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Last took part in 2019

Computational Biology @ University of Nebraska-Lincoln

Tool development in bioinformatics, computational biology, data visualization

Contributors in 2026

–

Not taking part

Projects since 2016

18

4.5 a cycle on average

Cycles

4 of 11

First in 2016

Rank in 2026

–

By contributors

Mentors

5

for 5 projects in 2019

Contributors per cycle

Accepted projects each year, against the median organization that year

  1. 5
View as table
Computational Biology @ University of Nebraska-Lincoln contributors per cycle
Computational Biology @ University of Nebraska-LincolnMedian organization
201654
201744
201843
201954
202004
202104
202203
202304
202404
202505
202604

Quick answers

Is Computational Biology @ University of Nebraska-Lincoln in GSoC 2026?
No. It last took part in 2019.
How long has it taken part?
4 of 11 cycles since 2016, first in 2016.
How many contributors does it usually take?
4.5 a cycle on average, 18 in total. Its largest cycle was 2016, with 5.
What does it build with?
MySQL, JavaScript, React, WebGL, Java, Flask and 2 more.

Accepted projects

5 projects in 2019 · All 18 projects since 2016

  1. ccNetViz Project : Advanced Custom Label And Text Formatting

    Himanshu JotwaniMentored by Ales Saska, Tom Helikar

    The Purpose of this project is to add advanced label formatting features to the ccNetviz library for graph Visualizations without affecting the...

  2. Advanced Node, Edge, Arrow Plugin Library

    Caner AkdaşMentored by Ales Saska, Tom Helikar

    Advanced Node, Edge, Arrow Plugin Library This plugin draws the desired types of nodes and arrows on a non-visible canvas. These dynamically drawn...

  3. Edge Animations for Large-Scale Network Graphs

    Xiaodong ZhaoMentored by Resa Helikar, Ales Saska

    With ccNetViz, this large graph render library using WebGL, I'll add edge animations on it. Including color animations, speed control and other fancy...

  4. Web Pipeline for Flux Balance Analysis

    Aman DaveMentored by Robert Moore, Achilles Rasquinha

    The project is based upon Flux Balance Analysis, which is a model used for simulating metabolism. It is used in genome-scale reconstructions of...

  5. Web Pipeline For Kinetic (ODE-Based) Models

    Mohamed ShadabMentored by Robert Moore, Achilles Rasquinha

    Ordinary differential equations are widely used for modelling biological networks and processes of kinetics. The idea of the project is to create a ...

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Data: Google Summer of Code public archive. Contributor counts are accepted projects.