A multi-core processor is one which combines what are essentially multiple CPUs into a single chip. As far as the operating system and other software are concerned, it is the same as a dual or quad-cpu computer system, even though the cpus are physically one single unit.
Multiprocessor means having more than one processor. Example: this is a multiprocessor computer.
Intel's first multicore processor was the Xeon, followed the same year (2002) by the Pentium IV. The two cores were implemented in a hyperthreading configuration, allowing two simultaneous threads when both threads were in the same process address space. Independent cores (in different address spaces) were supported starting with the Core-2 Duo. This configuration extended the hyperthreading model to include duplicating enough of the bus interface unit to allow two unrelated threads to run simultaneously.
The word process basically refers to steps or activities that have to be completed to accomplish something. The end result is usually something specific and the person completing the process knows what is supposed to happen at the end of the process.
aray processor is a processor that performs computations on large arrays of data. It is of two types: (1) attached array processor. (2)SIMD array processor.
A network processor is defined as an integrated circuit which has a set specifically targeted at the networking application domain. Network processing does not have a clear definition but it should include all of the aspects of how a network operates.
The processor time is a function of the processor. The memory allocation is a function of the operating system.
L3 Cache
Not really, the vast majority of computers ever built had only one CPU (i.e. core) and thus functioned perfectly well without a multicore processor.
multicore
Parallel
Whether or not you get any benefit from a dual core processor over a single core processor depends on what operating system and what programs you are running. Newer operating systems (Windows 7, Mac OSX) do use multicore processors. Also, using multiple programs on a computer will better utilize a multicore processor. In short, yes it can make a difference for today's average user.
Its needed because its faster, most programs need more speed to run, its better.
Quite simply, a Uni (Single) core processor has only a single primary calculations core. A Multi (Dual, quad, hexi, etc) core processor has more than one primary calculations core.
False
In a multicore or multi-CPU system, processor affinity refers to what cores or CPUs a given process can run on. The application can be forced to prefer some cores or processors over others.
Multicore is best for most functions now but if speed is the most important thing than you would go for the fastest.
Multicore Association was created in 2005.
A programming technique that perform computations parallelly on more than one processor(core) without changing overall funcationality of the serial program.