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<p>All electromagnetic phenomena are governed by the Maxwell's equations, which describing how electric and magnetic fields are distributed due to charges and currents, and how they are changing in time. gprMax is open source software that simulates electromagnetic wave propagation by using Yee's algorithm to solve (3+1)D Maxwell’s equations with Finite-Difference Time-Domain (FDTD) method. The behavior of the electromagnetic wave is closely dependent on the material in which it propagates. Some dispersive media have quite complex electromagnetic properties depending on the wavelength. This, for example, means that for different frequencies the wave can propagate with a different speed in different materials. This significantly affects the solver’s output. The main goal of the project is to enhance series of scripts, which modelled electromagnetic properties of the variety range of materials. Initial series of scripts have been prepared, however, their technical improvement and coupling with main software gprMax is required.</p>

Develop Webpack-compatible module federation hooks inside the Rust-based Turbopack bundler core.

The project focuses on developing an Apple Metal port of the Finite-Difference Time-Domain (FDTD) solver machine for gprMax. The current version of gprMax with the implementation of CUDA and OpenCL have shown significant speed ups, but many gprMax users are using Apple Hardware and there could be performance benefits with the availability of a Metal port. Therefore, the goal of the project is first and foremost porting gprMax to Metal in a templating approach similar to CUDA/OpenCL while trying to keep as many kind of common parts from a single code base and template out the differences. Other objectives include creating unit tests for the code base, update documentation on the usability, and run performance benchmark to analyze the benefits

<p>Expand the PFS GSoC blogging platform to include a top level overview of student status grouped by suborg and extend student activity monitoring to include code checkins, chat and mailing list activity.</p>

<p>Unlike proposed, I will evaluate Clang's ThreadSanitizer as well as the AddressSanitizer as these two sanitizers seem more pressing to the Mono community. First, I will look into ways to inject these sanitizers into the Mono runtime and get a feeling for the feedback that they provide. Depending on the feedback, I will then try to fix races / overflows myself or - at least - file bug reports and discuss those issues with the community. Besides working on the races and overflows themselves, I plan to write two articles for the website; one of the articles should explain using the ThreadSanitizer in combination with the Mono runtime and the other one should explain the AddressSanitizer.</p>

<p>The EOS User Story project aims at providing a user-friendly and interactive platform for users to sign in and request new icons &amp; report bugs for EOS Icons. Also users can track the progress of their issues and vote &amp; comment on issues that are of interest to them. The admins can then review, resolve, close or assign a status to the issues. It serves as an efficient feedback mechanism for organisations, which is necessary for the development of different products. Hence, it is a reusable project for EOS that can be used by any other organisations as well.</p> <p>In this project I aim to improve EOS User Story by adding some essential features and expanding the test coverage of the project. I will also be working on fixing some existing issues in the application. The features that I will be adding as part of the project include:</p> <ol> <li>Request templates</li> <li>Shareable Links for stories</li> <li>Implementing search of stories</li> <li>Shareable search results</li> <li>Integrating OAuth for logging in</li> </ol> <p>For expanding the test coverage I will be using Cypress for unit as well as end-to-end tests, which can then be deployed to run on Github Actions and thus will prevent any regressions from being introduced in the codebase.</p>

<p>JBoss Web Servers consists of Apache Tomcat 7, Apache Tomcat 8 and Apache Tomcat 8.5 servers. JBoss Core Services consists of Apache HTTP server and its dependencies. The project’s goal is to develop a tool that will scan and parse the upstream security advisories of Apache Tomcat and Apache HTTP Server along with their dependencies. This tool’s purpose is to populate Bugzilla by tracing down any new public CVE on every JWS and JBCS related upstream project. The tool will be built in Python3, scripts will be fired via Jenkins job and scripts will be running as a shell script.</p>

FreeCAD is a powerful CAD software with vast capabilities supporting complete technical design pipelines beginning from modelling to FEM analysis to 3D printing. By enabling FreeCAD users to perform multibody dynamic (MbD) calculations, convert the results to FEM loads and visualise the stress and strain of an assembly in motion in a single coherent workflow, FreeCAD will be better positioned to rival commercial CAD software used by the industry today. The goal of this project is to help build that workflow by improving the combined Motion workbench so that motion-derived loads can be transferred into FEM analyses in a structured and user-friendly way. This project will focus on three main objectives. The first objective is to organise the current code into a clearer object-oriented framework. The second objective is to convert idealised MbD joint forces and torques into realistic distributed FEM loads on selected contact surfaces of real parts. The third objective is to design a user interface (UI) that allows the selection of the contact regions in FreeCAD.

The project aims to design and implement an ergonomic and efficient API for accessing, manipulating, and performing operations on vector data such that implementing complex vector-based algorithms or developing tools to perform vector manipulations is efficient and ergonomic. The second aspect of the project is to enhance performance and stability by transitioning from Bezier-rs to Kurbo algorithms and data structures to perform vector operations.

