Any therapy which effectively lowers intraocular pressure in glaucoma is worthwhile, whether it addresses the actual patho-physiologic cause or simply lowers IOP by other means. Although gene-specific or molecular-spe...Any therapy which effectively lowers intraocular pressure in glaucoma is worthwhile, whether it addresses the actual patho-physiologic cause or simply lowers IOP by other means. Although gene-specific or molecular-specific therapies would be ideal, in reality numerous conditions lead to the final common pathway of elevated IOP. A general approach to lowering展开更多
在2003年制定的H.264/AVC视频编码标准获得巨大的成功后,新一代视频编码国际标准HEVC(High Ef-ficiency Video Coding)在ITU-T的VCEG和ISO/IEC的MPEG通力合作下已经开发成功。HEVC提供了多项先进的视频编码技术。尽管HEVC的视频编码层...在2003年制定的H.264/AVC视频编码标准获得巨大的成功后,新一代视频编码国际标准HEVC(High Ef-ficiency Video Coding)在ITU-T的VCEG和ISO/IEC的MPEG通力合作下已经开发成功。HEVC提供了多项先进的视频编码技术。尽管HEVC的视频编码层结构仍然是常见的基于块运动补偿的混合视频编码模式,但是和先前的标准相比具有多处重要改进。文中对HEVC标准的技术的主要特点和性能进行了综述。展开更多
文摘Any therapy which effectively lowers intraocular pressure in glaucoma is worthwhile, whether it addresses the actual patho-physiologic cause or simply lowers IOP by other means. Although gene-specific or molecular-specific therapies would be ideal, in reality numerous conditions lead to the final common pathway of elevated IOP. A general approach to lowering
文摘在2003年制定的H.264/AVC视频编码标准获得巨大的成功后,新一代视频编码国际标准HEVC(High Ef-ficiency Video Coding)在ITU-T的VCEG和ISO/IEC的MPEG通力合作下已经开发成功。HEVC提供了多项先进的视频编码技术。尽管HEVC的视频编码层结构仍然是常见的基于块运动补偿的混合视频编码模式,但是和先前的标准相比具有多处重要改进。文中对HEVC标准的技术的主要特点和性能进行了综述。
