Emmanuel Gonzalez

Emmanuel Gonzalez

Computational Research Scientist | Software Engineer | Solutions Developer | Team Mentor | PhD in Plant Science

Posts by Tags

academic

analytics

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

bash

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

coding

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

computing

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

cyverse

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

data

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

data visualization

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

git

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

github

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

high performance computer

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

hpc

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

interactive visualization

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

irods

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

linux

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

phenomics

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

pip

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

plant science

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

programming

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

python

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

research

science

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

soft skills

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

terminal

Leveraging Supervised and Unsupervised Machine Learning to Study Shapes

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Using interactive data visualization to make sense of large datasets

1 minute read

Published:

As sensor technology improves, data volumes grow. We now live in a sea of data collected by our phones, smartwatches, and home assistants like Alexa. Science is not any different, new sensors are enabling the collection of large datasets that can be mined for new scientific discoveries. In plant science, sensor technology is being applied to study how plants grow under drought conditions.

Setting up iRODS

1 minute read

Published:

Learn how to install and use the Integrated Rule-Oriented Data System (iRODS).

iRODS Crash Course

less than 1 minute read

Published:

Learn how to use iRODS for your research data management needs.

Terminal, GitHub, and iRODS Essentials

4 minute read

Published:

Learn how to leverage the terminal for GitHub version control and Integrated Rule-Oriented Data System (iRODS) data management!

webpage