LAÇOS & NÓS: DINÂMICAS SUB-REGIONAIS E INTERFACES CIDADE-RIO NA AMAZÔNIA

O trabalho objetiva compreender a relação cidade-rio na Amazônia, levando-se em conta mudanças e permanências referentes à dinâmica e à caracterização de cidades consideradas ribeirinhas em três contextos sub-regionais distintos (Sudeste do Pará, Oeste Paraense e baixo Tocantins), na Amazônia oriental brasileira. A contribuição geográfica da análise assenta-se nas repercussões decorrentes da reestruturação mais recente do espaço amazônico e seus rebatimentos na forma de articulação da cidade com o rio, considerando espaços de vivências (laços) e de fluxos (nós) que marcam a organização intra-urbana atual. Para esse empreendimento, assume-se a perspectiva teórico-metodológica que considera o espaço geográfico como sendo relacional e multidimensional (concebido, percebido e vivido). Do ponto de vista empírico, o procedimento metodológico considerou três cidades paraenses (Marabá, Santarém e Cametá), de nível intermediário na rede urbana regional. A partir delas procurou-se destacar o papel que a cidade ribeirinha amazônica assume em realidades sub-regionais que se inseriram de forma diferenciada nas políticas de ordenamento territorial das últimas décadas. Com base em levantamentos de campo são sistematizados elementos das particularidades socioespaciais das três sub-regiões consideradas e que demarcam espacialidades e territorialidades diversas em nível intra-urbano, sugerindo, em consequência, políticas públicas diferenciadas quando se considera a relação cidade-rio na Amazônia.

LAÇOS & NÓS: DINÂMICAS SUB-REGIONAIS E INTERFACES CIDADE-RIO NA AMAZÔNIA

O trabalho objetiva compreender a relação cidade-rio na Amazônia, levando-se em conta mudanças e permanências referentes à dinâmica e à caracterização de cidades consideradas ribeirinhas em três contextos sub-regionais distintos (Sudeste do Pará, Oeste Paraense e baixo Tocantins), na Amazônia oriental brasileira. A contribuição geográfica da análise assenta-se nas repercussões decorrentes da reestruturação mais recente do espaço amazônico e seus rebatimentos na forma de articulação da cidade com o rio, considerando espaços de vivências (laços) e de fluxos (nós) que marcam a organização intra-urbana atual. Para esse empreendimento, assume-se a perspectiva teórico-metodológica que considera o espaço geográfico como sendo relacional e multidimensional (concebido, percebido e vivido). Do ponto de vista empírico, o procedimento metodológico considerou três cidades paraenses (Marabá, Santarém e Cametá), de nível intermediário na rede urbana regional. A partir delas procurou-se destacar o papel que a cidade ribeirinha amazônica assume em realidades sub-regionais que se inseriram de forma diferenciada nas políticas de ordenamento territorial das últimas décadas. Com base em levantamentos de campo são sistematizados elementos das particularidades socioespaciais das três sub-regiões consideradas e que demarcam espacialidades e territorialidades diversas em nível intra-urbano, sugerindo, em consequência, políticas públicas diferenciadas quando se considera a relação cidade-rio na Amazônia.

A Low Cost Controller Board for Teaching Robotics

This paper presents the Smarty Board; a new micro-controller board designed specifically for the robotics teaching needs of Australian schools. The primary motivation for this work was the lack of commercially available and cheap controller boards that would have all their components including interfaces on a single board. Having a single board simplifies the construction of programmable robots that can be used as platforms for teaching and learning robotics. Reducing the cost of the board as much as possible was one of the main design objectives. The target user groups for this device are the secondary and tertiary students, and hobbyists. Previous studies have shown that equipment cost is one of the major obstacles for teaching robotics in Australia. The new controller board was demonstrated at high-school seminars. In these demonstrations the new controller board was used for controlling two robots that we built. These robots are available as kits. Given the strong demand from high-school teachers, new kits will be developed for the next robotic Olympiad to be held in Australia in 2006.

