Software and Hardware Architectures in Cooperative Aerial and Ground Robots for Agricultural Disease Detection. - Pablo Menendez-Aponte; Christian Garcia; Douglas Freese; Sinem Defterli; Yunjun Xu (CTS, 2016)

Ion-Sensitive Field-Effect Transistors With Micropillared Gates for Measuring Cell Ion Exchange at Molecular Levels. - Mohammad G. Abdallah; Rayan Khan; Christian Garcia; Young-Tae Kim; Samir M. Iqbal (IEEE Access, 2018)

Real-World, Self-Hosted Kubernetes Experience. - Michael Packard; Joe Stubbs; Justin A. Drake; Christian Garcia (PEARC, 2021)

Building Tapis v3 Streams API Support for Real-Time Streaming Data Event-Driven Workflows. - Smruti Padhy; Anagha Jamthe; Sean B. Cleveland; Jack A. Smith; Joe Stubbs; Christian Garcia; Michael Packard; Steve Terry; Julia Looney; Richard Cardone; Maytal Dahan; Gwen A. Jacobs (PEARC, 2021)

A Design Pattern for Recoverable Job Management. - Richard Cardone; Joe Stubbs; Steve Black; Christian Garcia; Anagha Jamthe; Mike Packard; Smruti Padhy (PEARC, 2022)

Detailed Functional Overview of an API and Workflow Engine for Scientific Research Computing. - Nathan Dean Freeman; Joe Stubbs; Richard Cardone; Christian Garcia (PEARC, 2023)

An Interactive Knowledge and Learning Environment in Smart Foodsheds. - Yamei Tu; Xiaoqi Wang; Rui Qiu; Han-Wei Shen; Michelle Miller 006; Jinmeng Rao; Song Gao 001; Patrick R. Huber; Allan Hollander; Matthew Lange; Christian Garcia; Joe Stubbs (IEEE Computer Graphics and Applications, 2023)

Development of Authenticated Clients and Applications for ICICLE CI Services - Final Report for the REHS Program, June-August, 2022. - Sahil Samar; Mia Chen; Jack Karpinski; Michael Ray; Archita Sarin; Christian Garcia; Matthew Lange; Joe Stubbs; Mary P. Thomas (CoRR, 2023)

A Comprehensive Cloud Architecture for Machine Learning-enabled Research. - Joe Stubbs; Dhanny Indrakusuma; Christian Garcia; François Halbach; Cody Hammock; Nathan Dean Freeman; Anagha Jamthe; Michael Packard; Alexander Fields; Gilbert Curbelo (PEARC, 2024)

Automatic System for the Interpretation of the Vickers Hardness Test Using Artificial Vision. - Ricardo Labrada-Lara; Moisés-Vicente Márquez-Olivera; Viridiana Hernández-Herrera; David Jaramillo; Christian Garcia (Res. Comput. Sci., 2024)