<p>This project aims to fix the issues regarding the Android platform that includes fixing the shader, adding a new audio system and the addition of tilt for a smooth gaming experience on Android Devices.</p>

<p>A version of the Linux Kernel's XDP framework which will support the execution of Lua scripts as well as eBPF programs</p>

<p>The convolution operation is a core part of the Theano code base. Several variants of the basic convolution operation exist, and more are always being introduced through research papers. Adding new types of convolution operations built-in to Theano will minimise coding coding effort and increase efficiency.</p> <p>The new features to be added are :</p> <ol> <li>Grouped Convolutions</li> <li>Locally connected (unshared) Convolutions</li> <li>Dilated Causal Convolutions</li> <li>Circular Padding for Convolution</li> </ol> <p>In addition to these, the 'meta-optimizer' will be finished.</p>

The function of the list configuration tool is to export the list and configuration of the administrator and generate a JSON file to store them. At the same time, you can also use these JSON files to import the list and configuration in the file into other users. This is a process of converting the server's online data into files for storage, backup and data migration.

The project aims to build an application to run a workload container on a bunch of flotta-configured edge devices which collects/processes input from a webcam feed with basic processing capabilities like image classification and object detection and sync these images from the device with object storage. Running cluster side container app which would present aggregated results using a web framework. As an example for this kind of application, a Python based application will be developed which will perform the image classification using state-of-the-art machine learning models and later progress with syncing these images with an object storage. Next the images can be browsed using webapp running in a cluster.

The proposal aims to enhance the Pwndbg tool by adding support for jemalloc Heap Inspection and loading Linux Kernel Symbols. The problem being addressed is the no support for jemalloc in Pwndbg and the lack of a convenient method to load kernel symbols into GDB for debugging. To solve this, the project will involve deep diving into jemalloc's memory allocation mechanisms, implementing jemalloc-specific heap inspection commands, and developing a kallsyms command to fetch and load kernel symbols into GDB. The deliverables include developed parsers and data extraction functions for jemalloc, implementation of jemalloc-specific heap inspection commands, a kallsyms command for GDB symbol loading, comprehensive tests for validation, and documentation for these commands in Pwndbg's documentation.

<p>The aim of the project is to facilitate NLP tasks in DFFML by adding support for two of the most popular NLP libraries: HuggingFace Transformers and spaCy.</p>

PyZombis is a dynamic community course designed to teach Python to Spanish-speaking individuals, inspired by the Brazilian MOOC, Python para Zumbis. Delivered entirely online, PyZombis eliminates the need for users to install Python on their local machines or manage server configurations. However, the current implementation relies on Brython for executing Python within a browser environment, leading to inherent limitations. Certain functionalities, non-native Python modules, and C-built Python modules pose challenges for interactive learning experiences. The proposed solution aims to enhance PyZombis's interactivity and usability by addressing these limitations. The primary focus will be on PyZombis and the RunestoneComponents repositories. Key objectives include: Introducing a PyScript component to facilitate advanced exercises, enhancing interactivity and skill development, Implementing a Tkinter wrapper to enable browser-based execution of exercises, removing dependency on local installations, Enhancing user engagement through the implementation of a new user interface, fostering an immersive learning environmen, Strengthening the educative platform by integrating end-to-end playwright tests, ensuring reliability, and addressing pending issues for continuous improvement, Implementing stretch goals and overhauling documentation to further enrich the learning experience and accessibility. By addressing these objectives, the proposal aims to elevate PyZombis into a comprehensive and interactive learning platform for Python enthusiasts within the Spanish-speaking community.

<p>NASA's SPICE toolkit is a collection of subroutines and functions designed to interpret and perform numerical computations on archived data returned from NASA's Space Science Missions. The commissioning of this project began in 1982 and saw the release of SPICELIB, the initial FORTRAN implementation of the SPICE Toolkit. NASA has since released ports of the SPICE toolkit to other interfaces such as C and MATLAB but the ease of use of these libraries is far from attractive.</p> <p>This project entails the design and implementation of a Ruby wrapper for the C version of the SPICE toolkit with a focus on clean extension code and an easy to use API.</p>

<p>The goal of this project is to provide typed API for LuaRocks modules, specified using Teal, a typed dialect of Lua, which allows for typed definition files to be written for untyped Lua modules. Our goal here is not to port all of LuaRocks to Teal, but to provide typed interfaces for Teal or Lua applications, so that users of these interfaces can have a stable contract of the API's inputs and outputs.</p>

<p>This project aims at adding some missing functionalities in Pharo DataFrame. Implementing the missing features and functionality of Pandas DataFrame in the Pharo DataFrame namely, Addition of the dtype object and Addition of the DataFrame slicing feature. Add examples of applying the DataFrame and its new features to real problems of Data Science by using samples and Datasets into the official Pharo documentation .</p>

This proposal introduces myself and outlines the work I will be doing during the Google Summer of Code 2025. My proposal aims to implement a HID driver framework for Lunatik, a module that provides a way to binding HID devices using Lua script.

<p>Continue the implementation of the course with Runestone components. Currently, some exercises are not working due to the Python modules they use. I have in mind replacing them with other modules. The expected outcome is to have the existing lectures implemented in Runestone fully functional with various exercises with automatic grading, have created new lectures teaching other modules, and have implemented other lectures using Brython.</p>

<p>The GTK client (Tryton) already has CSV Import/Export feature. This project would implement the same feature in web client (SAO) keeping the behavior similar.</p>