Assertion: cpu | /r/CapableOf | execute instruction
Facets:
value: per second
type: TEMPORAL
value: in a machine language program
type: OTHER
value: by fetching it
type: MANNER
value: the faster the clock
type: PURPOSE
value: in the last step
type: TEMPORAL
value: usually
type: TEMPORAL
value: in sequential order
type: MANNER
value: in a computer program
type: LOCATION
value: in milliseconds
type: TEMPORAL
value: for the device
type: TRANSITIVE-OBJECT
value: after interpreting the instruction
type: TEMPORAL
value: continually
type: TEMPORAL
Source sentences:
text: Execute Instruction: After interpreting the instruction and getting the required data, CPU finally executes that instruction.
text: The faster the clock, the more instructions the CPU can execute per second.
text: A CPU fetches the instruction from RAM, decodes what the instruction actually is, and then executes the instruction using relevant parts of the CPU.
text: A computer’s processor clock speed determines how quickly the central processing unit (CPU) can retrieve and interpret instructions.
text: CPU continually receives instructions to execute.
text: Each time the clock ticks, the CPU can process one piece of data or execute one instruction.
text: Execute Instruction: After interpreting the instruction and getting the required data, CPU finally executes that instruction.
text: When the processor is interrupted, it stores its current state in memory, executes instructions for the device, and then restores its prior state and continues running the program where it left off.
text: Intel Broad-well CPU will decipher, understand and implement its instruction set much faster than an Intel Sandy-Bridge Central processing unit (CPU) from [way back in] 2011.
text: To gain some of the advantages afforded by both lower and higher bit lengths, many instruction sets have different bit widths for integer and floating-point data, allowing CPUs implementing that instruction set to have different bit widths for different portions of the device.
text: With millions of computer instructions running, CPUs must execute many of these instructions in milliseconds.
text: The processor reads and interprets instructions, while the memory acts as the temporary storage for those instructions.
text: Every processor that implement this ISA, need to implement each instruction described in it.
text: It receives instructions from both the hardware and active software and produces output accordingly.
text: In general, a CPU executes an instruction by fetching it from memory, using its ALU to perform an operation, and then storing the result to memory.
text: To execute an instruction in a computer program, the CPU uses the opcode for that instruction as well as its arguments (for instance the two numbers to be added, in the case of an addition operation).
text: In general, a CPU executes an instruction by fetching it from memory, using its ALU to perform an operation, and then storing the result to memory.
text: In general, a CPU executes an instruction by fetching it from memory, using its ALU to perform an operation, and then storing the result to memory.
text: In general, a CPU executes an instruction by fetching it from memory, using its ALU to perform an operation, and then storing the result to memory.
text: While executing instruction CPU can do three things: Do calculation with ALU, move data from one memory place to another or jump to different address.
text: While executing instruction CPU can do three things: Do calculation with ALU, move data from one memory place to another or jump to different address.
text: Each basic operation is represented by a particular combination of bits, known as the machine language opcode; while executing instructions in a machine language program, the CPU decides which operation to perform by "decoding" the opcode.
text: CPU usually execute instructions in sequential order and try to achieve parallelism through pipelining and out of order execution.
text: Each basic operation is represented by a particular combination of bits, known as the machine language opcode; while executing instructions in a machine language program, the CPU decides which operation to perform by “decoding” the opcode.
text: It receives data input, executes instructions, and processes information.
text: : While executing instructions the CPU can do one of three things: Do calculations with its ALU, move data from one memory location to another, or jump to a different address.
text: Each basic operation is represented by a particular combination of bits, known as the machine language opcode; while executing instructions in a machine language program, the CPU decides which operation to perform by "decoding" the opcode.
text: Each basic operation is represented by a particular combination of bits, known as the machine language opcode; while executing instructions in a machine language program, the CPU decides which operation to perform by "decoding" the opcode.
text: It executes instructions and tells other parts of computer what to do.
text: It reads it to understand what the code is for, and then it executes the instructions.
text: The faster the clock, the more instructions the CPU can execute per second.
text: The faster the clock, the more instructions the CPU can execute per second.
text: The higher the clock speed, the more instructions the CPU can execute per second.
text: The faster the clock, the more instructions the CPU can execute per second.
text: In the last step, the CPU executes the instruction.
text: CPU receives instructions, generates control signals and finally executes the instruction.
text: Central processing units interpret instructions, regulate and control processor timing.
text: Central processing units interpret commands and instructions.
text: CPU receives instructions, generates control signals and finally executes the instruction.