Memory in a computer system is access in either "sequential accesses" or "random accesses. Sequential accesses are the memory accesses that make memory access requests to consecutive addresses. For example, after the memory address X is accessed by the processor, some consecutive addresses, X+1, X+2, X+3, and X+4, while random accesses are the memory accesses that make non-contiguous addresses. Question: Is pipeline memory access effective in reducing memory access latency for sequential accesses and random accesses? Is memory-interleaving effective in reducing memory access latency for sequential accesses and random accesses? Answer the questions by completing the following table. Justify your solutions. Sequential Accesses Random Accesses Pipeline Accesses Memory-Interleaving