A: There is no calculation involved it is specified by the manufacture as a level +/- volts or even current
In C language, an instruction refers to a single line of code that performs a specific operation, such as declaring variables, controlling flow with conditionals and loops, or executing functions. Instructions are fundamental building blocks of a C program, and they are executed sequentially unless modified by control statements. Each instruction typically ends with a semicolon, signaling the end of that command. Together, these instructions define the logic and functionality of a C program.
von neumann is the of person who first time notice data and instruction can resides in a single memory. he proposed that there should be a unit performing arithmetic and logical operation on data. these unit termed as arithmetic- logic unit He also gave another concept regarding logic components and their connection in specific fashion. All the components should be control by control unit. The memory unit stores all the information in a group of memory cell,also called memory location where data and instruction can resides in binary form
business logic ....refers to the domain specific logic rules,proc,and processes presentation logic......concerned with how objects are displayed to the user of the software
fuzzy logic is a logic which we have to implement in c language
No.
James Dickoff has written: 'Symbolic logic and language' -- subject(s): Programmed instruction, Symbolic and mathematical Logic
no calculation are happening in arithmetic unit,logical operations in logic unite. both happening in ALU,
this is called a central processing unit
The possible states that define an instruction execution are as follows: Instruction address calculation - Determine the address of the next instruction to be executed. Instruction fetch - Read instruction from its memory location into the processor. Instruction operation decoding - Analyze instruction to determine type of operation to be performed and operand to be used. Operand address calculation - If the operation involves reference to an operand in memory or available via I/O, then determine the address of the operand. Operand fetch - Fetch the operand from memory or read it in from I/O. Data operation - Perform the operation indicated in the instruction. Operand store - Write the result into memory or out to I/O.
No. An instruction set is all the instructions that direct a computer.
The address operand of an instruction is typically copied into the instruction register (IR) during the instruction fetch phase of the instruction cycle. From the IR, the operand can be accessed by the control unit or the arithmetic logic unit (ALU) for execution. In some architectures, the address operand may also be stored in specific registers, depending on the instruction type and the addressing mode used.
A: There is no calculation involved it is specified by the manufacture as a level +/- volts or even current
The Instruction Register (IR) stores the instruction currently being executed. In simple processors each instruction to be executed is loaded into the instruction register which holds it while it is decoded, prepared and ultimately executed.
A CPU is made up of the control unit (CU), instruction decoding unit and an arithmetic logic unit (ALU).
A CPU is made up of the control unit (CU), instruction decoding unit and an arithmetic logic unit (ALU).
Instruction execution in a computer involves several key operations: Fetch: The CPU retrieves an instruction from memory, using the program counter to determine the address of the next instruction. Decode: The fetched instruction is then interpreted by the control unit to determine the required action and the operands involved. Execute: The actual operation (arithmetic, logic, or control) is performed by the ALU (Arithmetic Logic Unit) or other processing units. Write-back: The results of the execution are written back to memory or registers, updating the system's state for subsequent instructions.