more details

This commit is contained in:
2ManyProjects 2025-03-27 00:26:17 -05:00
parent a8d4e34d5e
commit 93845ffe65

View file

@ -20,13 +20,13 @@ const projects = [
title: "Fecal Vision Model for North of 55 Veterinary Services (2022)", title: "Fecal Vision Model for North of 55 Veterinary Services (2022)",
imagesFolder: "/assets/fecal-vision-model", imagesFolder: "/assets/fecal-vision-model",
langs: ["C++", "Python", "Js"], langs: ["C++", "Python", "Js"],
software: ["TensorFlow", "Express", "React", "QuPath"], software: ["TensorFlow", "Express", "React", "QuPath", "OpenCV"],
description: ` description: `
- Over 1 year I developed a vision model using TensorFlow that was ~90% accurate (sufficient for medical diagnoses) in fecal egg counts using standard McMaster method fecal slides. This reduced slide analysis time from 20 minutes down to 5 minutes per sample.\n\n - Over 1 year I developed a vision model using TensorFlow that was ~90% accurate (sufficient for medical diagnoses) in fecal egg counts using standard McMaster method fecal slides. This reduced slide analysis time from 20 minutes down to 5 minutes per sample.\n\n
- Commercial alternatives like WSI systems start around $90,000USD, making this a cost-effective solution.\n\n - Commercial alternatives like WSI systems start around $90,000USD, making this a cost-effective solution.\n\n
- I modified a microscope to automate slide scanning and created data pipeline for high-quality slide scans for training purposes.\n\n - I modified a microscope to automate slide scanning and created data pipeline for high-quality slide scans for training purposes. Used OpenCV for image preprocessing\n\n
- Using QuPath's scripting capabilities and sample annotated slides, I created a pipeline where the veterinarian only needed to take slide scans using a custom modified microscope, place the scans in a network folder, and receive analysis results in Excel format.\n\n - Using QuPath's scripting capabilities and sample annotated slides, I created a pipeline where the veterinarian only needed to take slide scans using a custom modified microscope, place the scans in a network folder, and receive analysis results in Excel format.\n\n
` `
@ -35,8 +35,8 @@ const projects = [
id: "orchard-market", id: "orchard-market",
title: "Order Picking Software for Orchard Market (2021)", title: "Order Picking Software for Orchard Market (2021)",
imagesFolder: "/assets/orchard-market", imagesFolder: "/assets/orchard-market",
langs: ["Js", "C#", "Bash", "VBA script"], langs: ["Js", "Python", "C#", "Bash", "VBA script"],
software: ["Tesseract", "Croptracker", "Produce Pro"], software: ["Tesseract", "OpenCV", "Croptracker", "Produce Pro"],
description: ` description: `
I built several pieces of software for Orchard Market, a collaboration of 5 farms sharing warehousing and storefront space.\n\n I built several pieces of software for Orchard Market, a collaboration of 5 farms sharing warehousing and storefront space.\n\n
@ -51,8 +51,8 @@ const projects = [
id: "mycology-lab", id: "mycology-lab",
title: "Mycology Lab Technical Lead (2019-2022)", title: "Mycology Lab Technical Lead (2019-2022)",
imagesFolder: "/assets/mycology-lab", imagesFolder: "/assets/mycology-lab",
langs: ["C++", "Bash", "Js"], langs: ["C++", "Bash", "Js", "G-Code"],
software: ["Postgres", "Express", "React", "FluidNC", "OpenCV"], software: ["Postgres", "Express", "React", "FluidNC", "OpenCV", "pm2"],
description: ` description: `
Fungal Stimuli Tester:\n\n Fungal Stimuli Tester:\n\n
Built a 3-axis gantry system that moves a central platform along an x,y plane with a winch that raises/lowers the end piece.\n\n Built a 3-axis gantry system that moves a central platform along an x,y plane with a winch that raises/lowers the end piece.\n\n