Anjana Sasidharan

Anjana Sasidharan

Detroit Metropolitan Area
376 followers 373 connections

About

Seeking a challenging position as a Software Developer where I can positively contribute…

Activity

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Experience

  • Amazon Graphic

    Amazon

    United States

  • -

    Detroit, Michigan

  • -

  • -

    Tucson, Arizona Area

  • -

    Tucson, Arizona Area

  • -

    Bengaluru Area, India

  • -

    Bengaluru Area, India

  • -

    Bengaluru Area, India

Education

Publications

  • Practical Resource Management in Power-Constrained, High Performance Computing

    High-Performance Parallel and Distributed Computing

    Power management is one of the key research challenges on the path to exascale. Supercomputers today are designed to be worst-case power provisioned, leading to two main problems---limited application performance and under-utilization of procured power.

    In this paper, we propose RMAP, a practical, low-overhead resource manager targeted at future power-constrained clusters. The goals for RMAP are to improve application performance as well as system power utilization, and thus minimize…

    Power management is one of the key research challenges on the path to exascale. Supercomputers today are designed to be worst-case power provisioned, leading to two main problems---limited application performance and under-utilization of procured power.

    In this paper, we propose RMAP, a practical, low-overhead resource manager targeted at future power-constrained clusters. The goals for RMAP are to improve application performance as well as system power utilization, and thus minimize the average turnaround time for all jobs. Within RMAP, we design and analyze an adaptive policy, which derives job-level power bounds in a fair-share manner and supports overprovisioning and power-aware backfilling. Our results show that our new policy increases system power utilization while adhering to strict job-level power bounds and leads to 31% (19% on average) and 54% (36% on average) faster average turnaround time when compared to worst-case provisioning and naive overprovisioning respectively.

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Courses

  • Advanced Operating Systems

    552

  • Analysis & Design of Algorithms

    545

  • Computer Graphics

    533

  • Parallel and Distributed Computing

    522

  • Principles of Computer Networks

    525

  • Principles of Programming Languages

    520

  • Theory of Computation

    573

  • Wireless Protocols

    678

Projects

  • Virtual Router

    Implemented a fully functional Internet router that routes real network traffic in addition to behaving as a firewall. The topologies were supported by VNS Stanford server. Used C,Wireshark

    Other creators
  • Virtual Router

    Implemented a fully functional Internet router that routes real network traffic in addition to behaving as a firewall. The topologies were supported by VNS Stanford server. Used C,Wireshark

    Other creators

Languages

  • English

    Full professional proficiency

  • Malayalam

    Native or bilingual proficiency

  • Hindi

    Limited working proficiency

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