multi-core processing
alu
Multiprocessing is accomplished when a processor contains moer than one ALU.
Calculations will be much faster.
ALUShort for Arithmetic Logic Unit, ALU is one of the many components within a computer processor. The ALU performs mathematical, logical, and decision operations in a computer and is the final processing performed by the processor. After the information has been processed by the ALU, it is sent to the computer memory.In some computer processors, the ALU is divided into two distinct parts, the AU and the LU. The AU performs the arithmetic operations and the LU performs the logical operations.
ALUShort for Arithmetic Logic Unit, ALU is one of the many components within a computer processor. The ALU performs mathematical, logical, and decision operations in a computer and is the final processing performed by the processor. After the information has been processed by the ALU, it is sent to the computer memory.In some computer processors, the ALU is divided into two distinct parts, the AU and the LU. The AU performs the arithmetic operations and the LU performs the logical operations.
Yes, it is fundamental to the operation of even the most basic CPU. ALU stands for Arithmetic Logic Unit. It is the part of the processor which deals with basic logic and mathematical operations (not to be confused with an FPU, which performs more complex calculations of the same nature in a floating point representation). ALUs can be as simple or complex as necessary.
No the ALU or arithmetic logic unit is a high speed maths co-processor. At one time it used to be a separate chip but these days its usually created as part of the CPU.
The Arithmetic and Logarithmic Unit of the CPU.
multicore
Multi-programming
It was only when Intel developed the Core Duo that they had more than one core or processor per chip IMPROVED: The 486 CPU was the first CPU Intel made which utilized a single processor chip for all functions. Before it, processors such as the 286 and 386 utilized two processors (an ALU and a math coprocessor) to perform tasks, as they could not fit both functions onto one. Now, all processors have a built-in ALU and math-coprocessor. As of the Intel Core Duo they contained two separate cores in a single processor. It is still, however, a single processor! It just has two cores and thus can function as two separate CPUs. This trend continued in the Core 2 Duo line.
Parallel