merledu / magma-si Goto Github PK

The Algorithm defined for FAN was static for 32 Processing Elements (PEs). Since we are designing an Accelerator Generator we need FAN to be dynamic and parametrized.

We need to decode the logic and re-create the algorithm to support dynamic assigning of Adder Switches and other things.

1. To design the Pathfinder Module for calculating the sources and destinations for each PE according to the input values provided.
2. Since the Benes Module takes in Boolean values for muxes and we are calculating it individually like "VVDV", so this needs to be converted to boolean values via a wrapper interface.

I see many discrepancies in the Code.

We need to structure the codebase at first priority before moving forward any further.

Some necessary changes

• There are multiple modules for same thing, delete all extra ones keep one original with right name
• Delete all not needed in future commented code
• Structure Code and create comments for understandability
• Remove direct parameters into modules, Use a case class for parameters definition and use it as an implicit parameter in all respective modules

Some basic rules to follow

• Take Care of indentation
• Files names start with first letter Capital
• package name is all small letters

1. To design the Pathfinder Module for sources and destinations calculation for each Processing Element in each Flex-DPE, in accordance with the provided set of inputs.
2. To design a wrapper interface on Benes to translate the Pathfinder generated simplified muxes values (i.e VVDV) into the muxes values.

@syedowaisalishah please check the error in FanNetworkcom

To design the Flex-DPU to control multiple Flex-DPEs in parallel.