Add to ORKGAbstract—The NIOS II soft core processor from Altera allows for the easy interfacing of new peripheral blocks to existing soft-ware. Using the Kakadu software implementation of JPEG2000, we have added dedicated hardware block encoders to produce an accelerated implementation. Simulation demonstrates that our simple architecture can provide a speedup of 2.55 times, compared to a pure software implementation. The use of both hardware and software allows for an implementation of the entire JPEG2000 standard. We also identify future options for further hardware acceleration of the Kakadu library. I
In single processor architectures, computationally-intensive functions are typically accelerated usi...
With the advent of mobile embedded multimedia devices that are required to perform a range of multim...
This research develops a parallel algorithm to implement the JPEG standard for\ud continuous tone st...
JPEG2000 is a recently standardized image compression system that provides substantial improvements ...
Systems on chips have both general-purpose microprocessors and custom blocks optimized for specific ...
For demanding applications, for example image or video processing, there may be computations that ar...
Image compression standards continually strive to to achieve higher compression ratios while maintai...
[[abstract]]We implement a JPEG2000 encoder based on a hardware/software co-design methodology. We e...
The speed of software algorithms can be greatly improved by using a co-processor to offload computat...
With the bottom-line goal of increasing the throughput of a GPU-accelerated JPEG 2000 encoder, this ...
Speeding up MPEG-4 colorspace conversion It is envisioned that the correct answer for future perform...
Abstract — There has been an increase in the demand for a high-quality video codec that supports 4K ...
Soft-core processors exploit the flexibility of Field Pro-grammable Gate Arrays (FPGAs) to allow a s...
There is widespread use of compression in multimedia content delivery, e.g. within video on demand s...
Includes bibliographical references (pages [109])Data compression is a technique that reduces the sp...
In single processor architectures, computationally-intensive functions are typically accelerated usi...
With the advent of mobile embedded multimedia devices that are required to perform a range of multim...
This research develops a parallel algorithm to implement the JPEG standard for\ud continuous tone st...
JPEG2000 is a recently standardized image compression system that provides substantial improvements ...
Systems on chips have both general-purpose microprocessors and custom blocks optimized for specific ...
For demanding applications, for example image or video processing, there may be computations that ar...
Image compression standards continually strive to to achieve higher compression ratios while maintai...
[[abstract]]We implement a JPEG2000 encoder based on a hardware/software co-design methodology. We e...
The speed of software algorithms can be greatly improved by using a co-processor to offload computat...
With the bottom-line goal of increasing the throughput of a GPU-accelerated JPEG 2000 encoder, this ...
Speeding up MPEG-4 colorspace conversion It is envisioned that the correct answer for future perform...
Abstract — There has been an increase in the demand for a high-quality video codec that supports 4K ...
Soft-core processors exploit the flexibility of Field Pro-grammable Gate Arrays (FPGAs) to allow a s...
There is widespread use of compression in multimedia content delivery, e.g. within video on demand s...
Includes bibliographical references (pages [109])Data compression is a technique that reduces the sp...
In single processor architectures, computationally-intensive functions are typically accelerated usi...
With the advent of mobile embedded multimedia devices that are required to perform a range of multim...
This research develops a parallel algorithm to implement the JPEG standard for\ud continuous tone st...