Winnie Chen

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This paper presents a summary of the team “Florida International University University of Miami (FIU-UM)” in TRECVID 2011 tasks [1]. This year, the FIU-UM team participated in the Semantic Indexing (SIN) and Instance Search (INS) tasks. Four runs of the SIN results were submitted. • F A FIU-UM-1 1: KF+Meta&Relation+Audio+SPCPE&SIFT Fuse the results from(More)
PURPOSE To describe a method for producing minimal delivery time partial arc VMAT plans. METHODS We begin with the assumption that dose quality is the primary treatment planning goal. Therefore the first step in the partial arc computation is a 180 beam equi-spaced IMRT multi-criteria optimized treatment plan, which serves as an ideal plan, along with a(More)
This paper presents a summary of the team “Florida International University University of Miami (FIU-UM)” in TRECVID 2011 tasks [1]. This year, the FIU-UM team participated in the Semantic Indexing (SIN) and Instance Search (INS) tasks. Four runs of the SIN results were submitted. • F A FIU-UM-1 1: KF+Meta&Relation+Audio+SPCPE&SIFT Fuse the results from(More)
This paper demonstrates the framework and results from the team “Florida International University University of Miami (FIU-UM)” in TRECVID 2016 [1] Ad-hoc Video Search (AVS) task [2]. The following two runs were submitted: • M D FIU UM.16 1: CNN features + linear SVM + concept scores combination type I • M D FIU UM.16 2: CNN features + linear SVM + concept(More)
PURPOSE To solve the beam angle optimization (BAO) problem of IMPT to provable near-global optimality. Global BAO, the selection of a given small number of beams from a large set of candidate beams, remains computationally hard due to the large scale and combinatorial nature of the problem. Exhaustive search is computationally prohibited. Stochastic(More)
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