Closer

Abstract

One of the most critical aspects of a project is its management. This is especially true in the space sector where complex systems interact with distributed teams, massive budgets and evolving parameters. The intrinsic difficulties associated with managing these resources often lead to cost and time overruns that negatively impact not only on the current project, but the sustainability of the entities future space policy. To address the challenges faced, companies have turned to networked tools and meeting spaces, encouraging participants to meet together often, build strong personal relationships and promote a team focused mission. A growing number of space companies are enhancing the human-computer interaction by implementing Concurrent Design Facilities (CDFs) to manage the parallel work of design teams while minimizing cost and schedule in the initial phases of the projects. However, statistics show that these tools often separate the team rather then bring them closer. At the same time the networked gaming industry that has similar parameters has noticed the opposite trend. Not only do participants become highly invested and connected, but are able to achieve highly coordinated team based goals. The next step in merging these complex human interfaces is CLOSER. This architecture, recognizing the demand for a functional virtual workspace, is capable of providing contributors with all the tools they need to communicate, to work and to share experiences. CLOSER is a virtual environment supporting effective management of resources while overcoming barriers in work force interaction such as participant location, language or appearance. Utilizing a technology transfer from cutting-edge gaming environments to enhance telepresence amongst collaborators, CLOSER will not only facilitate interactions, but support actual work within the virtual space. The CLOSER engine incorporates multiple software platforms, where distributed interactions are facilitated and communication is enhanced through incorporation of physical and emotional expressions. Copyright© (2013) by the International Astronautical Federation.