How do hazard detection and resolution mechanisms differ between various pipeline architectures?

Using a 5 stage pipeline architecture (IF-OF-EX-MEM-WB), show what stages are utilized by the instructions ADD, STORE, LOAD, and JUMP.

When and why might a pipeline need to be flushed? Explain the circumstances that lead to pipeline flushes and their impact on performance.

In an 8085 assembly program, load register A (50H) with 20H and register B (20H), and then switch (swap) their contents.

How does data hazard affect pipeline performance, and what techniques can be used to mitigate it?

For the following code, determine dependencies and data hazards (along with types). How many clock cycles will be required for RISC V 5-stage pipeline if there is no forwarding hardware? Show with a clock cycle timing diagram. addi x1, x0, 1add x2, x1, x1sub x3, x2, x1slt x4, x1, x2addi x5, x2, -3andi x5, x5, 0x7F0ori x5, x5, 0xFadd x5, x5, x5

In an 8085 assembly program, load register A (50H) with 20H and register B (20H), and then switch (swap) their contents.

What strategies are employed to mitigate the impact of pipeline flushes due to exceptions or interrupts?

Explain the concept of pipeline hazards and discuss the methods for resolving these hazards in a pipelined processor.

Explore the concept of hazard detection and forwarding units in pipelined processors.