Flaming :
Flaming is the act of posting or sending offensive messages over the Internet. These messages, called "flames," may be posted within online discussion forums or newsgroups, or sent via e-mail or instant messaging programs. The most common area where flaming takes place is online discussion forums, which are also called bulletin boards
Flaming often leads to the trading of insults between members within a certain forum. This is an unfortunate result, as it often throws the discussion of a legitimate topic well off track. For example, the topic of a discussion forum may be "Choosing a Mac or a PC." Some Mac user may post a message gloating about the benefits of a Mac, which in turn prompts a response from a PC user explaining why Macs suck and why Windows is obviously the better platform. The Mac user may then post a reply saying that Mac users are, in fact, a more intelligent species who are not as naive as PC users. This kindles a more personal attack from the PC user, which incites an all out flame war..
FPU :
It stands for "Floating Point Unit." The first computer processors were far better at dealing with integers than with real numbers . So a separate FPU processor was developed to handle the floating point calculations. That way, when the CPU encountered a floating-point expression (ie. 1.62 * 0.87359), it would send the calculation to the FPU. Since the FPU is specifically designed to handle floating-point math, it computes expressions involving real numbers more efficiently. While the first floating point units used to be manufactured as individual chips, they are now typically integrated into the CPU.
Flatbed :
A flatbed is a type of scanner or copier that uses a flat, glass surface for scanning documents or other objects. Most flatbed scanners have an adjustable lid that can be raised to allow magazines, books, and other thick objects to be scanned. This is a significant benefit over sheet-fed scanners or copiers (sometimes referred to as automatic document feeders, which can only accept paper documents.
Flatbed scanners and copy machines range in size from standard letter size (8.5"x11") to legal size and beyond. For example, a scanner used to scan architectural blueprints may be the size of several letter-size scanners. Because of their large size capacity and ability to scan thick objects, flatbed scanners are more versatile than sheet-fed scanners. However, they cannot automatically feed pages into the scanner, which means scanning multiple pages can be a time-consuming process. For this reason, some scanners and copy machines include both a flatbed scanning surface for large or thick objects, and an ADF for feeding multiple pages at once.
Firewire :
This high-speed interface has become a hot new standard for connecting peripherals (no pun intended). Created by Apple Computer in the mid-1990's, Firewire can be used to connect devices such as digital video cameras, hard drives, audio interfaces, and MP3 players, such as the Apple iPod, to your computer. A standard Firewire connection can transfer data at 400 Mbps, which is roughly 30 times faster than USB 1.1. This blazing speed allows for quick transfers of large video files, which is great for video-editing professionals. If 400 Mbps is still not fast enough, Apple Computer released new PowerMacs with Firewire 800 ports in early 2003. These ports support data transfer rates of 800 Mbps -- twice the speed of the original Firewire standard.
You may see Firewire referred to by its technical name, IEEE 1394, since it was standardized by the Institute of Electrical and Electronics Engineers. Both terms refer to the same technology. If your computer doesn't have Firewire and you wish it did, fear not. As long as your computer has PCI slots, you can purchase a PCI Firewire card to add Firewire ports to your computer.
FLOPS :
Stands for "Floating Point Operations Per Second." FLOPS are typically used to measure the performance of a computer's processor. While clock speed, which is measured in megahertz, is often seen as an indicator or a processor's speed, it does not define how many calculations a processor can perform per second. Therefore, FLOPS is a more raw method of measuring a processor's processing speed.
Still, a FLOPS reading only measures floating point calculations and not integer operations. Therefore, while FLOPS can accurately measure a processor's floating point unit (FPU), it is not a comprehensive measurement of a processor's performance. In order to accurately gauge the processing capabilities of a CPU, multiple types of tests must be run.
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