The innovation grew out of work being done in Coopermans High-Performance Computing Laboratory to build and improve free, open-source software.
The software incorporates checkpointing, the method of saving work progress at regular intervals. Coopermans softwarecalled Distributed multi-threaded checkpointing, or DMTCPallows developers working in the Linux operating system to save their work to a USB drive. Later, they can pop the drive back into another computer and continue the work within seconds.
Cooperman sees parallels in this software to the issues everyday Internet users face when they need to close numerous Web browser tabs they are viewing, but dont want to waste time and break their concentration later by searching for them all over again.
Wouldnt it be great if you could take (the search engine) Firefox, save your tabs, put it all on a USB key, carry it all to another computer, bring Firefox all up again and see all same tabs? Thats roughly the same benefit a software developer will get from DMTCP, he said.
Cooperman acknowledged that software developers already are able to save their work over the Internet, while virtual machines can save developers complex work at any particular moment. but his teams software takes checkpointing to the next level by saving only the programs necessary to the project at handrather than the entire operating systemthereby taking only one second to save and later reopen, compared to the couple of minutes a virtual machine may take.
People dont want to wait, he explained. they just want to do it immediately.
Cooperman said this software also highlights the aggressive push in the technology industry to make software readily available to users on almost every medium, no matter where they are located. He pointed to the burgeoning e-commerce market, including Googles recent announcement about launching an e-bookstore to compete with other digital platforms and devices, as an example of this trend.
His team included third-year student Greg Kerr, junior Tyler Denniston, and PhD students Ana-Maria Visan, Xin Dong and Kapil Arya. PhD students from MIT and universities in Russia and Australia also contributed to the project.