When the cycle was done, she came back to unload the washing machine when she saw that not only the clothes were still dripping wet, but there was a small white paw among the clothes, reported CNN.Panicked, she quickly emptied the machine to see that her one year-old cat Felix had made his way into the machine and was in for the entire wash cycle. She rushed Felix to the Animal Emergency and Referral Center of Minnesota.When Felix was brought into the emergency room, he had lost his vision and he http://www.jindajx.com had pneumonia due to his lungs being filled with water. Bu with care and treatment, he is doing much better. His vision is back and has started eating again. Felix is still on oxygen, but the doctors are positive he will make a full recovery. "Ive been in shock the last few days. I mean, this is going to haunt me for the rest of my life," said Carroll-Kirchoff.
"They had these incredible, absolutely insane requirements for reliability that nobody could possibly imagine," Frank OBrien, a spaceflight historian and author of "The Apollo Guidance Computer: Architecture and Operation," told AFP.In the early 1960s, the two agencies bought almost all the microchips made in the US, roughly a million all told, added OBrien, forcing the makers to improve their designs and build circuits that lasted longer than their early life cycles of just a few hours.- Multitasking -Modern computers, such as the smartphone in your pocket, are generally capable of doing a myriad of tasks all at once: handling emails in one window, a GPS map in another, various social network apps, all the while ready for incoming calls and texts.
But in the early era of computers, we thought of them in a fundamentally different way."There wasnt a lot they were asked to do. They were asked to crunch numbers and replace humans who would do them on mechanical adding machines," said Seamus Tuohy, the principal director of space systems at Draper, which spun off from the MIT Instrumentation Laboratory that developed the Apollo Guidance Computer.That all changed with Apollo Guidance Computer, a briefcase-sized machine that needed to juggle an array of vital tasks, from navigating the ship to running its oxygen generator, heaters and carbon dioxide scrubbers.Instead of a computer operator giving a machine a set of calculations and leaving it for hours or even days to work out the answer -- all of this needed to be done in a time-sensitive fashion, with cut-offs, and the ability for users (astronauts) to give it commands in real time.NASA felt it required an onboard computer to handle all these functions in case the Soviets tried to jam radio communications between ground control in Houston and US spaceships, and because Apollo was originally conceived to go deeper into the solar system.
"They had these incredible, absolutely insane requirements for reliability that nobody could possibly imagine," Frank OBrien, a spaceflight historian and author of "The Apollo Guidance Computer: Architecture and Operation," told AFP.In the early 1960s, the two agencies bought almost all the microchips made in the US, roughly a million all told, added OBrien, forcing the makers to improve their designs and build circuits that lasted longer than their early life cycles of just a few hours.- Multitasking -Modern computers, such as the smartphone in your pocket, are generally capable of doing a myriad of tasks all at once: handling emails in one window, a GPS map in another, various social network apps, all the while ready for incoming calls and texts.
But in the early era of computers, we thought of them in a fundamentally different way."There wasnt a lot they were asked to do. They were asked to crunch numbers and replace humans who would do them on mechanical adding machines," said Seamus Tuohy, the principal director of space systems at Draper, which spun off from the MIT Instrumentation Laboratory that developed the Apollo Guidance Computer.That all changed with Apollo Guidance Computer, a briefcase-sized machine that needed to juggle an array of vital tasks, from navigating the ship to running its oxygen generator, heaters and carbon dioxide scrubbers.Instead of a computer operator giving a machine a set of calculations and leaving it for hours or even days to work out the answer -- all of this needed to be done in a time-sensitive fashion, with cut-offs, and the ability for users (astronauts) to give it commands in real time.NASA felt it required an onboard computer to handle all these functions in case the Soviets tried to jam radio communications between ground control in Houston and US spaceships, and because Apollo was originally conceived to go deeper into the solar system.
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