In this paper, the architecture of a DSP/FPGA based hardware platform is presented, which is conceived to leverage programmable logic processing power for high definition video processing. The system is reconfigurable and scalable, since multiple boards may be parallelized to speed-up the most demanding tasks. JPEG 2000 and H.264, both at HD and Super HD (SHD) resolutions, have been simulated and their performance found on the embedded processing cores. The results show that real-time, or near real-time, encoding is viable, and the modularity of the architecture allows for parallelization and performance scalability
Focus on the problem that TI’s dedicated video processor TMS320DM8148 cannot directly collect video ...
Abstract—The paper reports on an attempt to implement a real-time hardware H.264 video decoder. The ...
Video decoders used in emerging applications need to be flexible to handle a large variety of video ...
The main challenge for reducing the design effort cost of complex systems on chip is to pursue more ...
In this paper, we present a high performance and low cost hardware architecture for real-time implem...
In this paper, we describe an FPGA H.264/AVC encoder architecture performing at real-time. To reduce...
Nowadays, the television, movie and computer industry pose more strict requirements to what is a goo...
The need for real-time video compression systems requires a particular design methodology to achieve...
The image compression standard JPEG 2000 proposes a large set of features that is useful for today's...
A principal challenge for reducing the cost for designing complex systems-on-chip is to pursue more ...
Today, a significant number of embedded systems focus on multimedia applications with almost insatia...
n this article, we present a new reconfigurable parallel architecture oriented to video-rate compute...
H.264 / MPEG-4 Part 10, a recently developed international standard for video compression, offers si...
High Efficiency Video Coding (HEVC) is the newest video coding standard approved by the ISO/IEC and ...
Today, a significant number of embedded systems focus on multimedia applications with almost insatia...
Focus on the problem that TI’s dedicated video processor TMS320DM8148 cannot directly collect video ...
Abstract—The paper reports on an attempt to implement a real-time hardware H.264 video decoder. The ...
Video decoders used in emerging applications need to be flexible to handle a large variety of video ...
The main challenge for reducing the design effort cost of complex systems on chip is to pursue more ...
In this paper, we present a high performance and low cost hardware architecture for real-time implem...
In this paper, we describe an FPGA H.264/AVC encoder architecture performing at real-time. To reduce...
Nowadays, the television, movie and computer industry pose more strict requirements to what is a goo...
The need for real-time video compression systems requires a particular design methodology to achieve...
The image compression standard JPEG 2000 proposes a large set of features that is useful for today's...
A principal challenge for reducing the cost for designing complex systems-on-chip is to pursue more ...
Today, a significant number of embedded systems focus on multimedia applications with almost insatia...
n this article, we present a new reconfigurable parallel architecture oriented to video-rate compute...
H.264 / MPEG-4 Part 10, a recently developed international standard for video compression, offers si...
High Efficiency Video Coding (HEVC) is the newest video coding standard approved by the ISO/IEC and ...
Today, a significant number of embedded systems focus on multimedia applications with almost insatia...
Focus on the problem that TI’s dedicated video processor TMS320DM8148 cannot directly collect video ...
Abstract—The paper reports on an attempt to implement a real-time hardware H.264 video decoder. The ...
Video decoders used in emerging applications need to be flexible to handle a large variety of video ...