Video collaboration anytime

single requirement of any "telepresence" solution is ease of use. For the combination of parts to form a whole to be successful, both the distant user and the expert must be able to use the equipment without a apportionment of thought and after sole minimal training-providing a solution that integrates quickly and easily into the operation's problem-solving methodology.

Another requirement is out and out portability and hands-free operation. The far user must be free to put in motion about unencumbered, and have the replete use of her hands to perform tasks as directed by means of the expert. The solution should also provide a compelling turn back on investment.

There is also a "payback" bend in effect that says the nearest set of improvements over common capabilities will probably yield a bigger payback than the individuals that follow. The next big payback in this space will be achieved via integration of compelling technology already in the lab.

individual advance will occur when far real-time collaboration opportunities are afforded the ability to use vision coupl with mobility as a lock opener component. When the collaborators can "move" together end the remote collaboration "space," seeing and discussing the issues in real time, the effectiveness of the collaboration increases above the legacy technique of talking above a traditional phone.

Another pass by a leap in effectiveness is achieved by dint of enabling the collaborator to command aspects of the remote collaboration space. This simultaneously make hastes up the process (allowing the distant person to change aspects of the environment slightly immediately observing the effects, rather than asking for it to be done) and allows the other collaborator to operate more hands free

When vision and remote-control capabilities are augmented further by dint of the ability to collect and dispense largo amounts of data, another pass by a leap up the payback curve is achieved. For example, if sum of two units people are collaborating about an issue related to a machine and they can diocese the machine together, can hear it and can view data assembleed from it, their ability to work together leap overs over merely being able to talk about it.

Many face-to-face collaboration opportunities today are also billable opportunities, as is seen in service technician and doctor consultations. distant real-time collaboration technologies are evolving that accommodate the accountability extremityed to support billing for aspects of the collaborations. a great deal of of this interaction requires archiving all of the media (video, audio and data) for later review in many formats, along with a means to efficiently retrieve, transport, preserve and store it.

futurity collaboration solutions will benefit from "presence" technology, which will help track what family are available for collaboration, where they are and what their general status is, as well as the ability to categorize the expertise of the clan present and the intelligence to act upon that knowledge to connect the right people

An important improvement required to largely support collaboration involves providing comprehensive responsiveness. futurity collaboration applications should create a faculty of perception of true interactivity. Communication between clan (and/or machines) is a constant, fine-grained, transactional proces This proces is reciprocal in nature, with the couple the senders and receivers of data affecting each other simultaneously.

The proces is also "rule based" and personal. Different family experiencing the same identical communication will proces (interpret) it differently based upon their own personal rules. Supporting this horizontal of interactivity requires moving beyond file-sharing metaphors derive pleasure fromed by current collaboration tools.

A major opportunity to enhance responsiveness is associated with providing user guided, autonomous ascendency in close physical proximity to the accident of events. This implies that the "rules" that clan use to interpret and reply to events be captured from a user and delivered to the place where the fact activity is taking place. more [i]or[/i] less classes of events may then be handled locally without burdening the communication a whole These classes will become more prevalent as the market make opens to interaction with intelligent machines.

For more information from ESPBE Solutions: www.rsleads.com/512cn-250

This article was provided through Pete Ianace, CEO of EPRE Solutions, Plano, Texas.

COPYRIGHT 2005 Nelson Publishing

COPYRIGHT 2006 Gale Group