program counter การใช้

• Jazelle reuses the existing program counter PC or its synonym register R15.
• The current step ( program counter ) is all in memory.
• Bellmac 32 has a program counter and 15 general-purpose 32-bit registers.
• For example, the program counter is not directly writeable in many processor architectures.
• Implementing SMT required the replication of certain resources such as the program counter.
• This permits position-independent code to have 32-bit addresses relative to the program counter.
• Instead of one program counter, there were four program counters, one for each thread.
• Instead of one program counter, there were four program counters, one for each thread.
• Unlike other registers, the program counter is not directly accessible.
• Jump instructions are essentially special case load instructions whose target is the program counter.
• When a branch is " not taken ", the CPU's program counter is unchanged.
• Other computing architectures go much further, attempting to bypass the alternatives to the program counter.
• Register R1 has the special use of being the program counter for the interrupt handler.
• Internally, the HC11 instruction set is upward compatible with the pointer, and a program counter.
• At this point, sharing the program counter completely breaks any kind of rational programming paradigm.
• The low-order byte is an offset relative to the current location of the program counter.
• R6 was the stack pointer, R7 the program counter.
• The 10-bit program counter is accessible as R2.
• I think it is asking if a thread and parent can use the same program counter.
• The Program Counter, or PC, is a register that holds the address of the current instruction.