LA COMPUTACIÓN COGNOSCITIVA – EL MUNDO DE LA CONCIENCIA

Cognitive computer science has been presented as a transdisciplinary investigation of cognitive and information science that investigates the processing and internal information mechanism along with brain processes and natural intelligence and its engineering applications. In this work we attempt to provide an enlightening perspective on the past, present and future of cognitive computing, analysing the development of computer science from the classical information theory, contemporary computing, and cognitive computing which is a deep interdisciplinary research that addresses the problems from modern common root computing, computing, software engineering, such as the future generation computer architecture known as cognitive computers of human memory. The goal of autonomous computing is to create computing systems capable of managing to a much greater extent than the current one. This paper presents Unity, a decentralized architecture for autonomous computing based on multiple interacting agents called autonomous elements. We illustrate how the unit architecture performs various desired behaviours of the autonomous system, including goal-oriented self-healing, self-healing, and real-time self-optimization. These elements are important for your comprehension and treatment in the process of computer engineer in, as well as in the area of Electronics and Telecommunications.  La informática cognitiva se ha presentado como una investigación transdisciplinaria de la ciencia cognitiva y de la información que investiga el mecanismo de procesamiento e información interna junto con los procesos cerebrales y la inteligencia natural y sus aplicaciones de ingeniería. En este trabajo intentamos proporcionar una perspectiva esclarecedora sobre el pasado, el presente y el futuro de la informática cognitiva, analizando el desarrollo de la informática a partir de la teoría de la información clásica, la informática contemporánea y la informática cognitiva, que es una investigación interdisciplinaria profunda que aborda los problemas desde informática raíz común moderna, informática, ingeniería de software, como la arquitectura informática de la generación futura conocida como computadoras cognitivas de la memoria humana. El objetivo de la informática autónoma es crear sistemas informáticos capaces de gestionar en mayor medida que el actual. Este artículo presenta Unity, una arquitectura descentralizada para computación autónoma basada en múltiples agentes interactivos llamados elementos autónomos. Ilustramos cómo la arquitectura de la unidad realiza varios comportamientos deseados del sistema autónomo, incluida la autocuración orientada a objetivos, la autocuración y la autooptimización en tiempo real. Estos elementos son importantes para su comprensión y tratamiento en el proceso de ingeniería informática, así como en el área de Electrónica y Telecomunicaciones

Dynamic pricing models for electronic business

Dynamic pricing is the dynamic adjustment of prices to consumers depending upon the value these customers attribute to a product or service. Today’s digital economy is ready for dynamic pricing; however recent research has shown that the prices will have to be adjusted in fairly sophisticated ways, based on sound mathematical models, to derive the benefits of dynamic pricing. This article attempts to survey different models that have been used in dynamic pricing. We first motivate dynamic pricing and present underlying concepts, with several examples, and explain conditions under which dynamic pricing is likely to succeed. We then bring out the role of models in computing dynamic prices. The models surveyed include inventory-based models, data-driven models, auctions, and machine learning. We present a detailed example of an e-business market to show the use of reinforcement learning in dynamic pricing