983 resultados para Information Structures
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In this concluding chapter, we bring together the threads and reflections on the chapters contained in this text and show how they relate to multi-level issues. The book has focused on the world of Human Resource Management (HRM) and the systems and practices it must put in place to foster innovation. Many of the contributions argue that in order to bring innovation about, organisations have to think carefully about the way in which they will integrate what is, in practice, organisationally relevant — but socially distributed — knowledge. They need to build a series of knowledge-intensive activities and networks, both within their own boundaries and across other important external inter-relationships. In so doing, they help to co-ordinate important information structures. They have, in effect, to find ways of enabling people to collaborate with each other at lower cost, by reducing both the costs of their co-ordination and the levels of unproductive search activity. They have to engineer these behaviours by reducing the risks for people that might be associated with incorrect ideas and help individuals, teams and business units to advance incomplete ideas that are so often difficult to codify. In short, a range of intangible assets must flow more rapidly throughout the organisation and an appropriate balance must be found between the rewards and incentives associated with creativity, novelty and innovation, versus the risks that innovation may also bring.
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La información vista hoy en día como un recurso estratégico para la organización, ha llevado a que se evalúe su gestión de la misma forma que se hace con los demás recursos que existen en la organización.Para esta evaluación se utiliza la Auditoría de información por ser una herramienta indispensable en aquellos procesos relacionados con la gestión de información.La presente investigación surge a raíz de la necesidad que plantea la Escuela de Bibliotecología, Documentación e Información de realizar una evaluación de los recursos de información que requiere para el cumplimiento de objetivos y toma de decisiones, a fin de determinar el nivel de la gestión de éstos por medio de la aplicación de una Auditoría de Información.El desarrollo de esta auditoría se hizo a través de varias fases, las cuales permitieron obtener como resultados:- La identificación de los recursos de información estratégicos que la Escuela requiere para desarrollarse adecuadamente, a partir del análisis de diferentes estructuras de información.- La descripción de cada uno de los recursos a fin de conocer todas sus características e importancia para la Escuela.- El conocer los diferentes flujos de información que se presentan en la Escuela.- Un análisis de la situación actual de los recursos, el balance informacional y la evaluación general de los recursos para determinar las fortalezas y debilidades presentes en su gestión.- La presentación de oportunidades de mejora que aplicadas oportunamente pueden contribuir a optimizar la gestión de los recursos.- Y finalmente presentar un propuesta para la gestión de uno de los recursos de información que presentó debilidad en su gestión.En términos generales, la aplicación de la auditoría de información en la Escuela fue muy pertinente y oportuna ya que permitió identificar y evaluar los recursos de información tal y como se espera en este tipo de proceso.
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In the early nineties, Mark Weiser wrote a series of seminal papers that introduced the concept of Ubiquitous Computing. According to Weiser, computers require too much attention from the user, drawing his focus from the tasks at hand. Instead of being the centre of attention, computers should be so natural that they would vanish into the human environment. Computers become not only truly pervasive but also effectively invisible and unobtrusive to the user. This requires not only for smaller, cheaper and low power consumption computers, but also for equally convenient display solutions that can be harmoniously integrated into our surroundings. With the advent of Printed Electronics, new ways to link the physical and the digital worlds became available. By combining common printing techniques such as inkjet printing with electro-optical functional inks, it is starting to be possible not only to mass-produce extremely thin, flexible and cost effective electronic circuits but also to introduce electronic functionalities into products where it was previously unavailable. Indeed, Printed Electronics is enabling the creation of novel sensing and display elements for interactive devices, free of form factor. At the same time, the rise in the availability and affordability of digital fabrication technologies, namely of 3D printers, to the average consumer is fostering a new industrial (digital) revolution and the democratisation of innovation. Nowadays, end-users are already able to custom design and manufacture on demand their own physical products, according to their own needs. In the future, they will be able to fabricate interactive digital devices with user-specific form and functionality from the comfort of their homes. This thesis explores how task-specific, low computation, interactive devices capable of presenting dynamic visual information can be created using Printed Electronics technologies, whilst following an approach based on the ideals behind Personal Fabrication. Focus is given on the use of printed electrochromic displays as a medium for delivering dynamic digital information. According to the architecture of the displays, several approaches are highlighted and categorised. Furthermore, a pictorial computation model based on extended cellular automata principles is used to programme dynamic simulation models into matrix-based electrochromic displays. Envisaged applications include the modelling of physical, chemical, biological, and environmental phenomena.
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