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I've got a solid two years of experience under my belt as an compilers and operating systems researcher. I possess expertise in distributed systems, containerization, virtual machines for operating system execution and communication between processes using zero-copy abstractions and kernel bypass in microkernel architecture systems. My knowledge allows me to optimize performance and facilitate efficient data transfer, enhancing the overall functionality and effectiveness of these systems.
+ +I undergraduate student in Computer Science at Pontifícia Universidade Católica de Minas Gerais - PUCMINAS and member of Brazilian Computer Society - SBC, Institute of Electrical and Electronics Engineers - IEE , IEEE Computer Society - IEEE CS and Association for Computing Machinery - ACM. During my undergraduate I was Student Tutor of 3 disciplines: Data Base, Algorithms and Data Structures II and Compilers at the Instituto de Ciências Exatas e Informática - ICEI - PUCMINAS. As a mentor, I provide assistance to students of the course by addressing their questions and supporting the lead instructor.
+ +Plus, I was Intern Researcher on a Nanvix project advised by Dr. Pedro Henrique Penna. Specializing in Compilers and Operating Systems at Nanvix. Involved in the development of a virtual machine using C and C++. Specifically in a Just-In-Time translation engine for the operating system Nanvix emulator that would translate assembly instructions from MIPS to RISC-V processor
+ +Currently, I am working on my undergraduate thesis under the guidance of Dr. Pedro Henrique Penna a Senior Research Software Engineer at Microsoft Research and Dr. Henrique Cota Freitas professor at ICEI - PUCMINAS. The main objective of my thesis is to develop an abstraction for inter-process communication in a microkernel architecture using kernel-bypass through the zero-copy technique.
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+ Danix is an innovative system that provides an interface for managing lightweight Alpine environments, offering greater efficiency and resource savings. Danix's unique feature lies in using the host machine's own kernel, resulting in a lighter and more efficient approach that consumes only the necessary space for each environment's filesystem. +
+ ++ The main goal of Danix is to provide lightweight environments for simple tasks, eliminating the need to install compilers, interpreters, and other tools directly on the host operating system, such as git and editors. This approach brings noticeable benefits, such as agility in configuring environments for software development in various languages like Python, C/C++, Go, Rust, Java, Lua, among others. +
+ ++ By choosing Danix, users can create custom environments without the hassle of time-consuming and heavy installations, such as virtual machines and containers, especially for simpler projects. The idea is to simplify the development process, removing unnecessary barriers and allowing for a more agile and efficient approach. + +
+ ++ In summary, Danix is the ideal choice for those seeking lightweight, customized, and efficient environments for software development, providing an innovative and streamlined alternative compared to more traditional, heavier options. +
+ ++ • Repository: https://github.com/viniciusfdasilva/danixfs +
+ ++ • License: https://www.gnu.org/licenses/gpl-3.0.html +
+ ++ Vinux stands out as a lightweight distribution that leverages the Linux kernel and busybox as its foundational building blocks. Specifically crafted to cater to embedded systems, Vinux addresses the needs of those requiring a secure, lightweight, and stable operating system with predefined packages. +
+ ++ Designed with a focus on embedded systems, Vinux provides a reliable platform that ensures both security and stability. By utilizing the Linux kernel and busybox, it achieves a nimble architecture, making it an ideal choice for environments where resource efficiency is crucial. +
+ ++ Furthermore, Vinux boasts a fixed set of packages, contributing to its stability and predictability. This characteristic is particularly advantageous for embedded systems, where maintaining a consistent and secure software environment is paramount. +
+ ++ In essence, Vinux emerges as a specialized distribution, tailored to the demands of embedded systems, offering a secure, lightweight, and stable operating system with a carefully curated set of packages. +
+ ++ • Repository: https://github.com/viniciusfdasilva/vinux +
+ ++ • License: https://www.gnu.org/licenses/gpl-3.0.html +
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My undergraduate thesis proposes a kernel-bypass device that implements a communication abstraction between processes using the zero-copy technique, involving direct data transfer between processes in a microkernel architecture, removing context switches and intermediate copies that cause overhead.
+• Advisor 1: Pedro Henrique Penna
+• Advisor 2: Henrique Cota de Freitas
+Virtual Machine develop using C and C++ languanges. Nanvix VM decode a MIPS and ARM assembly, translate to RISC-V Assembly and run in a manycore processor!
+As a researcher with expertise in Compilers and Operating Systems at Nanvix, my focus lies in + the advancement of a virtual machine project. This undertaking centers on the development + of a Just-In-Time translation engine within the Nanvix emulator’s operating system. Aiming + to enhance emulation efficiency, my role encompasses the creation of this engine using + C and C++ programming languages. Its primary function is the real-time translation of + assembly instructions, transitioning from the MIPS architecture to the RISC-V processor, thus + contributing to the optimization of the Nanvix emulator’s performance.
+ +• Advisor: Pedro Henrique Penna
+• Document: link
+I have worked as an Android application developer, using Java and Kotlin programming + languages, as part of a scientific initiation for the postgraduate program in dentistry.
+• Advisor: Rodrigo Villamarim Soares
+• Document: link
+
Tutoring for the Compilers course at the Institute of Exact Sciences and Informatics - ICEI - PUCMINAS. As a mentor, I provide assistance to students of the course by addressing their questions and supporting the lead instructor
+• Document: link
+Tutoring for the Algorithms and Data Structures II course at the Institute of Exact Sciences and Informatics - ICEI - PUCMINAS. As a mentor, I provide assistance to students of the course by addressing their questions and supporting the lead instructor
+• Document: link
+Tutoring for the Data Base course at the Institute of Exact Sciences and Informatics - ICEI - PUCMINAS. As a mentor, I provide assistance to students of the course by addressing their questions and supporting the lead instructor
+• Document: link
+