis based on the system economic theory and integrated IT risk management theory are allocated. The purpose of the study is to develop a recursive and convergence methodology of the investment management of the enterprise digitalization processes. 
 The components of the process of investment digitalization of enterprises are structurally reflected and a deterministic 5-component model of developing a recursive and convergence management methodology based on the digital economy is formed. It is determined that the recursive and conversion methodology is based on the understanding of investment management digital transformations at an enterprise as a complex system, characterized primarily by the diversity and heterogeneity of the constituent elements, numerous internal and external connections, which causes a variety of their interaction, changes in the composition and state of the system. 
 The recursive model provides management of the investment of digitalization in the enterprise as a sequential transition between processes of one level only after all the cycles provided for the current process are implemented. However, such a coherent sequence is possible at the expense of effective information support of each process, which should be implemented on a convergence basis. The precondition for its implementation in the field of digital technologies is civilizational development, consequences of globalization and digitalization. The focuses on the problems of reasonable and sustainable urban planning in the conditions of urbanization, which is the basis for the development and implementation of the «Smart City» concept. As a result, of theoretical analysis of the main definitions of «Smart City», the author's vision of this concept is proposed. The implementation of «Smart City» in the context of human rights protection, we will highlight the main tasks taking into account the development of cognitive technologies.

Morphology images of visual-cognitive character of dynamical system information

The study of images of bladed-edged weapons, which allowed to design a paryura, was carried out. To create images of design objects –parures represented by visual-symbolic cognitive information dynamic systems (VKIDS) with locally stable structures (LUS) in the development of cognitive technologies of plastic arts and design, the methods of linguistic-combinatorial and tabular modelling were used. RESULTS: the study of morphology, colourists, eidos, and concept in the creation of images of design objects-jewellery associated with the main symbolized elements of state and social policy management, represented by images of sacred, astral cosmogony, and cosmology.

Сluster of design objects images in aesthetic and social, economic, and technological systems

Currently, there is no holistic concept of the creative possibilities of humanity and its civilizations, which confirms the relevance of this study. To create images of design objects – edged weapons, represented by visual-symbolic cognitive information dynamic systems (VKIDS) with locally stable structures (LUS) in the development of cognitive technologies of plastic arts and design, the methods of linguistic-combinatorial and tabular modelling were used. RESULTS: the morphogenesis of images of objects of design, represented by a cluster of bladed weapons and logotypes decor and marks of identification, as a result of cognitive technologies in the creation of SKIDS that provides a universal language of communication in relationships ontological and semiotic realities, which increases the growing importance of the plastic arts and design, focused on images of artefacts vintage and modern bladed weapons through the concepts of archetypes symbols and signs: system, taxonomy and classification.

FUZZY POSITIONING MODELING OF NATURAL LANGUAGE LOCATION DESCRIPTION

Abstract. The development of cognitive technology and natural language understanding has made the interaction between humans and machines more mature. Natural language interactive location services through language or text are more in line with human cognitive habits, and it is the future development direction of location service techniques. Different from accurate GPS location, the uncertainty of human cognition causes the natural language position description is of uncertainty. How to take the uncertainty of position description into account to model it, and further establish a positioning computing framework that supports the expression of uncertainty, is a difficult problem in this field. At present, quantitative spatial relationship models can be well applied to navigation and positioning. However, these models cannot be directly transferred to deal with qualitative spatial relationships, such as positioning based on natural language descriptions. An effective solution is to establish a method to transform the qualitative natural language positioning into a quantitative one. To build this transformation, we proposed a fuzzy positioning model based on fussy mathematics theory and methods. The proposed model was validated using indoor and outdoor positioning experiments. The experiments showed that it could achieve a high positioning accuracy both indoor and outdoor.

The Adoption of Cognitive Computing Technology in China

Cognitive computing technology or cognitive technology is a field of computer science that automates tasks that traditionally require perceptual and cognitive skills from humans. This field is an emerging area that integrates sensors, pattern recognition, data mining, reasoning algorithms, and natural language processing to mimic the functions of the human brain. China is becoming a global leader in the adoption of cognitive technology, enjoying favorable conditions for the technology's development because of its substantial local market, rich data, and strong government policy support. One of the major benefits that cognitive technology promises to bring to China is the ability to advance the social, economic, and environmental development of the large rural population to the levels that characterize the urban areas of the nation. A controversial application of cognitive technology in China is security surveillance; while the Chinese government claims that the use of cognitive-powered surveillance helps reduce crime and create a safe environment for its citizens, others view the practice as technocratic governance and an abuse of civil liberties. This article reviews the adoption and development of cognitive technology in China and discusses the impacts, concerns, and challenges of the technology for the country.