Akhil Guliani

PhD Student in Computer Sciences

University of Wisconsin, Madison

Biography

My name is Akhil Guliani. I am currently a Graduate student in Computer Sciences at University of Wisconsin-Madison, Wisconsin, USA. I recently graduated with a Master of Science in Computer Engineering Program from Northwestern University, Evanston, Illinois, USA. I hold a Bachelor of Engineering in Instrumentation and Control Engineering from Netaji Subhas Institute of Technology, New Delhi, India.

I currently do research in resource management in operating systems, and currently working on power aware computing systems. This is kind of a continuation of my Masters Research thesis where I found ways to model the thermal behaviour of a system using machine learning methods. I am a hacker at heart and love building things. this has led me to take a liking for hackathons. I am also hobbiest embedded systems hacker and am currently working on a app to visulaize music with RGB LED strips.

Interests

High Performance Computing
Operating Systems
Embedded Systems
Systems Design
Wearable Sensor Systems
Power Aware Computing
Artificial Intelligence
Machine Learning

Education

MS in Computer Sciences, 2021

University of Wisconsin-Madison
MS in Computer Engineering, 2016

Northwestern University
BE in Instrumentation and Control Engineering, 2012

Netaji Subhas Institute of Technology

Selected Publications

Machine Learning-Based Temperature Prediction for Runtime Thermal Management across System Components

Submitted to IEEE TPDS

Details

Dark Shadows: User-level Guest/Host Linux Process Shadowing

A shadow process on the host mirrors a process in the guest at the level of the virtual and physical address space, terminating in the host physical addresses. We describe a shadow process technique that is implemented entirely at user level in both the guest and the host. In our technique, we refer to the host shadow process as a dark shadow as it arranges its own elements to avoid conflicting with the guest process’s elements. We demonstrate the utility of dark shadows by using our implementation to create system call forwarding and device file-level device virtualization tools that are compact and simple.

P Dinda, A Guliani

In IC2E 2017

Details PDF Project

Recent Publications

Machine Learning-Based Temperature Prediction for Runtime Thermal Management across System Components
Details
Dark Shadows: User-level Guest/Host Linux Process Shadowing
Details PDF Project
Analysis of Electrical Characteristics using a Lambert W-Function Technique and MATLAB Simulation for Dye Sensitised ZnO Solar Cell
Details PDF
The Study and Implementation of Natural User Interface using Kinect
Details PDF

Projects

Device File Virtualization

A proof of concept implementation for user-space device file virtualization

Determining the Impact of Hashtags used in Marketing Campaigns on Social Media Platforms Using Sentiment Analysis

A ranking system based on sentiment analysis to provide an indicator of the engagement of a hash tag based marketing campaigns in R

Modular Smartwatch

Helped develop a modular smartwatch for open ended werable reaerch

Study of Loop perforation in GP-GPU applications

A class project for

Air India Internship Report

A summary of work done during my Internship at Air India, Engineering Division in winter of 2011

Study And Implementation Of Real Time Operating Systems For 8-bit Microcontrollers

Survey of possible RTOS options available for a TinyAVR microcontrollers. Choose to use Femto OS. A reference board and I2C driver for Femto OS was developed

Design and implementation of a programmer for TI CC2530

A summary of work done during my Internship at IIT Delhi in winter of 2010

PC Board Design for 8051 Microcontroller

A summary of work done during my Internship at IIT Delhi in summer of 2010

Teaching

I am a teaching assistant for the following courses at Northwestern UniversityUniversity:

EECS339: Intro to Database Systems Fall 2015.

Contact

This webpage contains a record of my academic publications and project reports.I also express my opinons (These are strictly my views and don’t reflect the positons held by any one associated with me) and share my expreiences with toolchains I have used in these projects as part of an extended blog.

I also provide a link to my github, linkedin pages and my CV on the main page. If you want to get in touch email is the best way to reach me.

guliani at wisc dot edu
University of Wisconsin-Madison, Department of Computer Sciences, 1210 W. Dayton St., Madison, WI 53706-1613