We propose an approach to fine-grained parallelization of JPEG compression and the use of auxiliary indexes for efficient decompression, which are backward compatible with the JPEG standard.
The latter allows for the use of efficient indexing techniques upon virtual screening.
Due to the drastically increased amount of multimedia data available in the Internet and in various public and personal databases, the development of efficient indexing and retrieval methods for large multimedia databases has become a widely studied research topic.
With exponentially growing quantity of video content in various formats, including the popularisation of HD (High Definition) video and cinematographic content, the problem of efficient indexing and retrieval in video databases becomes crucial.
The expectation of life at birth is the most efficient index of the general level of mortality of a population.
The main problem arises from the ever increasing mass of digital media and the lack of efficient methods for indexing and retrieval of such data based on the semantic content rather than keywords.
The TOI is an efficient summary index of physical/functional outcomes.
Our experience with this TOI endpoint is that it is an efficient summary index of physical/functional outcomes.
The trial outcome index (TOI), an efficient summary index of physical/functional outcomes, is the sum of the PWB, FWB, and specific subscale (LCS or Taxane subscale) scores.
