Digital Identity 3.0: The Platform for People

Developed economies are moving from an economy of corporations to an economy of people. More than ever, people produce and share value amongst themselves, and create value for corporations through co-creation and by sharing their data. This data remains in the hands of corporations and governments, but people want to regain control. Digital identity 3.0 gives people that control, and much more. In this paper we describe a concept for a digital identity platform that substantially goes beyond common concepts providing authentication services. Instead, the notion of digital identity 3.0 empowers people to decide who creates, updates, reads and deletes their data, and to bring their own data into interactions with organisations, governments and peers. To the extent that the user allows, this data is updated and expanded based on automatic, integrated and predictive learning, enabling trusted third party providers (e.g., retailers, banks, public sector) to proactively provide services. Consumers can also add to their digital identity desired meta-data and attribute values allowing them to design their own personal data record and to facilitate individualised experiences. We discuss the essential features of digital identity 3.0, reflect on relevant stakeholders and outline possible usage scenarios in selected industries.

Using Web2.0 applications to close the digital divide in Western Australia

The research reported in this paper documents the use of Web2.0 applications with six Western Australian schools that are considered to be regional and/or remote. With a population of two million people within an area of 2,525,500 square kilometres Western Australia has a number of towns that are classified as regional and remote. Each of the three education systems have set up telecommunications networks to improve learning opportunities for students and administrative services for staff through a virtual private network (VPN) with access from anywhere, anytime and ultimately reduce the feeling of professional and social dislocation experienced by many teachers and students in the isolated communities. By using Web2.0 applications including video conferencing there are enormous opportunities to close the digital divide within the broad directives of the Networking the Nation plan. The Networking the Nation plan aims to connect all Australians regardless of where they are hence closing the digital divide between city and regional living. Email and Internet facilities have greatly improved in rural, regional and remote areas supporting every day school use of the Internet. This study highlights the possibilities and issues for advanced telecommunications usage of Web2.0 applications discussing the research undertaken with these schools. (Contains 1 figure and 3 tables.)

A flexible tool for integrated planning of active distribution networks

This paper presents a flexible and integrated planning tool for active distribution network to maximise the benefits of having high level s of renewables, customer engagement, and new technology implementations. The tool has two main processing parts: “optimisation” and “forecast”. The “optimization” part is an automated and integrated planning framework to optimize the net present value (NPV) of investment strategy for electric distribution network augmentation over large areas and long planning horizons (e.g. 5 to 20 years) based on a modified particle swarm optimization (MPSO). The “forecast” is a flexible agent-based framework to produce load duration curves (LDCs) of load forecasts for different levels of customer engagement, energy storage controls, and electric vehicles (EVs). In addition, “forecast” connects the existing databases of utility to the proposed tool as well as outputs the load profiles and network plan in Google Earth. This integrated tool enables different divisions within a utility to analyze their programs and options in a single platform using comprehensive information.

In-situ power monitoring scheme and its application in dynamic voltage and threshold scaling for digital CMOS integrated circuits

An in-situ power monitoring technique for Dynamic Voltage and Threshold scaling (DVTS) systems is proposed which measures total power consumed by load circuit using sleep transistor acting as power sensor. Design details of power monitor are examined using simulation framework in UMC 90nm CMOS process. Experimental results of test chip fabricated in AMS 0.35µm CMOS process are presented. The test chip has variable activity between 0.05 and 0.5 and has PMOS VTH control through nWell contact. Maximum resolution obtained from power monitor is 0.25mV. Overhead of power monitor in terms of its power consumption is 0.244 mW (2.2% of total power of load circuit). Lastly, power monitor is used to demonstrate closed loop DVTS system. DVTS algorithm shows 46.3% power savings using in-situ power monitor.

Case study: Transforming the digital environment - resilient and robust systems and services

Case study on how City of Liverpool College is taking radical steps to transform their digital environment, their services and business processes to bridge the digital skills gap between college leavers and the expectations of employers.

Interacting single atoms with nanophotonics for chip-integrated quantum networks

Underlying matter and light are their building blocks of tiny atoms and photons. The ability to control and utilize matter-light interactions down to the elementary single atom and photon level at the nano-scale opens up exciting studies at the frontiers of science with applications in medicine, energy, and information technology. Of these, an intriguing front is the development of quantum networks where N >> 1 single-atom nodes are coherently linked by single photons, forming a collective quantum entity potentially capable of performing quantum computations and simulations. Here, a promising approach is to use optical cavities within the setting of cavity quantum electrodynamics (QED). However, since its first realization in 1992 by Kimble et al., current proof-of-principle experiments have involved just one or two conventional cavities. To move beyond to N >> 1 nodes, in this thesis we investigate a platform born from the marriage of cavity QED and nanophotonics, where single atoms at ~100 nm near the surfaces of lithographically fabricated dielectric photonic devices can strongly interact with single photons, on a chip. Particularly, we experimentally investigate three main types of devices: microtoroidal optical cavities, optical nanofibers, and nanophotonic crystal based structures. With a microtoroidal cavity, we realized a robust and efficient photon router where single photons are extracted from an incident coherent state of light and redirected to a separate output with high efficiency. We achieved strong single atom-photon coupling with atoms located ~100 nm near the surface of a microtoroid, which revealed important aspects in the atom dynamics and QED of these systems including atom-surface interaction effects. We present a method to achieve state-insensitive atom trapping near optical nanofibers, critical in nanophotonic systems where electromagnetic fields are tightly confined. We developed a system that fabricates high quality nanofibers with high controllability, with which we experimentally demonstrate a state-insensitive atom trap. We present initial investigations on nanophotonic crystal based structures as a platform for strong atom-photon interactions. The experimental advances and theoretical investigations carried out in this thesis provide a framework for and open the door to strong single atom-photon interactions using nanophotonics for chip-integrated quantum networks.

