With a guide from the Office of Naval Research (ONR), Dr. Binoy Ravindran, an engineering professor at Virginia Tech, has designed a machine to revolutionize how navy and business computing structures perform.
Popcorn Linux is a working gadget that combines different programming languages into an unmarried cyber tongue.
“By using Popcorn Linux to longtime, legacy Navy and Marine Corps laptop systems, we can enhance software without requiring heaps of guy-hours to rewrite millions of strains of code,” said Dr. Wen Masters, head of ONR’s C4ISR Department. “This should yield tremendous financial savings in upkeep fees.”
Crunching massive amounts of information for complicated programs like Battlespace consciousness and artificial intelligence requires potent processing.
Unfortunately, some processors capable of this talk their specialized software programming languages—and must be programmed to interact with each other.
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To increase computing speed, microchip manufacturers have placed multiple processing gadgets on individual chips in recent years. Take the iPhone 7, for example, which has four processors—high-strength (consider a Ford Mustang) and low-strength (consider a Toyota Prius)—to simultaneously dial telephone numbers, open web pages, test text messages, and take pictures and movies.
That entails designating specialized “heterogeneous” processors to perform specific duties, like displaying portraits or browsing the web. Each processor can be devoted to one specialty instead of divided among numerous features, resulting in much better, faster overall performance.
“Before, every processor was like one handyman re-modeling your whole lavatory,” said Dr. Sukarno Mertoguno, the ONR software officer sponsoring Ravindran’s studies. “Heterogeneous processors, through comparison, constitute a real plumber putting in the pipes, and an actual painter portrays the partitions. Each processor has a uniqueness.”
But this specialization has problems—a “language” barrier. Each processor has its unique set of commands that are most effective with which it is familiar. To deal with this, software program builders must manually adjust the code to determine which duties have to run on which processors—a tedious procedure, as more features and updates are delivered frequently.
“This is especially real for Navy and Marine Corps software systems,” said Ravindran. “Many of these legacy systems have been built in the 1970s or earlier, have several security patches and tens of millions of lines of code and represent massive amounts of time and money. How can Navy developers revel in the advantages of next-era heterogeneous processors without rewriting packages from scratch?”
Ravindran’s answer is Popcorn Linux, which can be used with any PC or device. It serves as a translation tool, taking common coding language and translating it into a few specialized application languages. From there, Popcorn Linux mechanically figures out what portions of the programming code are needed to perform unique responsibilities and transfers these guidance “kernels” (the “popcorn” part) to the best characteristic.
While Popcorn Linux is still a proof-of-concept prototype created by Ravindran and his college students, the machine is about to enter a new phase of development.
“In our lab and academic setting, we’ve tested Popcorn Linux to ensure that it works properly in terms of performance speed and power utilization,” said Ravindran. “Later this year, we will have paintings with industry partners to create a model of Popcorn Linux that can meet the strenuous commercial requirements required by way of the Navy and Marine Corps.”
“We’re already listening to outstanding enthusiasm from enterprises for Popcorn Linux,” said Masters. “We stay up to see how Dr. Ravindran and his group expand this exciting gadget.”
