-
Arizona State University (ASU)
- Tempe, Arizona
-
19:40
(UTC -07:00) - https://orcid.org/0000-0003-1145-0528
- in/samankhamesian
Highlights
- Pro
-
GUIDE Public
We present GUIDE (Glucose Intelligence Decision Engine), an RL-based framework that generates patient-specific recommendations for insulin and carbohydrate intake, adapting to individual glucose dy…
-
-
ExActHealth-Android Public
This is an application designed to assist patients with type 1 diabetes in tracking their food intake.
Kotlin GNU Affero General Public License v3.0 UpdatedAug 30, 2026 -
Hybrid-Self-Attention-NEAT Public
This repository is the official implementation of the Hybrid Self-Attention NEAT algorithm. It contains the code to reproduce the results presented in the original paper: https://link.springer.com/…
-
GLIMMER Public
Glycemic-aware and architecture-agnostic training framework for blood glucose forecasting in type 1 diabetes
-
NutriGen Public
NutriGen: Personalized Meal Plan Generator Leveraging Large Language Models to Enhance Dietary and Nutritional Adherence
-
Automatic music genre classification from audio signals, using librosa features and an SVM.
-
Algorithms-Implementation Public
This repository will hold source codes for different classic algorithms in computer science
-
ACM-ICPC-Problems Public
Solutions to competitive programming problems from Codeforces, UVa, SGU and USACO.
-
Sudoku Public
A Sudoku solver in Prolog using constraint logic programming, for single and overlapping grids.
Prolog Apache License 2.0 UpdatedAug 30, 2026 -
Hardware-Modeling-Using-VHDL Public
A collection of standalone digital hardware modules modeled in VHDL, each with a testbench.
-
Special-Purpose-Processor Public
A special-purpose processor in Verilog that computes GCD and LCM, implemented on an Altera DE2-115 FPGA.
-
AVL-Tree Public
A self-balancing AVL tree in Java, with insertion, deletion, search and traversals.
-
Credit-Card-Fraud-Detection Public
Credit card fraud detection with a hidden Markov model of a cardholder's spending sequence, trained only on normal behaviour.
-
K-means clustering on the Euclidean Commute Time distance, a random-walk metric that recovers clusters of arbitrary shape.
-
Imputation-of-Missing-Values Public
Imputing missing values with fuzzy c-means clustering, support vector regression and a genetic algorithm, evaluated on six UCI datasets.
-
Tic-Tac-Toe Public
Evolving no-loss Tic-Tac-Toe strategies with a genetic algorithm in C++, over the 765 symmetry-unique board states.
-
A compact, readable Keras baseline for Kaggle's Winton Stock Market Challenge: forecasting 60 intraday and 2 daily stock returns from a five-day window.
-
-
-
Simple-Linear-SVM-Algorithm Public
This project is an implementation of a simple linear SVM algorithm
-
This project is an implementation of a simple K-means algorithm
-
An implementation of the CNN-LSTM model for Classifying Time Series Human Activities
-
This project is an implementation of a two-level genetic algorithm for clustered traveling salesman problem with application in large scale TSPs
-
Rating-Prediction-System Public
This project is an implementation of simple rating prediction systems for items from user
Python Apache License 2.0 UpdatedMar 21, 2019