| VLIV1 |
HIGH-UTILIZATION, HIGH-FLEXIBILITY DEPTH-FIRST CNN COPROCESSOR FOR IMAGE PIXEL PROCESSING ON FPGA |
|
| VLIV2 |
A LIGHTWEIGHT AND EFFICIENT GPU FOR NEAR DATA PROCESSING UTILIZING DATA ACCESS PATTERN OF IMAGE PROCESSING |
|
| VLIV3 |
NOVEL ARCHITECTURE FOR LIFTING DISCRETE WAVELET PACKET TRANSFORM WITH ARBITRARY TREE STRUCTURE |
|
| VLIV4 |
FRONT–END ARCHITECTURE DESIGN FOR LOW-COMPLEXITY 3-D ULTRASOUND IMAGING BASED ON SYNTHETIC APERTURE SEQUENTIAL BEAMFORMING |
|
| VLIV5 |
INEXACT SIGNED WALLACE TREE MULTIPLIER DESIGN USING REVERSIBLE LOGIC |
|
| VLIV6 |
JPEG XS—A NEW STANDARD FOR VISUALLY LOSSLESS LOW-LATENCY LIGHTWEIGHT IMAGE CODING |
|
| VLIV7 |
INTELLIGENT SYMMETRIC CRYPTOGRAPHY WITH CHAOTIC MAP AND QUANTUM BASED KEY GENERATOR FOR MEDICAL IMAGES INFOSECURITY |
|
| VLIV8 |
APPROXIMATE SUM-OF-PRODUCTS DESIGNS BASED ON DISTRIBUTED ARITHMETIC |
|
| VLIV9 |
HIGH BIT-DEPTH MEDICAL IMAGE COMPRESSION WITH HEVC |
|
| VLIV10 |
A CONTENT-ADAPTIVE JOINT IMAGE COMPRESSION AND ENCRYPTION SCHEME |
|
| VLIV11 |
SECURE AND ROBUST FRAGILE WATERMARKING SCHEME FOR MEDICAL IMAGES |
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| VLIV12 |
LOSSY COMPRESSION FOR EMBEDDED COMPUTER VISION SYSTEMS |
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