A Novel Data-Oriented Methodology for Designing Complex SOC System with Bluespec SystemVerilog

Slo Li Chu; Min Jen Lo

doi:10.4028/www.scientific.net/AMM.284-287.2428

Paper Titles

Performance Improvement of Wild Flower Boundary Extraction in Complex Background
p.2407

Missile Guidance Algorithm Design Using Particle Swarm Optimization
p.2411

Using Bayesian Networks in Gear Fault Diagnosis
p.2416

A Low Power CMOS Bulk-Controlled Sub-Harmonic Mixer for LTE-Advanced Applications
p.2423

A Novel Data-Oriented Methodology for Designing Complex SOC System with Bluespec SystemVerilog
p.2428

A Quick Response Power Factor Detector for Nonlinear Loads
p.2433

A Single-Phase Soft-Switching Unipolar PWM Rectifier
p.2439

A Single-Switch HPF AC-to-DC Converter with Low Voltage Ripple
p.2445

A Study of Eliminating the Protective Coordination Curve Intersection of Electromechanical Overcurrent Relays in Subtransmission Systems
p.2450

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 284-287A Novel Data-Oriented Methodology for Designing...

A Novel Data-Oriented Methodology for Designing Complex SOC System with Bluespec SystemVerilog

Abstract:

The continuously growing of semiconductor technology makes the novel SOC system complicated and hard to design. Conventional timing-control methodology focuses on the synchronizing the registers in a digital system. However, the central control of huge amount of synchronous signals and states is difficult to maintain and design, the debugging and verification period is extended accordingly. This paper proposed a novel deign methodology, called data-oriented methodology, to overcome the above challenges, by using Bluespec SystemVerilog and the corresponding tools. The simple handshaking mechanism and blocking mechanism are adopted to make sure the correctness of adjacent blocks, the complex centralized control unit can be reduced accordingly. Two examples, FDCT/IDCT and pipelined MIPS CPU, are provided to demonstrate two types of typical digital designs.