Added descriptions for each article

content/personal-blog/first-post/index.md

@@ -1,11 +1,15 @@
 +++
 title = 'Facing my fears'
+description = 'First Post!!!'
 date = 2025-02-27T07:07:07-05:00
 draft = false
 categories = ['thoughts']
 tags = ['hugo', 'web']
 +++
 
+First Post!!!
+<!--more-->
+
 ## Social anxiety or introvert, chicken or egg?
 
 I have been an introvert for as long as I can remember, and while I don't want this to turn into a self-help post, suffice it to say that I have never made a personal website primarily because it makes the hairs on the back of my neck stand up. Let today be the day that I face my fears and finally launch this site.

content/personal-blog/markdown-cheetsheet.md/index.md

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 +++
 title = 'Markdown Cheatsheet'
+description = 'A quick reference and showcase of the markdown syntax used in Hugo and Congo'
 date = 2025-02-27T07:15:18-05:00
 draft = false
 categories = ['references']
 tags = ['hugo', 'markdown']
 +++
 
+This cheatsheet is intended as a quick reference and showcase of the markdown syntax used in Hugo and Congo.
+<!--more-->
+
 {{< lead >}}
 This cheatsheet is intended as a quick reference and showcase of the markdown syntax used in Hugo and Congo.
 {{< /lead >}}

content/professional-projects/usm-blueiq-acoustic-target-localization/index.md

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 +++
 title = 'USM / BlueIQ - AI Sonar Buoys'
+description = 'Using low-cost AI enabled acoustic buoys to detect and track vessels'
 date = 2025-03-17T14:00:00-05:00
 draft = false
 categories = ['USM', 'BlueIQ', "Acoustics"]
 tags = ['data science', 'KarstTech', 'sonar', 'TDOA']
 +++
 
+Using low-cost AI enabled acoustic buoys to detect and track vessels
+<!--more-->
+
 {{< katex >}}
 
 # Summary of "Enhancing Maritime Domain Awareness Through AI-Enabled Acoustic Buoys"

content/professional-projects/usm-magnetics-machine-learning/index.md

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 +++
 title = 'USM Magnetics - Machine Learning'
+description = 'Using machine learning to detect and localize magnetic targets underwater'
 date = 2025-04-03T16:00:00-05:00
 draft = false
 categories = ['USM', 'magnetics']
 tags = ['data science', 'KarstTech', 'UUV', 'modeling', 'machine learning', 'AI']
 +++
 
+Using machine learning to detect and localize magnetic targets underwater
+<!--more-->
+
 {{< katex >}}
 
 # Machine Learning for Target Classification and Localization

content/professional-projects/usm-magnetics-magnetic-modeling/index.md

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 +++
 title = 'USM Magnetics - Magnetic Modeling'
+description = 'Modeling magnetic targets to support machine learning applications in maritime environments'
 date = 2025-03-31T16:00:00-05:00
 draft = false
 categories = ['USM', 'magnetics']
 tags = ['data science', 'KarstTech', 'UUV', 'modeling', 'machine learning', 'COMSOL']
 +++
 
+Modeling magnetic targets to support machine learning applications in maritime environments
+<!--more-->
+
 # Potential Fields Modeling to Support Machine Learning Applications in Maritime Environments
 
 The summary below is from a published paper that I co-authored with my colleagues at USM Magnetics. If you would rather read the full paper, you can find it [here](https://www.comsol.com/paper/potential-fields-modeling-to-support-machine-learning-applications-in-maritime-environments-135922).

content/professional-projects/usm-magnetics-magnetic-parametric-inversion/index.md

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 +++
 title = 'USM Magnetics - Magnetic Parametric Inversion'
+description = 'Estimating the position and magnetic moment of a dipole from a few field measurements'
 date = 2025-04-04T14:00:00-05:00
 draft = false
 categories = ['USM', 'magnetics']
 tags = ['data science', 'KarstTech', 'modeling']
 +++
 
-{{< katex >}}
+Estimating the position and magnetic moment of a dipole from a few field measurements
+<!--more-->
 
+{{< katex >}}
 
 # Magnetic Dipole Localization: Methods for Parametric Inversion
 

content/professional-projects/usm-magnetics-sensor-fusion/index.md

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 +++
 title = 'USM Magnetics - Sensor Fusion'
+description = 'Combining data from multiple sensors to make them all more useful!'
 date = 2025-02-27T07:17:00-05:00
 draft = false
 categories = ['USM', 'magnetics']
 tags = ['data science', 'KarstTech', 'UUV', 'sensor fusion']
 +++
 
+Combining data from multiple sensors to make them all more useful!
+<!--more-->
+
 ## Getting Started
 Several months ago I was referred to the University of Southern Mississippi [Marine Research Center](https://www.usm.edu/ocean-enterprise/marine-research-center.php) by a coworker. They wanted some assistance from someone with a physics and data science background to work on an autonomous underwater vehicle for the purpose of developing a magnetic sensing platform.