The company also suggests using the hardware for office "multitasking," which is something I'd like to see.
However, enterprises can now use the hardware within their devices for security purposes, and new operating systems, such as Windows 8, have made this approach a more practical option.
Developers can use the hardware, or simply develop applications for Modal and sell them through Modal's own version of an app store.
That also allows the outsourcing service provider to take advantage of open-source software where it makes sense and to use the hardware that makes the most sense for them economically.
As the interferometric signal detection would be the most demanding task otherwise, using the hardware support for the quadrature decoding, we can easily run the feedback loops for the two interferometers even on a relatively low-computational-power and low-cost device.
We use the same hardware for BS and UE; however, their firmware is different.
Enterprises can use the virtual hardware for a period of time and then turn it off, whereas many organisations simply cannot afford to have, for example, ten spare physical servers available to be used for testing for a short time, and then turn them off.
Possible technological solutions are discussed and a new "soft trigger" approach is suggested, which allows using the same hardware for both low and high sampling speed acquisition, as well as using the general network for event transmission in place of dedicated links.
Of course, this crazy thing isn't for everyday use; the hardware is designed for servers that need the lowest possible lag time combined with the largest amount of storage available.
Similarly, the temperature calibration was done using the developed hardware system for both the substation and base-station to retrieve data from the polyethylene bag production machines.
