An 0.92 mJ/frame High-quality FHD Super-resolution Mobile Accelerator SoC with Hybrid-precision and Energy-efficient Cache.
Zhiyong LiSangjin KimDongseok ImDonghyeon HanHoi-Jun YooPublished in: CICC (2022)
Keyphrases
- super resolution
- energy efficient
- high quality
- single frame
- high resolution
- low resolution
- wireless sensor networks
- energy consumption
- image reconstruction
- sensor networks
- data dissemination
- mobile clients
- mobile devices
- depth map
- mobile phone
- super resolved
- energy efficiency
- resolution enhancement
- low resolution images
- multi frame
- image super resolution
- high resolution images
- base station
- context aware
- routing protocol
- data access
- super resolution reconstruction
- mobile users
- mobile applications
- higher quality
- data transmission
- mobile computing
- motion estimation
- prefetching
- computing environments
- sensor nodes
- image quality
- query processing
- super resolution algorithm