Regionalização da saúde face à realidade metropolitana: análise das internações hospitalares na região metropolitana do Rio de Janeiro (1995-2005)

Esta tese trata da questão dos municípios metropolitanos, na perspectiva da política nacional e regional de saúde conduzida pelo SUS. O trabalho enfatiza as dificuldades para solução metropolitana de regulação do sistema público de saúde, no contexto de crescente autonomia dos governos municipais e do enfraquecimento do poder dos governos estaduais. A política de regionalização e conformação de redes implementada pelo Ministério da Saúde desconhece as especificidades das diversas regiões metropolitanas do país. A tese explora, portanto, as contradições na política de descentralização face à Região Metropolitana, estudando duas questões centrais, a partir da análise da rede hospitalar na Região Metropolitana do Rio de Janeiro. Por um lado, busca verificar se a descentralização efetivamente propiciou o atendimento básico hospitalar dos pacientes em seus locais de residência, cabendo referenciar para outras localidades apenas os casos de alta complexidade, no caso para a capital, cidade do Rio de Janeiro, que apresenta rede hospitalar mais complexa. Por outro, levanta a questão das relações entre o contexto metropolitano e a necessidade de formação de uma rede integrada de serviços de saúde, abordando aspectos favoráveis e os obstáculos a esta necessária institucionalização. Este estudo é uma contribuição para o entendimento da questão metropolitana na área da saúde, de forma a permitir ultrapassar os obstáculos que impedem ações coletivas.

Estudo dos resíduos eletroeletrônicos de uma prestadora de services do setor naval, com vistas ao gerenciamento ambiental.

Esta pesquisa usou o estudo de caso para analisar os resíduos eletroeletrônicos gerados em uma Empresa prestadora de serviços atuante no setor naval. Após breve reflexão sobre a relação homem-natureza, apresenta-se o conceito de resíduos sólidos e suas classificações, introduzindo-se dados que embasam o impacto dos eletroeletrônicos na geração de resíduos no Brasil. Em seguida, discorre-se sobre a evolução da eletricidade e da eletrônica até os dias atuais, passando-se a comentar os aspectos e impactos da produção e descarte dos dispositivos eletroeletrônicos, que utilizam algumas substâncias tóxicas em sua manufatura. Destacam-se alguns caminhos alternativos para os resíduos eletroeletrônicos como o reuso, o reaproveitamento e a reciclagem que abriram caminhos para novos negócios. O estudo se volta para uma abordagem da legislação ambiental, mencionando aspectos da legislação dos Estados Unidos e da Europa, além de discorrer sobre fatos relevantes do ordenamento jurídico ambiental brasileiro, com ênfase na Política Nacional de Resíduos Sólidos. Esta Seção se encerra com um breve resumo do alinhamento do setor naval à legislação ambiental, através do uso das normas ISO da série 14.000. Prossegue-se com a descrição da Empresa onde se realizou o estudo de caso, apresentando-se um resumo acerca de sua trajetória, estrutura de funcionamento e a situação da gestão ambiental. Em seguida, é descrita a metodologia usada para o desenvolvimento do estudo de caso, detalhando-se os tipos de pesquisa e procedimentos utilizados para a caracterização dos resíduos eletroeletrônicos, bem como as ferramentas de gestão usadas para sua análise. Discorre-se, então, sobre o estudo de caso realizado na Empresa, com a apresentação das ações e pesquisas realizadas acerca de seus processos de geração e descarte de resíduos eletroeletrônicos. Os dados obtidos neste estudo foram analisados à luz do conhecimento ambiental e gestor e, com o auxílio de algumas ferramentas de gestão, foram selecionados os resíduos eletroeletrônicos mais impactantes e os com possibilidade de serem gerenciados pela Empresa. Encerrando o trabalho, as conclusões sobre o estudo e as sugestões para a melhoria do gerenciamento dos resíduos eletroeletrônicos são disponibilizadas para uso da Empresa, propondo-se também a implementação de um sistema de gerenciamento integrado para todos os resíduos nela gerados.

A closely integrated digital image capture device for embedded applications

A modular image capture system with close integration to CCD cameras has been developed. The aim is to produce a system capable of integrating CCD sensor, image capture and image processing into a single compact unit. This close integration provides a direct mapping between CCD pixels and digital image pixels. The system has been interfaced to a digital signal processor board for the development and control of image processing tasks. These have included characterization and enhancement of noisy images from an intensified camera and measurement to subpixel resolutions. A highly compact form of the image capture system is in an advanced stage of development. This consists of a single FPGA device and a single VRAM providing a two chip image capturing system capable of being integrated into a CCD camera. A miniature compact PC has been developed using a novel modular interconnection technique, providing a processing unit in a three dimensional format highly suited to integration into a CCD camera unit. Work is under way to interface the compact capture system to the PC using this interconnection technique, combining CCD sensor, image capture and image processing into a single compact unit. ©2005 Copyright SPIE - The International Society for Optical Engineering.