Virtual VMASC: A 3D Game Environment

The advantages of creating interactive 3D simulations that allow viewing, exploring, and interacting with land improvements, such as buildings, in digital form are manifold and range from allowing individuals from anywhere in the world to explore those virtual land improvements online, to training military personnel in dealing with war-time environments, and to making those land improvements available in virtual worlds such as Second Life. While we haven't fully explored the true potential of such simulations, we have identified a requirement within our organization to use simulations like those to replace our front-desk personnel and allow visitors to query, naVigate, and communicate virtually with various entities within the building. We implemented the Virtual VMASC 3D simulation of the Virginia Modeling Analysis and Simulation Center (VMASC) office building to not only meet our front-desk requirement but also to evaluate the effort required in designing such a simulation and, thereby, leverage the experience we gained in future projects of this kind. This paper describes the goals we set for our implementation, the software approach taken, the modeling contribution made, and the technologies used such as XNA Game Studio, .NET framework, Autodesk software packages, and, finally, the applicability of our implementation on a variety of architectures including Xbox 360 and PC. This paper also summarizes the result of our evaluation and the lessons learned from our effort

The Academic Librarian and Techno-Communication: Facilitating Social Networking with Generation Y Students

This paper will address the ways in which academic librarians can work to bridge the communication gap with Generation Y students using social networking and techno-communication. Utilizing cyber-communication opens many doors previously shut to educators. Academic librarians, specifically, have much to gain by embracing the trend toward online communication and social networking. Facebook, and other social networking sites like Friendster and MySpace, have helped to dissolve barriers between librarians and students. An online profile can allow, even moderately techno-savvy librarians, a new brand of accessibility to the university community. Academic librarians can gain acceptance and direct access to students, and anyone else in the university network with a Facebook account. Cyber-connected librarians are also able to directly advertise—and even personally invite—online university members to events, inform network users of new library collections, new online databases, upcoming library workshops, and any number of other outreach activities. In addition, a librarian’s online profile page can include links to sites designed to help students with citing sources for a paper, RSS feeds to library and university news and events, current national and world news items, book reviews, and personal and reference desk contact information. Other forms of technological communication, such as IM (instant messaging or chatting) can also be a useful tool for the academic librarian.International Federation of Library AssociationsUniversity of Toronto, LibraryUniversity of Toronto, Faculty of InformationUniversity of Illinois, LibraryTitle VI National Resource Center Grant (P015A060066)unpublishednot peer reviewe

A new method for interacting with multi-window applications on large, high resolution displays

Physically large display walls can now be constructed using off-the-shelf computer hardware. The high resolution of these displays (e.g., 50 million pixels) means that a large quantity of data can be presented to users, so the displays are well suited to visualization applications. However, current methods of interacting with display walls are somewhat time consuming. We have analyzed how users solve real visualization problems using three desktop applications (XmdvTool, Iris Explorer and Arc View), and used a new taxonomy to classify users’ actions and illustrate the deficiencies of current display wall interaction methods. Following this we designed a novel methodfor interacting with display walls, which aims to let users interact as quickly as when a visualization application is used on a desktop system. Informal feedback gathered from our working prototype shows that interaction is both fast and fluid

A cooperative-relational approach to digital libraries

Copyright @ 2007 Springer-Verlag, Berlin HeidelbergThis paper presents a novel approach to model-driven development of Digital Library (DL) systems. The overall idea is to allow Digital Library systems designers (e.g. information architects, librarians, domain experts) to easily design such systems by using a visual language. We designed a Domain Specific Visual Language for such a purpose and developed a framework supporting it; this framework helps designers by automatically generating code for the defined Digital Library system, so that they do not have to get involved into technical issues concerning its deployment. In our approach, both Human-Computer Interaction and Computer Supported Collaborative Work techniques are exploited when generating interfaces and services for the specific Digital Library domain

Baseline analysis of a conventional and virtual reality lifelog retrieval system

Continuous media capture via a wearable devices is currently one of the most popular methods to establish a comprehensive record of the entirety of an individual's life experience, referred to in the research community as a lifelog. These vast multimodal corpora include visual and other sensor data and are enriched by content analysis, to generate as extensive a record of an individual's life experience. However, interfacing with such datasets remains an active area of research, and despite the advent of new technology and a plethora of competing mediums for processing digital information, there has been little focus on newly emerging platforms such as virtual reality. In this work, we suggest that the increase in immersion and spatial dimensions provided by virtual reality could provide significant benefits to users when compared to more conventional access methodologies. Hence, we motivate virtual reality as a viable method of exploring multimedia archives (specifically lifelogs) by performing a baseline comparative analysis using a novel application prototype built for the HTC Vive and a conventional prototype built for a standard personal computer

Deer in the headlights: Towards an understanding of how journalism students engage with complex academic research methods modules

Journalism is at a crossroad. The rise of populist governments with accusations of fake news against what has always been considered to be Fourth Estate journalism means journalists face significant challenges to produce compelling, truthful, and accurate news at a time when reality is altered by those who do not agree with what journalists say. The current journalistic climate means journalists must move beyond the lexical meanings of what it means to be a journalist to a more critical one where they have to verify and analyse the news for the audience. One of the key ways in which journalists can respond to significant challenges to practice is by becoming more critically aware practitioners. A significant step in that direction occurs in journalism programmes at the university level where students are required to produce a critically researched dissertation as part of their conditions of earning a degree. However, with journalism being a traditionally vocational programme, challenges arise because students have difficulties drawing correlations between academic research and journalism practice. Our research aims to understand how students engage with academic research method modules. Based on our findings, we argue that students can use interactive learning methods and online resources to help engage with more complex and unfamiliar content

End User Computing and Information Security: a Retrospective Look at the De-centralisation of Data Processing and Emerging Organisational Information Risk

Information security assured on centralised systems through application of principles previously established for paper-based systems. The advent of personal computing and distributed computing potentially turned that model upside down. It seems that the eagerness of organisations for encouraging technology (Availability part of the CIA acronym) seemed to take precedence over the finer meaning of Confidentiality and Integrity, in spite of (in the UK, at least) changes to legislation. The huge increase in portable data storage capacities ensured that what may have been perceived as a minor irritant in the 1980s became a potential nightmare scenario by 2007, which caused two government reports to report “systemic failure”. This paper looks at the development of end-user computing, and suggests that the problem occurred because of a lack of information risk assessment over many year