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The Alexander Polynomial
A quick explanation of why the Alexander polynomial is an invariant for knots.
Justin and Leigh

Household daily-peak electricity load forecasting with statistical models
This article proposes to obtain a statistical model of the daily peak electricity load of a household located in Austin-TX,USA. The Box-Jenkins methodology was followed to obtain the best fit for the time-series. Four models provided a good fit: ARIMA(0,1,2), ARIMA(1,1,2), SARIMA(0,1,2)(0,1,1) and SARIMA(1,1,2)(0,1,1). The model with the highest Akaike Information Criteria was the ARIMA(1,2,2). However, the model with the highest forecast accuracy was the SARIMA(1,1,2)(0,1,1), which obtained an RMSE of 0.296 and a MAPE Of 15.00.
Luciano Viola

CSE8803 Project: Mortality Prediction in ICU patients
Accurate prognosis and prediction of a patient's current disease state is critical in an ICU. The use of vast amounts of digital medical information can help in predicting the best course of action for the diagnosis and treatment of patients. The proposed technique investigates the strength of using a combination of latent variable models (latent dirichlet allocation) and structured data to transform the information streams into potentially actionable knowledge. In this project, I use Apache Spark to predict mortality among ICU patients so that it can be used as an acuity surrogate to help physicians identify the patients in need of immediate care.
Pradeep Vairamani

Samuel's Resume
Resume for Samuel J. MSJHS
Swami Venkat

ЭПР парадокс как результат несилового взаимодействия нелокальных квантовых объектов
EPR paradox as a result of non-force interaction nonlocal quantum objects
This is a LaTeX template (version from 2016 Feb. 17)
for preparing documents for All-Russian Scientific Conference
of the Mathematical Modeling and Boundary Value Problems
[Matem. Mod. Kraev. Zadachi, Samara, Russian Federation].
It was submitted by an author writing for
the 10th All-Russian Scientific Conference with
international participation (MMiKZ’16).
samarin

Imaduddin Khan's CV
Imaduddin Khan's CV
Imaduddin Khan

Computer Based Modeling 1
Fluid Report
Harry Morgan

DualHEX: an extension of the AngryHEX Artificial Player for AngryBirds
The goal of the Angry Birds AI competition is to build an intelligent agent which can complete the levels of the game better than human players. This task is very challenging, because humans have a good prediction about the physic world, while for computers it is hard to reason about an unknown environment. In this paper we describe our DualHEX AI agent, which is based on the AngryHEX agent of participants of the Angry Birds competition 2013. Our agent models the knowledge of the game by means of Answer Set Programming. In this project we improved the AngryHEX approach by extending the knowledge base of the domain. Our DualHEX agent plans a shot taking into consideration the current and the next bird. It compares the damage probability of both birds to discard targets that suits more the next bird features.
Ana Costa, Elena Slavco and Isabelly Rocha

Mohammad Shariful Alam Chowdhury Sujan's CV
Mohammad Shariful Alam Chowdhury Sujan's CV
Shariful Alam Sujan