Efficient building block based RTL code generation from synchronous data flow graphs

This paper presents a RTL-HDL code generation from synchronous data-flow graphs which supports the building block based design of data-flow oriented ASIC systems. Here, additional interfacing and controlling hardware is generated to adapt non-matching interfacing properties. In order to reduce interface register cost, a retiming approach is taken to schedule optimum building block activation times. The code generation methodology is compared to an existing approach using different case studies. 1

Efficient Building Block Based RTL Code Generation from Synchronous Data Flow Graphs

This paper presents a RTL-HDL code generation from synchronous data-flow graphs which supports the building block based design of data-flow oriented ASIC systems. Here, additional interfacing and controlling hardware is generated to adapt non-matching interfacing properties. In order to reduce interface register cost, a retiming approach is taken to schedule optimum building block activation times. The code generation methodology is compared to an existing approach using different case studies