Convergent journalism : the fundamentals of multimedia reporting

This book explains the phenomenon of media convergence, defines what has been until recently a confusing topic, describes the main business models, provides case studies of successful converged newsrooms around the world, and explains how to introduce convergence into the newsroom. Stephen Quinn provides a practical introduction to the changing landscape of news reporting, and has written a useful book for students and professionals alike.

Multimedia journalism: putting it all together

A combination of sound, image, text, and interactivity-hereafter referred to as multimedia journalism-gives media practitioners a new way to tell stories, using the strengths of each medium to produce a more compelling package. From the outset, a multimedia journalist must appreciate the potential and power of each medium and capitalize on those strengths. In doing so the multimedia reporter produces journalism that is well beyond what a single medium can do. The multimedia reporter needs to know how to use a variety of digital tools, but the essential requirement is a multimedia mind-set. Loosely articulated, this mind-set requires the ability to conceive of stories that go beyond a single medium when it is appropriate to use more than one medium. Sometimes one medium is sufficient to provide what audiences need. Implicit in this statement is an understanding of audiences (note the plural form) and an acceptance that the fundamental role of journalism remains constant, which is to inform, educate, and entertain.

Interactive television in schools : an Australian study of the tensions of educational technology and change

This paper outlines some key issues that arose from several projects that investigated the use of interactive television in schooling. In this paper we draw on these projects, to illustrate and discuss how a (then) new form of distance education -- satellite-based, narrowcast ITV -- was designated for use in primary (elementary) and secondary (high school) classroom settings, how it was implemented, and how it collapsed as an endeavour. Issues raised by students, teachers and administrators are related to each to illustrate how ITV slowly declined over several years, despite its usefulness for some and strong support from those involved.

Towards an interactive architecture for web-based databases

World Wide Web has brought us a lot of challenges, such as infinite contents, resource diversity, and maintenance and update of contents. Web-based database (WBDB) is one of the answers to these challenges. Currently the most commonly used WBDB architecture is three-tier architecture, which is still somehow lack of flexibility to adapt to frequently changed user requirements. In this paper, we propose a hybrid interactive architecture for WBDB based on the reactive system concepts. In this architecture, we use sensors to catch users frequently changed requirements and use a decision making manager agent to process them and generate SQL commands dynamically. Hence the efficiency and flexibility are gained from this architecture, and the performance of WBDB is enhanced accordingly.

An ecobehavioural analysis of interactive engagement of children with developmental disabilities with their peers in inclusive preschools

Ecobehavioural analysis procedures were used to examine the interactive engagement of children with developmental disabilities due to Down syndrome who attended inclusive preschools for 2 years. Compared with typical children, the children with disabilities displayed infrequent interactions with peers for the duration of the study. For the children with disabilities, interactive engagement was largely unrelated to the characteristics of class activities, while typical children responded positively to activities expected to promote peer interaction. The results are discussed in terms of the inadequacy of informal strategies commonly applied in inclusive preschool settings to promote interactive engagement in children with disabilities.

Reasoning with multimedia information using symbolic projection

In many multimedia application systems, it is not the final goal to retrieve the relevant multimedia information from different multimedia information sources. Rather, post-processing of the retrieved multimedia information is needed. For example, the retrieved information is used as “known facts”. The systems will do some reasoning to obtain further conclusions based on these multimedia form “known facts”. We call this reasoning with multimedia information. Most current research work in multimedia information processing is focused on multimedia information retrieval, but post-processing the retrieved information is more or less ignored. This paper explores the way to tackle this problem by using symbolic projection. A case study of reasoning with still image information is presented. Some extensions to symbolic projection- introducing auxiliary pictorial objects in symbolic pictures that need to be processed-are discussed. We expect this paper will stimulate further research on this important but ignored topic.

Post processing of multimedia information - concepts, problems, and techniques

Currently, most research work on multimedia information processing is focused on multimedia information storage and retrieval, especially indexing and content-based access of multimedia information. We consider multimedia information processing should include one more level-post-processing. Here "post-processing" means further processing of retrieved multimedia information, which includes fusion of multimedia information and reasoning with multimedia information to reach new conclusions. In this paper, the three levels of multimedia information processing storage, retrieval, and post-processing- are discussed. The concepts and problems of multimedia information post-processing are identified. Potential techniques that can be used in post-processing are suggested, By highlighting the problems in multimedia information post-processing, hopefully this paper will stimulate further research on this important but ignored topic.

