Browsing by Author "Nagori, K."

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    Common TCP evaluation suite for ns-3: Design, implementation and open issues
    (2017) Nagori, K.; Balachandran, M.; Deepak, A.; Tahiliani, M.P.; Chandavarkar, B.R.
    This paper presents the design and implementation of a Common TCP Evaluation Suite for ns-3. The proposed evaluation suite uses Tmix to generate realistic synthetic TCP tra�c, and is designed in line with the recommendations from Internet Congestion Control Research Group (ICCRG). We discuss the Tmix integration in ns-3, shu.ing connection vectors of the real traces, architecture and validation of the proposed evaluation suite. The correctness of the evaluation suite is verified by comparing the results obtained from it to those from an existing implementation of such a suite in ns-2. Several open issues discovered with Tmix are also discussed in the paper. � 2017 ACM.
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    Common TCP evaluation suite for ns-3: Design, implementation and open issues
    (Association for Computing Machinery acmhelp@acm.org, 2017) Nagori, K.; Balachandran, M.; Deepak, A.; Tahiliani, M.P.; Chandavarkar, B.R.
    This paper presents the design and implementation of a Common TCP Evaluation Suite for ns-3. The proposed evaluation suite uses Tmix to generate realistic synthetic TCP traéc, and is designed in line with the recommendations from Internet Congestion Control Research Group (ICCRG). We discuss the Tmix integration in ns-3, shu.ing connection vectors of the real traces, architecture and validation of the proposed evaluation suite. The correctness of the evaluation suite is verified by comparing the results obtained from it to those from an existing implementation of such a suite in ns-2. Several open issues discovered with Tmix are also discussed in the paper. © 2017 ACM.
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    Optimization of Declarative Graphics by parallel programming
    (2017) Balachandran, M.; Nagori, K.; Rajan, A.; Koolagudi, S.G.; Afroz, F.
    Declarative Graphics is a new model built using the concepts of declarative programming in graphics. This paper presents an optimization of declarative graphics by parallelization. The optimization tries to reduce the backend processing of declarative graphics which induces an overhead. The parallelization is achieved by manipulating the inbuilt structure of declarative graphics. By parallelizing the backend computation a significant reduction in computation time has been achieved. � 2016 IEEE.
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    Optimization of Declarative Graphics by parallel programming
    (Institute of Electrical and Electronics Engineers Inc., 2017) Balachandran, M.; Nagori, K.; Rajan, A.; Koolagudi, S.G.; Afroz, F.
    Declarative Graphics is a new model built using the concepts of declarative programming in graphics. This paper presents an optimization of declarative graphics by parallelization. The optimization tries to reduce the backend processing of declarative graphics which induces an overhead. The parallelization is achieved by manipulating the inbuilt structure of declarative graphics. By parallelizing the backend computation a significant reduction in computation time has been achieved. © 2016 IEEE.