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all X 86 processors
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Which machine tend to make use of internal resources of the processor and a rich set of registers and a pipelined organization?
RISC
Comparision between superscaler and super pipelined processor?
Superscalar machines execute regular sequential programs. The programmer is unaware of the parallelism.
What has the author Colin David McIlroy written?
Colin David McIlroy has written: 'A pipelined parallel processor for real-time edge detection'
What types of transfers must a computers interconnection structure (bus) support?
The Type of transfers that must a computer interconnection structure support thats a bus is the following: (1) Memory to Processor (2) Processor to Memory (3) I/O to Processor (4) Processor to I/O (5) I/O to or from Memory
What is themeaning of pipe lines for 8085 microprocessor?
The 8085 is not pipelined.
What is Handlers classification of computer architecture?
Handler's Classificstion: This classification was done by Wolfgang Handler. This classification mainly identifies the parallelism degree and pipelining degree built inside the hardware structure of the computer. Wolfgang Handler considers parallel - pipeline processing t sub system levels: 1. Process Control Unit(PCU) 2. Arithematic Logic Unit(ALU) 3. Bit - Level Circuit(BLU) Each PCU Corresponds to one CPU. The ALU is considered as an element much smaller than a central processor and mucher lower features than a processor, working under the control of the processor. ALU is generally used to do arithematic and logical caliculations. In general there are many ALUs in a system, working parallely to increase the speed of the system. The BLC corresponds to the combinational logic circuitry needed to perform the bit operations on the ALU. The computer system can be characterized by a triple containing six independent entities given below: T(C) = <K * K', D * D', W * W'> Where K = Number of processors within the computer. K'= Number of PCUs that can be pipelined. D = Number of ALUs under the control of one PCU. D'= Number of ALUs that can be pipelined. W = Word length of ALU. W'= Number of pipelined stages in all ALUs. I guess this will satisfy your need.
What are advantages of a pipeline architecture over non-pipelined?
It allows many intsrunctions to be fetched -decode and executed once
What is the difference between pipelined and non pipelined processor?
"Pipelining", in the context of a processor, means that the CPU scheduler creates a specific list of linked instructions (actions) to be fed to the computation units to work. Generally speaking, this list is a series of actions which require the successful completion of the prior one - so, action A completes, then action B takes the output from A and does something, while action C then does something with the output of B, etc.Pipelining can bring significant performance benefits, as each successive action finds all its prerequisites already satisfied, so the action is ready to go immediately.The pipeline is filled by the CPU scheduler from a pool of work which is waiting to occur. Each execution unit has a pipeline associated with it, so as to have work pre-planned.In a non-pipelined CPU, the scheduler merely chooses from the pool of waiting work each time an execution unit signals it is free.Pipelined CPUs are significantly more efficient than non-pipelined CPUs, provided the scheduler can keep the pipeline full. If work on an execution unit produces an output that the scheduler had not predicted (i.e. a jump rather than a computation output), then the pipeline stalls, and it has to be completely emptied, while the scheduler reorders work to account for the new outcome.Thus, the efficiency of a pipelined CPU is entirely dependent on the CPU scheduler's effectiveness at predicting the outcome of each instruction (action). If the workload is such that the predictive scheduler can't do a good job, and frequent pipeline stalls occur, then it will often be the case that a non-pipelined design will perform better on that workload.The tradeoff is thus: the longer the instruction pipeline for an execution unit, the better performance that unit can have, but the harder (and more complex) the work is for the predictive scheduler, and the greater the cost (in terms of performance hit) that a pipeline stall is.
How do you determine if your processor is RISC or CISC?
RISC (reduced instruction set computer) and CISC (complex instruction set computer) are two major types of processor architecture. These styles differ in the way that they handle incoming instructions, making it difficult to compare the clock speeds of the two types, as a 2.0ghz RISC processor will be faster or slower than a 2.0ghz CISC processor depending on the structure of individual applications. Knowing which type of processor you have is accomplished by knowing which company made your processor.Related Searches:Gaming ProcessorCredit Card ProcessorDifficulty:EasyInstructions1 Open the "Start" menu.2 Press "Run."3 Type in "msinfo32" and press "Enter."4 Click "System Summary" and read the "Processor" tab. If your processor is made by Intel you have a RISC processor. If it was made by AMD you have a CISC processor.
What is difference between core and processor?
A processor, or more commonly a CPU, is an individualized processing device. It may contain multiple cores. A core is a bank of registers and dedicated cache structure that performs all of a processor's tasks, but is not an entire processor. For example, more multi-core processors have a separate array of logic functions that are not integrated with the core, such as the Memory Controller in AMD Phenom and Phenom II processors. There is one (or two, in the Phenom II) memory controllers total for the processor, reguardless of the number of cores. Think of a 'core' as a cylinder in an engine. A V8 enginer has 4 'cores', but the engine is the 'processor'. You can have a V12 or a W32 or a V4 or any of another combination, but there's only one processor. However the number of cores can greatly influence the overall power and capability of the processor.
What is array processor and what is the role of attached array processor?
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.
Which is more powerful the current Celeron processor or the current Xeon processor?
The Xeon processor is stronger than the Celeron processor.
