[tag=NN | lemma=standard] [tag=VBZ] | □
[tag=NN | lemma=standard] [tag=VBZ] | □ □
[tag=NN | lemma=standard] [tag=VBZ] | □+
Our approach gives the higher precision of answers than the former one because it involves the semantic information in higher degree . For a given job , we measure the quality of service provided by an algorithm by the stretch of the job , which is defined as the ratio of the amount of time that the job spends in the system to the processing time of the job . For this proof , it is essential to use the generalized version of Garsia-Wachs algorithm , in which an arbitrary locally minimal pair is processed , not necessarily the rightmost minimal pair . The correctness proof of the Hu-Tucker algorithm consists of showing a very simple mutual simulation between this algorithm and the Garsia-Wachs algorithm . This product contains the functionality of the Helix Universal Server plus an integrated universal media cache to reduce bandwidth usage .