QuickTime multi-track theatricks

Digital media, corporate database applications and intranets provide efficient ways to create, store and deliver information and educational services. However some academics perceive new workload and other constraints eroding the potency of these technologies. Proposed corporate level information management systems for digital objects and their metadata are new complexities entering academicsÕ thoughts about using online multimedia.

Few staff understand digital multimedia concepts and fewer still, the systems designed to deal with IP management, copyright law compliance and the tracking of digital resource creation processes. Faltering staff enthusiasm warns of their need to experience working models and tangible benefits from these new directions. A project in Deakin's Faculty of Education provides a case study showing how QuickTime is helping academics understand, and increase their use of, multimedia in e-learning environments with an integrated library of digital resources with metadata.

We also report our experience of QuickTime in creating interactive learning objects using multi-tracks. We discuss our idea of theatricks as a performance drawcard - people will come! There is orchestration of multimedia and QuickTime conducts the events, its flexible functionalities providing a safer development environment for solving problems and grasping opportunities.

While difficult for some academics to comprehend, scripting automation and database connectivity through intelligent interfaces might facilitate QuickTime's use in building integrated learning environments with academics. These ideas are considered in relation to staff development, central to the case study project.

Thinking multimedia

Children in our society have access to many information resources and communication options. As we witness the convergence of art, literacy and publishing, individuals need to learn how to make sense of information presented in many different forms, and how to construct their own communications in multiple media.
Thinking Multimedia is a program that has developed out of many projects that I have run in several school and some tertiary institutions over the past 12 years. It is an attempt to integrate skills and knowledge from different academic disciplines and to encourage students to understand learning processes and their own learning preferences. The course, offered at this stage at Year 10 level at St Catherine’s School in Melbourne, aims to provide background and basic skills in how to construct and deconstruct information in multiple media and to provide students with the opportunity to explore a ‘real need’ project of their own in a project-based team environment. The course is supported by an online resource and discussion component.
In this presentation I will explain the background to the Thinking Multimedia program and explore some of the work by the students involved.

Development of a multimedia data acquisition toolkit and its application for exchanging demolished materials

In the development of a web-based information system such as a demolition material management system, a great amount of diversified information on projects should be acquired from particular users located with various computer platforms. This issue is difficult to handle using the limited HTTP form submission, which could lead to inaccuracy of the information and inefficiency of the whole system. This paper describes a web-based graphical user interfaced, dynamic and distributed multimedia data acquisition mechanism, which accepts users' drawings and retrieval information from the canvas and stores the multimedia data on a server for further usages. Furthermore, techniques and principles needed to construct such a multimedia data acquisition tool are addressed in detail. The application of this distributed multimedia tool in developing a web-based demolition material management system is also described.

Quality-of-service routing for web-based multimedia servers

Quality-of-Service is an important issue in multimedia applications; so far most of the research focuses on bandwidth guarantee, few pays attention to the server performance guarantee. In this paper we pay more attention to the server performance guarantee under the prerequisite of guaranteed bandwidth quality. We take advantage of anycast to find the "best" multimedia server among a distributed server group in terms of bandwidth, the request will be submitted to the selected server, moreover, the selected server's neighbours' (all the servers with feasible paths) addresses are delivered to the selected server simultaneously. If the selected server can not guarantee the QoS for the request in terms of server performance, then a proposed QoS-Aware Server Load Deviation (QASLD) mechanism wiII be employed, which will deliver the request to one of its neighbours until there exists a suitable server that can guarantee the server performance for the request. Our experiments show that the proposed QASLD algorithm works well.

Redesign of a multimedia course to reflect process not product

Universities are moving towards an environment of online teaching and learning. This is impacting the revision of degree programmes. A multimedia design course was revised to reflect and improve the design process inherent within multimedia production. The course was analyzed and revised using a critical reflection process. The outcome of the evaluation indicated that students were more satisfied but they had not grasped some of the fundamental concepts of design, and further revision of the course was needed for delivering materials and teaching in an online environment. The recommendation from the teaching team was to explore the range of research methods to formally revise the course again for future improvements to teaching practice and effective learning.