This varies dramatically from one computer architecture to another. It may be as few as one register to many hundreds, the registers may be general purpose or very specialized in purpose. It all depends on the decisions of the computer architect and the evolutionary history from the initial implementation of the architecture to the latest.
No, that would be computer design and implementation.Computer architecture is the overall view of registers, instructions, data types, etc. and how they will interact; without any concern for the technology or components that will be used. This gives the designer/implementer much more freedom to make the best choices for the expected target market.
Computers were first used as cash registers in the late 1970s and early 1980s. The introduction of microprocessors allowed for the development of electronic cash registers that could process transactions more efficiently than traditional mechanical registers. These early systems began to integrate features like inventory management and sales tracking, paving the way for modern point-of-sale systems. The transition marked a significant shift in retail technology, enhancing operational efficiency and accuracy.
Registers
Victorians often approached registers, particularly in the context of societal norms and etiquette, with formality and decorum. They typically adhered to strict social hierarchies and expectations, which influenced how they communicated and interacted with one another. This included using polite language, maintaining a composed demeanor, and following established conventions in both written and spoken exchanges. Overall, the Victorian response to registers reflected their values of respectability and propriety.
AnswerThe thread library function performs the following actions to context switch between user level threads:1. Copy all live registers to Thread control Block (TCB)2. Restore the state of the thread to run next i.e. (copy the values of live registers from (TCB) to registers)3. Move to the next thread to execute
A computer has address registers and data registers. The address registers usually keeps the computer informed about where certain data stores are kept.
registers are located in CPU.
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Yes, registers are a type of memory within a computer system that store data temporarily for quick access by the CPU.
types of registers( ac ,dr ,ar etc) which use in computer types of registers( ac ,dr ,ar etc) which use in computer
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computer has different registers each of which has different functions. ax - accumulator register bx - base register cx - counter register computer has different registers each of which has different functions. ax - accumulator register bx - base register cx - counter register
in the registers ,the closest memory to the central processor unit.
Different computers have different numbers of registers depending on their architecture.
The fastest type of memory on a computer is the registers that form the execution model of the processor.
Samsung makes one of these cash registers. It is a great system.
CPU is main part of computer,It processes the data using the registers inside the CPU. These are of different types and have different purpose of use. Due to these registers the CPU done processing.