Abstract
With the rapid development of modern detection technology all these. The
aim is to make full use of our knowledge, to carry out new technology, new
experimental methods of research, to master the innovative methods of scientific
research, with the ability to analyze and solve practical problems. Advances
in microelectronics technology provide the ability to generate millions of doors
on a single chip with faster speeds and lower power consumption. Integrating
more complex features, including processors and memory, into a single chip
(on-chip system) is a difficult task for designers. Given the short time to market
for these chips, it is impractical to design them from scratch. To meet these
challenges, significant innovative design tools, standards, and design
methodologies will be required. One possible solution is to use a printed circuit
board-like model to remove, simulate, and validate standard pre-existing
components. Designers must rely heavily on design reuse or use of their own and
third-party IP blocks. For the field of video digital signal processing, we
propose an application-oriented SOC design platform, including system-level
model, modular design, Vsia-compatible interface, on-chip bus and integrated
SOC architecture to facilitate THE design and verification of SOC in a specific
video/image digital signal processing field.
Keywords: System chips, system integration, video digital signal processing,
IP, core
