Examples of using Program counter in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
The Program Counter(PC) is saved in a known place.
Every CPU has what is called a program counter.
The thread has a program counter that keeps track of which instruction to execute next.
The current instruction address is held by a program counter(PC).
The Program Counter(PC) is a 2-byte address which tells the 8051 where the next instruction.
The CPU fetches instructions from memory to the value of the program counter.
A reset line that resets the program counter to zero(or whatever) and restarts execution.
For relative addressing, the implicitly referenced register is the program counter(PC).
The programmable divider(or program counter) is set using switches at pins 15, 16, 17& 18(D0-D3).
Reading: Retrieves the instruction from memory by locating it thanks to a program counter.
The final act is to restore the PSW and program counter values from the stack.
This information consists of the contents of important internal registers such as the program counter.
This program counter is actually a programmable divider which outputs a divided down value of the RF signal.
This signal is thenapplied to the phase detector which also monitors the program counter output.
At power-up, the central processor would load its program counter with the address of the boot ROM and start executing instructions from the ROM.
Neumann m/c are called control flow computer because instructionare executed sequentially as controlled by a program counter.
The program counter is a latch with the extra ability to increment by 1 when told to do so, and also to reset to zero when told to do so.
With interpretation, you start at the IP(instruction pointer--also called PC, program counter) and read the instruction from memory.
In practice, the phase detector adjusts the varicap voltage so thatthe divided RF oscillator frequency is 100kHz at the program counter output.
Each thread of a runningprogram has its own pc register, or program counter, which is created when the thread is started.
Typical causes are when the program counter is set to an incorrect address or a buffer overflow overwrites a portion of program code due to an earlier bug.
While this is happening,the processor will clear any leftover data in the memory registers and give the CPU program counter a F000 hexadecimal number.
The CPU uses one of these registers-- the program counter, or PC-- to keep track of where it is in the program it is executing.
Finally, comes MIMD, which essentiallymeans a group of independent computers, each with its own program counter, program, and data.
The PS4 processor takes this address number from the program counter, which is responsible for tracking which instructions the PS4 CPU should execute next.
A Program is a passive entity such as the contents of a file stored on disk,whereas a process is an active entity, with a program counter specifying the next instruction to execute.
Typical causes are when the program counter loses track of the correct execution path or a buffer overflow overwrites a portion of program code, due to an earlier bug.
The processor has an area called the program counter which essentially acts as a bookmark, letting the processor know where the last instruction ended and the next one begins.