The applicability of MPEG video coding can be improved by scaling both the algorithmic complexity and resource usage, considering the desired application and device that is going to be used. This paper presents a new DCT computation technique of which both the quality and amount of computations is optimised for a limited number of operations. For halved computing resources, about 2-4 SNR dB improvement was obtained when compared to a diagonally oriented computation of coefficients, matching with the conventional MPEG scanning
The discrete cosine transform (DCT) is one of the major components in many image and video compressi...
Digital image/video coding standards such as JPEG, H.264 are becoming more and more important for mu...
In order to transmit pre-encoded digital video over heterogeneous networks, it becomes necessary to ...
The applicability of MPEG video coding can be improved by scaling both the algorithmic complexity an...
This paper discusses a novel algorithm that combines the DCT with the quantizer to achieve energy sc...
MPEG are becoming more and more important for multimedia applications. Due to the huge amount of com...
The Discrete Cosine IVansform (DCT) is used in the MPEG and JPEG compression standards. Thus, the DC...
In this paper, we propose an array-based architecture for DCT computation with high scalability. The...
The rapidly expanding field of multimedia communications has fueled significant research and develo...
A highly efficient video downscaling algorithm for any arbitrary integer scaling factor performed in...
A novel technique is proposed to reduce the computational complexity of discrete cosine transform (D...
A combined subband-DCT approach for scalable multi-resolution video coding is presented. Therefore, ...
Image and video compression is becoming increasingly popular with the advent of broadband networks, ...
This paper proposes a new computationally efficient technique for DCT operation. Unlike related rese...
Complexity scalability attempts to scale the required resources of an algorithm with the chose quali...
The discrete cosine transform (DCT) is one of the major components in many image and video compressi...
Digital image/video coding standards such as JPEG, H.264 are becoming more and more important for mu...
In order to transmit pre-encoded digital video over heterogeneous networks, it becomes necessary to ...
The applicability of MPEG video coding can be improved by scaling both the algorithmic complexity an...
This paper discusses a novel algorithm that combines the DCT with the quantizer to achieve energy sc...
MPEG are becoming more and more important for multimedia applications. Due to the huge amount of com...
The Discrete Cosine IVansform (DCT) is used in the MPEG and JPEG compression standards. Thus, the DC...
In this paper, we propose an array-based architecture for DCT computation with high scalability. The...
The rapidly expanding field of multimedia communications has fueled significant research and develo...
A highly efficient video downscaling algorithm for any arbitrary integer scaling factor performed in...
A novel technique is proposed to reduce the computational complexity of discrete cosine transform (D...
A combined subband-DCT approach for scalable multi-resolution video coding is presented. Therefore, ...
Image and video compression is becoming increasingly popular with the advent of broadband networks, ...
This paper proposes a new computationally efficient technique for DCT operation. Unlike related rese...
Complexity scalability attempts to scale the required resources of an algorithm with the chose quali...
The discrete cosine transform (DCT) is one of the major components in many image and video compressi...
Digital image/video coding standards such as JPEG, H.264 are becoming more and more important for mu...
In order to transmit pre-encoded digital video over heterogeneous networks, it becomes necessary to ...