The complexity of System-on-a-Chip (SoC) is continuing to increase due to the shrinking die size, increase in the number of sub-modules, power efficiency, performance, higher functionality and used protocols. This has an impact on the verification process related to the overall design process. For the verification process, there are commercial products that can be applied in order to verify and test certain Intellectual Properties (IP) but also platforms that lack these tools. This thesis focuses on the issue where a system has to be constructed that helps the verification and testing process of a data bus protocol used by the Device Under Testing (DUT). The study of the Serial Peripheral Interface (SPI) gives the examples of some issues ...
This main target of the thesis is to increase the level of reuse done in SoC verification projects. ...
The invention of the integrated circuit is a key milestone in the history of electronic circuits. Si...
As ICs(Integrated Circuits)process technologies and SoC (system-on-chip) design techniques continue ...
The development process of digital integrated circuits consists of several activities and phases and...
Before any hardware design can be manufactured, its functionality must be verified. Generally, this ...
The verification of digital intellectual property (IP) blocks has always been a challenge. Simple IP...
The goal of this thesis was to develop a new assertion-based formal verification method to verify So...
This thesis introduces Nokia Co-processor (COP) and universal verification method (UVM) based verifi...
System-level verification with scalable and reusable components provides a solution for current comp...
In today’s world, more and more functionalities in the form of IP cores are integrated into a single...
This thesis focuses on the D-PHY interface verification defined by the international MIPI alliance. ...
The System on Chip design industry relies heavily on functional verification to ensure that the desi...
The complexity of chip design has been exponentially rising, resulting in increased complexity and c...
This thesis was commissioned by ABB Oy Energy Industries department (IAEN) which specializes in powe...
Wide spread IP reuse in SoC Designs has enabled meteoric development of derivative designs. Several ...
This main target of the thesis is to increase the level of reuse done in SoC verification projects. ...
The invention of the integrated circuit is a key milestone in the history of electronic circuits. Si...
As ICs(Integrated Circuits)process technologies and SoC (system-on-chip) design techniques continue ...
The development process of digital integrated circuits consists of several activities and phases and...
Before any hardware design can be manufactured, its functionality must be verified. Generally, this ...
The verification of digital intellectual property (IP) blocks has always been a challenge. Simple IP...
The goal of this thesis was to develop a new assertion-based formal verification method to verify So...
This thesis introduces Nokia Co-processor (COP) and universal verification method (UVM) based verifi...
System-level verification with scalable and reusable components provides a solution for current comp...
In today’s world, more and more functionalities in the form of IP cores are integrated into a single...
This thesis focuses on the D-PHY interface verification defined by the international MIPI alliance. ...
The System on Chip design industry relies heavily on functional verification to ensure that the desi...
The complexity of chip design has been exponentially rising, resulting in increased complexity and c...
This thesis was commissioned by ABB Oy Energy Industries department (IAEN) which specializes in powe...
Wide spread IP reuse in SoC Designs has enabled meteoric development of derivative designs. Several ...
This main target of the thesis is to increase the level of reuse done in SoC verification projects. ...
The invention of the integrated circuit is a key milestone in the history of electronic circuits. Si...
As ICs(Integrated Circuits)process technologies and SoC (system-on-chip) design techniques continue ...