Open Source Enterprise Systems: Towards a Viable Alternative

Enterprise systems are located within the antinomy of appearing as generic product, while being means of multiple integrations for the user through configuration and customisation. Technological and organisational integrations are defined by architectures and standardised interfaces. Until recently, technological integration of enterprise systems has been supported largely by monolithic architectures that were designed, and maintained by the respective developers. From a technical perspective, this approach had been challenged by the suggestion of component-based enterprise systems that would allow for a more user-focused system through strict modularisation. Lately, the product nature of software as proprietary item has been questioned through the rapid increase of open source programs that are being used in business computing in general, and also within the overall portfolio that makes up enterprise systems. This suggests the potential for altered technological and commercial constellations for the design of enterprise systems, which are presented in different scenarios. The technological and commercial decomposition of enterprise software and systems may also address some concerns emerging from the users’ experience of those systems, and which may have arisen from their proprietary or product nature.

Designing usable ubiquitous computing

This paper demonstrates that in order to design successful ubiquitous computing, designers must consider concurrently both the end user interactions in the context of use and the sustainability of the technology and its underlying infrastructure. We describe methods used to create more useful collaboration and communication between users, designers and engineers in designing ubiquitous computing systems. We tested these methods in a real domain in an attempt to create a system that is affordable, minimally disrupts the end-user's workplace and improves human-computer interaction.

Meaning in movement : a gestural design game

This paper describes a design game that we called 'Meaning in Movement'. The purpose was to explore notions of professional dental practice with dental practioners in terms of gestures, actions and movements. The game represents a first step towards involving gestures, actions and movements in a design dialog with practioners for the purpose of designing future interactive systems which are more appropriate to the type of skilful actions and richly structured environments of dentists and dental assistants.

Work at hand : an exploration of gesture in the context of work and everyday life to inform the design of gestural input devices

This research explores gestures used in the context of activities in the workplace and in everyday life in order to understand requirements and devise concepts for the design of gestural information applicances. A collaborative method of video interaction analysis devised to suit design explorations, the Video Card Game, was used to capture and analyse how gesture is used in the context of six different domains: the dentist's office; PDA and mobile phone use; the experimental biologist's laboratory; a city ferry service; a video cassette player repair shop; and a factory flowmeter assembly station. Findings are presented in the form of gestural themes, derived from the tradition of qualitative analysis but bearing some similarity to Alexandrian patterns. Implications for the design of gestural devices are discussed.

A participatory design agenda for ubiquitous computing : a case study in dental practice

This paper reflects upon our attempts to bring a participatory design approach to design research into interfaces that better support dental practice. The project brought together design researchers, general and specialist dental practitioners, the CEO of a dental software company and, to a limited extent, dental patients. We explored the potential for deployment of speech and gesture technologies in the challenging and authentic context of dental practices. The paper describes the various motivations behind the project, the negotiation of access and the development of the participant relationships as seen from the researchers' perspectives. Conducting participatory design sessions with busy professionals demands preparation, improvisation, and clarity of purpose. The paper describes how we identified what went well and when to shift tactics. The contribution of the paper is in its description of what we learned in bringing participatory design principles to a project that spanned technical research interests, commercial objectives and placing demands upon the time of skilled professionals.

Interactive lounge : an interdisciplinary approach to the design of a gestural interaction device

Among the many new opportunities that digital technologies are enabling are an increased capacity for viewers to interact not only with the program content, but with an increasingly wide array of other digital applications. Within this context this project has developed a new interaction device (incorporating gestural platform technology) and user interfaces to facilitate interactive access to digital media in a lounge room setting. This paper provides an overview of an interdisciplinary design process applied by Australasian CRC for Interaction Design (ACID) researchers—in order to develop the device and present in detail its unique features.

Bridging technical and HCI research : creating usable ubiquitous computing

This paper describes methods used to support collaboration and communication between practitioners, designers and engineers when designing ubiquitous computing systems. We tested methods such as “Wizard of Oz” and design games in a real domain, the dental surgery, in an attempt to create a system that is: affordable; minimally disruptive of the natural flow of work; and improves human-computer interaction. In doing so we found that such activities allowed the practitioners to be on a ‘level playing ground’ with designers and engineers. The findings we present suggest that dentists are willing to engage in detailed exploration and constructive critique of technical design possibilities if the design ideas and prototypes are presented in the context of their work practice and are of a resolution and relevance that allow them to jointly explore and question with the design time. This paper is an extension of a short paper submitted to the Participatory Design Conference, 2004.