Assertion: cpu's instruction | /r/HasProperty | executed
Facets:
value: simultaneously
type: MANNER
value: many times
type: TEMPORAL
value: currently
type: TEMPORAL
Source sentences:
text: The instructions to be executed are kept in some kind of computer memory.
text: Depending on the instruction being executed, the operands may come from internal CPU registers or external memory, or they may be constants generated by the ALU itself.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: Also in case of single instruction stream, multiple data stream—a case when a lot of data from the same type has to be processed—, modern processors can disable parts of the pipeline so that when a single instruction is executed many times, the CPU skips the fetch and decode phases and thus greatly increases performance on certain occasions, especially in highly monotonous program engines such as video creation software and photo processing.
text: the address of the current instruction being executed MDR - memory data register - stores
text: The PC points to memory location that holds the next instruction to be executed; AC, accumulator
text: How, in qualitative terms, could you avoid the two cycle wait while Mac-1a reads the next instruction to be executed during the fetch-decode-execute cycle? - at least avoid most, if not all of them.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: Also in case of Single Instructions Multiple Data — a case when a lot of data from the same type has to be processed, modern processors can disable parts of the pipeline so that when a single instruction is executed many times, the CPU skips the fetch and decode phases and thus greatly increases performance on certain occasions, especially in highly monotonous program engines such as video creation software and photo processing.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: The instructions to be executed are kept in some kind of computer memory.
text: Depending on the instruction being executed, the operands may come from internal CPU registers or external memory, or they may be constants generated by the ALU itself.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: Also in case of Single Instructions Multiple Data—a case when a lot of data from the same type has to be processed, modern processors can disable parts of the pipeline so that when a single instruction is executed many times, the CPU skips the fetch and decode phases and thus greatly increases performance on certain occasions, especially in highly monotonous program engines such as video creation software and photo processing.
text: We will be looking at how just one instruction in the program is executed.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: Also in case of Single Instructions Multiple Data - a case when a lot of data from the same type has to be processed, modern processors can disable parts of the pipeline so that when a single instruction is executed many times, the CPU skips the fetch and decode phases and thus greatly increasing performance on certain occasions, especially in highly monotonous program engines such as video creation software and photo processing.
text: The instructions to be executed are kept in some kind of computer memory .
text: Depending on the instruction being executed, the operands may come from internal CPU registers or external memory, or they may be constants generated by the ALU itself.
text: the Current Instruction register which stores the instruction currently being executed.
text: Various registers such as the accumulator that are used to temporarily store data while instructions are being executed.
text: The instructions to be executed are kept in some kind of computer memory.
text: Depending on the instruction being executed, the operands may come from internal CPU registers or external memory, or they may be constants generated by the ALU itself.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: Also in case of Single Instructions Multiple Data — a case when a lot of data from the same type has to be processed, modern processors can disable parts of the pipeline so that when a single instruction is executed many times, the CPU skips the fetch and decode phases and thus greatly increases performance on certain occasions, especially in highly monotonous program engines such as video creation software and photo processing.
text: The instructions to be executed are kept in a computer memory.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: Also in case of Single Instructions Multiple Data - a case when a lot of data from the same type has to be processed, modern processors can disable parts of the pipeline so that when a single instruction is executed many times, the CPU skips the fetch and decode phases and thus greatly increasing performance on certain occasions, especially in highly monotonous program engines such as video creation software and photo processing.
text: The location in program memory is determined by a program counter, which is a register that first determines the sequence of instructions to be executed, then stores those instructions by that sequence in memory.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.
text: If so they are dispatched to available execution units, resulting in the ability for several instructions to be executed simultaneously.