The reservation stations for memory are often called Load Buffers and Store Buffers.
They behave much like the reservation stations for the functional units.
Such a reservation station has two inputs that are used to calculate an address and a register index for the source or destination.
We will only consider floating point loads and stores.

• The two address inputs are an offset and an integer register number.
• The offset and the register value are added to get an effective address.
  We assume that this is done with a dedicated ALU in one cycle so there is no contention.
  Since we are looking at only floating point operations, we assume the (integer) register value is always available from the register file.
• Each reservation station has an ID: Load1, Load2, Load3, ..., Store1, Store2, Store3, ...
• We will only consider loads.

Initialization: Mark yourself free

Inputs: You are given:

• An immediate value and a base register index
• A source (if load) or destination (if store) register index

On Issue Load:

• Mark yourself busy
• Calculate the effective address
• Reserve the destination register by giving the register file your ID and the destination register number.

Cycle after issue:
This is for calcualtion of the effective address.

Second cycle after issue:
Send your id and effective address to the memory for a load.

After second cycle
Wait for your id to appear on the CDB and mark yourself free.