Mark III Construction, Inc.’s Post

Completed First Task from My internship at DeltaClause : Task - Calculator Description - Develop a simple calculator calculator that can perform basic arithmetic operations such as addition, subtraction, multiplication, and division. DeltaClause

There's no better way to end my internship at 🐢 Giskard than by publishing an article! In this article, I investigate the optimal number of Q&A required for fine-tuning an LLM in order to enhance a RAG system. I also study the impact of fine-tuning with distracting context on model performance. The goal is to identify what constitues an efficient and cost-effective strategy for fine-tuning in that context. Link: https://lnkd.in/d3WUmSrc Key Findings: - Adding even a single distracting document to the context when training an LLM helps it distinguish distracting context from supporting facts during inference, thus making it more efficient. This is especially interesting in a RAG setting, where the retrieval step might bring out distracting context; - Fine-tuning Mistral-7B-Instruct for a single epoch on under 1000 training samples is very quick and can significantly improves results. I would like to thank the entire team and especially Rabah Khalek, Benoît Malézieux, Matteo Dora, Pierre Le Jeune and Luca Martial for their guidance during those past 6 months. I learnt so much alongside the team during the various projects I participated in, especially about multimodal models, RAGs and fine-tuning. I am extremely grateful to you guys!

During my internship in 2021 summer digiM, I did a study focusing on the autocorrelation function of 3D imaging data for microstructure characterization. When I worked on this article initially, I used many Fourier concepts as a black box tool such as frequency domain, phase invariance, and autocorrelation itself. After struggling and fighting my way through a challenging Fourier class at RIT during my imaging science undergrad, I had a revelation to the true value of the science behind the Fourier analysis and frequency domain insights. Really cool to see how essential it is to embrace continuous learning for unlocking new perspectives and driving innovation.

After only a few months of being at my internship, I have grown to love the people and the patients at McKay Dee Hospital! One of the new experiences I have had is in the SIMS room. Before a patient receives treatment, a simulation must be done. For this, we will create specific equipment, such as vac loks or masks, to help patients keep their position each time. Patients may also have an MRI performed to help the dosimetrist, the person calculating the radiation dosage, have a more detailed image of the treatment sight. After, a QA is also performed, which is when the treatment room is set up and ran to make sure the process of delivering the treatment is correct and works. These steps are required for each patient and are essential in keeping accuracy over the patient’s treatment time! Here is an article with a more in-depth explanation of what happens during a SIM: https://lnkd.in/gAHzAPBB Below is a picture of what the treatment plan fields typically look like while the dosimetrist is planning!

🗓️ Day 12 / 45 Days 🚀  Today solved 4 questions on Matrix - Rotate Image - Max rectangle - Find the number of islands using DFS - Replace O's with X's GitHub - https://lnkd.in/gaBQudS2 #CrackYourInternship #CrackYourPlacement

🚀Progress after Day 14 of the #CrackYourPlacement challenge by Arsh Goyal ! 𝐇𝐢𝐠𝐡𝐥𝐢𝐠𝐡𝐭𝐬 : 🗓 Challenge Duration: 45 Days 📚 Number of questions: 287 🚀 Start: July 15, 2024 Github Repository Link: https://lnkd.in/dFANcvUC 💪 Day 14 progress: 7 problems solved: 89. Maximum size rectangle binary sub-matrix with all 1s 90. Find the number of islands using DFS 91. Given a matrix of ‘O’ and ‘X’, replace ‘O’ with ‘X’ if surrounded by ‘X’ 92. Rotate Image 93. Minimum Moves to Equal Array Elements 94. Check if reversing a sub array make the array sorted 95. Radix Sort Total Problems Solved: 95 Feeling motivated and ready to tackle more! 📈 #CrackYourInternship #CrackYourPlacement #ArshGoyal

Below is a video of the Perimeter Truss Reflector (PTR) I designed and built during my Summer internship at Tendeg LLC. In the video, Seth Hill, Kenzo Neff, and myself deploy and stow the PTR. If you would like to see more details on the project, please see my previous post!

I had completed my 1st internship task (task 1): Basic calculator in CODTECH IT SOLUTIONS A basic calculator program performs simple arithmetic operations such as addition, subtraction, multiplication, and division. Here's a high-level explanation of how such a program might be structured: 1. Input The program needs to get input from the user. Typically, this includes: Two numbers (operands) An operation (such as +, -, *, /) 2. Processing Based on the operation input by the user, the program performs the corresponding arithmetic operation on the two numbers. 3. Output The program then displays the result of the operation.

Hello everyone!✨ Here is my second task🐍 on my internship 💻 which is to build a basic calculator Task 2: Calculator create a basic calculator that can perform basic arithmetic operations such as addition, subtraction, multiplication and division using functions #technohacksedutech #technohacksedutechofficial

When in research you begin to understand when the time-series data requires the Savitzky-Golay Filter and when it requires simple Cubic Spline Interpolation, and then you remember that during a summer internship 13 years ago when you were trying to numerically solve an integral using the Simpson's rule without understanding the fact that the integrand is singular at the two limits of the integral and then you comprehend that the integral requires the Gaussian-Quadrature method for its solution... #timeseries #timeseriesanalysis #filter #interpolation #numericalanalysis #research #scientificresearch