[Paper Review] Computer Supported Collaborative Research

Vita Hinze-Hoare|ArXiv.org|Nov 17, 2007

Innovative Teaching and Learning Methods38 references3 citations

TL;DR

This paper introduces Computer Supported Collaborative Research (CSCR) as a distinct field, differentiating it from CSCW and CSCL through conceptual analysis and case study. It proposes a clear framework for designing and evaluating collaborative research environments, with a focus on student-supervisor collaboration, establishing CSCR as a unique domain with specific requirements and design principles for academic research settings.

ABSTRACT

It is suggested that a new area of CSCR (Computer Supported Collaborative Research) is distinguished from CSCW (Computer Supported Collaborative Work) and CSCL (Computer Supported Collaborative Learning) and that the demarcation between the three areas could do with greater clarification and prescription. Although the areas of Human Computer Interaction (HCI), CSCW, and CSCL are now relatively well established, the related field of Computer Supported Collaborative Research (CSCR) is new and little understood. An analysis of the principles and issues behind CSCR is undertaken with a view to determining precisely its nature and scope and to delineate it clearly from CSCW and CSCL. This determination is such that it is generally applicable to the building, design and evaluation of collaborative research environments. A particular instance of the CSCR domain is then examined in order to determine the requirements of a collaborative research environment for students and supervisors (CRESS).

Motivation & Objective

• To clarify the conceptual boundaries between CSCR, CSCW, and CSCL, which are often conflated despite distinct purposes.
• To establish CSCR as a distinct research domain with unique principles, challenges, and design requirements.
• To analyze the core principles and issues underlying collaborative research to inform the development of effective collaborative research systems.
• To identify specific needs of collaborative research environments through a case study of student-supervisor research collaboration (CRESS).
• To provide a foundation for the design, building, and evaluation of future collaborative research platforms.

Proposed method

• Conducts a conceptual analysis to distinguish CSCR from CSCW and CSCL based on purpose, process, and context.
• Identifies core characteristics of collaborative research, such as knowledge creation, iterative inquiry, and long-term collaboration.
• Uses a case study of student-supervisor research collaboration (CRESS) to derive practical requirements for collaborative research systems.
• Analyzes existing collaborative work and learning models to highlight the unique aspects of research collaboration.
• Proposes a framework for designing collaborative research environments based on identified principles and requirements.
• Applies principles of Human-Computer Interaction (HCI) to the design of CSCR systems, focusing on usability and support for complex research processes.

Experimental results

Research questions

• RQ1 How does collaborative research differ fundamentally from collaborative work and collaborative learning?
• RQ2 What are the defining characteristics and core principles of Computer Supported Collaborative Research (CSCR)?
• RQ3 What specific requirements must a collaborative research environment meet, particularly in academic supervision contexts?
• RQ4 How can CSCR be meaningfully distinguished from CSCW and CSCL in both theory and practice?
• RQ5 What design principles can guide the development of effective collaborative research systems?

Key findings

• CSCR is a distinct domain from CSCW and CSCL, characterized by long-term, knowledge-intensive, and iterative inquiry processes.
• The core purpose of CSCR is the co-creation of new knowledge, differing from the task-oriented goals of CSCW and the learning-oriented goals of CSCL.
• Student-supervisor collaboration in research requires support for asynchronous, iterative, and reflective processes, which are not fully addressed by existing CSCW or CSCL tools.
• A clear conceptual framework for CSCR enables better design and evaluation of collaborative research systems.
• The study identifies that current collaborative tools often fail to support the complexity and depth of academic research collaboration.
• The proposed CSCR framework provides a foundation for developing purpose-built environments tailored to the needs of research teams.