Add to ORKGA new video processing architecture for high-end TV applications is presented, featuring a flexible heterogeneous multi-processor architecture, executing video tasks in parallel and independently. The signal flow graph and the processors are programmable, enabling an optimal picture quality for different TV display modes. The concept is verified by an experimental chip design. The architecture allows several video streams to be processed and displayed in parallel and in a programmable way, with an individual signal qualit
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A new video processing architecture for high-end TV applications is presented, featuring a flexible ...
A new video processing architecture for high-end TV applications is presented, featuring a flexible ...
A new video processing architecture for high-end TV applications is presented, featuring a flexible ...
Abstract — This paper presents a generic multi-processor architecture for video processing 1, featur...
This paper presents a generic multiprocessor architecture for video processing, featuring an array o...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
This paper presents an application domain driven approach to the design of embedded systems on silic...
This paper presents an application domain driven approach to the design of embedded systems on silic...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A new video processing architecture for high-end TV applications is presented, featuring a flexible ...
A new video processing architecture for high-end TV applications is presented, featuring a flexible ...
A new video processing architecture for high-end TV applications is presented, featuring a flexible ...
Abstract — This paper presents a generic multi-processor architecture for video processing 1, featur...
This paper presents a generic multiprocessor architecture for video processing, featuring an array o...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
A chip for the concurrent processing of many real time multi-media streams has three independent and...
This paper presents an application domain driven approach to the design of embedded systems on silic...
This paper presents an application domain driven approach to the design of embedded systems on silic...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...
A multimedia system has unprogrammable task-specific processors of high performance-density. The tas...