Add to ORKGThis report provides an understanding of the execution characteristics of audio compression applications in order to understand the bottlenecks that bound performance. These results could be used to design optimal multimedia processor architecture
A fixed-point pipelined processor optimized for decoding MPEG-1 audio layer III (MP3) is presented. ...
Perceptual encoding of high-quality audio has found its way to many applications including digital r...
The MPEG-1 Layer III (MP3) algorithm is one of the most successful audio formats for consumer audio ...
This paper evaluates hybrid hardware-software structures for acceleration and power savings in Audio...
This paper describes processing performance of MP3 audio encoding on a heterogeneous chip multi-proc...
This thesis evaluates the feasibility of designing a coprocessor to accelerate multimedia functions ...
One of the challenges for characterizing and modeling realistic multimedia applications is the lack ...
Today there are many different audio coding algorithms, some of them standardized by the ITU, like G...
This paper proposes implementation of MP3 decoder on processor core. Due to the high cost of ASIC, F...
The generation of video and audio coding methods to follow the present, pioneering generation have n...
In our paper, we discuss direct processing of MP3 audio codes as well as audio artifacts introduced ...
In this paper, we are evaluating the performance of Huffman and Run Length Encoding compression algo...
Audio coding is used to compress digital audio signals, thereby reducing the amount of bits needed t...
[[abstract]]The RISC architecture is a load-store architecture that its data processing operations e...
MP3 is one of the most commonly used form of Audio Signal Processing today. It is important as a stu...
A fixed-point pipelined processor optimized for decoding MPEG-1 audio layer III (MP3) is presented. ...
Perceptual encoding of high-quality audio has found its way to many applications including digital r...
The MPEG-1 Layer III (MP3) algorithm is one of the most successful audio formats for consumer audio ...
This paper evaluates hybrid hardware-software structures for acceleration and power savings in Audio...
This paper describes processing performance of MP3 audio encoding on a heterogeneous chip multi-proc...
This thesis evaluates the feasibility of designing a coprocessor to accelerate multimedia functions ...
One of the challenges for characterizing and modeling realistic multimedia applications is the lack ...
Today there are many different audio coding algorithms, some of them standardized by the ITU, like G...
This paper proposes implementation of MP3 decoder on processor core. Due to the high cost of ASIC, F...
The generation of video and audio coding methods to follow the present, pioneering generation have n...
In our paper, we discuss direct processing of MP3 audio codes as well as audio artifacts introduced ...
In this paper, we are evaluating the performance of Huffman and Run Length Encoding compression algo...
Audio coding is used to compress digital audio signals, thereby reducing the amount of bits needed t...
[[abstract]]The RISC architecture is a load-store architecture that its data processing operations e...
MP3 is one of the most commonly used form of Audio Signal Processing today. It is important as a stu...
A fixed-point pipelined processor optimized for decoding MPEG-1 audio layer III (MP3) is presented. ...
Perceptual encoding of high-quality audio has found its way to many applications including digital r...
The MPEG-1 Layer III (MP3) algorithm is one of the most successful audio formats for consumer audio ...