The ESL design flow may be divided into six steps that parallel the abstraction refinement composed of specification and modelling, pre-partitioning analysis, partitioning, post-partitioning analysis and debug, post-partitioning verification, hardware implementation, software implementation, and implementation verification.
The development, verification, and implementation stages of automatic code generation to implement over/under-power protection functions and MATLAB/Simulink active power filter control blocks are given in [4] and [5], respectively.
In this article, a novel and systematic LDPC code construction, verification, and implementation methodology is proposed, and a software and hardware platform is implemented, which is composed by four modules as shown in Figure 1.
In this article, a novel and systematic Low-density parity-check (LDPC) code construction, verification and implementation methodology is proposed.
The verification and implementation of our design and the effectiveness of the metrics is mentioned in the future works.
In this paper, a model based integration framework (CNCMIF) for CNC system design and development is presented, which integrates modeling, simulation, verification and implementation in a uniform environment.
The chapter discusses verification planning, implementation management documentation, and generic process diagrams for the verification methods that can be used as a basis for preparing the corresponding plans and procedures.
The only cost is that more memory bits are required to store the new base matrices H b. In this article, a novel LDPC code construction, verification, and implementation methodology is proposed, which can produce LDPC codes with both good decoding performance and high hardware efficiency.
The authors of both schemes claimed that their protocol delivers important security features and system functionalities, such as mutual authentication, data security, no verification table implementation, freedom on password selection, resistance against ID-theft attack, replay attack and insider attack, as well as computation efficiency.
This chapter also contrasts on the verification focus of implementation verification against post-partitioning verification, where implementation-level details like cycle timing and control register bit encodings find themselves the subject of checkers and coverage models.
