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A VLSI architecture for lifting-based forward and inverse wavelet transform
TLDR
We propose an architecture that performs the forward and inverse discrete wavelet transform (DWT) using a lifting-based scheme for the set of seven filters proposed in JPEG2000. Expand
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A high-performance JPEG2000 architecture
TLDR
We propose a system-level architecture capable of encoding and decoding the JPEG2000 core algorithm that has been defined in Part I of the standard. Expand
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A high performance JPEG2000 architecture
TLDR
In this paper we propose a system level architecture capable of encoding and decoding JPEG2000 using the JPEG2000 core algorithm. Expand
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A VLSI architecture for lifting-based wavelet transform
TLDR
The discrete wavelet transform (DWT) is the basis for many image compression techniques, such as the upcoming JEPG2000. Expand
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Efficient VLSI implementation of bit plane coder of JPEG 2000
TLDR
We present an efficient VLSI architecture for embedded bit-plane coding in JPEG2000 that reduces the number of memory accesses. Expand
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A multi-bit binary arithmetic coding technique
TLDR
We propose a new methodology for binary arithmetic coding which reduces the number of arithmetic operations significantly at the expense of a mild reduction in compression ratio. Expand
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Efficient implementation of a set of lifting based wavelet filters
TLDR
Lifting based wavelet transform implementation not only helps in reducing the number of computations but also achieves lossy to lossless performance with finite precision. Expand
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[Follow-up of mastoiditis and mastoidectomy].
BACKGROUND To analyse the late results of mastoiditis and operative intervention as well as critical classification of our own indication for operation we invited 298 operated patients to follow-upExpand