GeekForge
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How it Works
Every day, a team of specialists search for new and interesting tasks in AI, AR/VR, Robotics, IoT and Quantum Computing
The most intriguing tasks are then sorted by various criteria (language, category, level of the task, etc)
Next, we invite project leaders and contributors to join the discussion. You can ask any questions regarding the project and discuss ideas at your leisure - making learning fast and fun.
Every day you will receive a fresh email with challenging new tasks to solve and discuss with your team.
To show you the kind of tasks you will get, here are some examples from our last email:
AI
AI
Project: MOZAIC (Massive Online Zeus Artificial Intelligence Competition platform)
Task: Send maps to gameservers
Task: Send maps to gameservers
Project: AI from Stumbling Baby to Sentient Being
Task: Testers Wanted (Play with This!)
Task: Testers Wanted (Play with This!)
Project: A Linux-based Virtual Assistant in C
Task: Get sound input from users
Task: Get sound input from users
Machine Learning
Machine Learning
Project: Layer on top of TensorFlow for carrying out machine-learning on encrypted data
Task: Understand TensorFlow internals
Task: Understand TensorFlow internals
Project: Bring Deep Learning to Small Devices
Task: Add triangular learning rate
Task: Add triangular learning rate
Project: Brain Imaging Analysis Kit
Task: Move normal distribution computation to a more general module
Task: Move normal distribution computation to a more general module
Robotics
Robotics
Project: Dynamic Animation and Robotics Toolkit
Task: Add educational tutorials for fundamental control theory and numerical methods with real app examples
Task: Add educational tutorials for fundamental control theory and numerical methods with real app examples
Project: End-to-end Simulation for Self-Driving Cars
Task to start: Enable setting graphics (resolution and other quality settings) as command line arguments or via Python
Task to start: Enable setting graphics (resolution and other quality settings) as command line arguments or via Python
Project: Artificial Intelligence for Kinematics, Dynamics, and Optimization
Task: Implement collision-checking for Spline trajectories
Task: Implement collision-checking for Spline trajectories
IoT
IoT
Project: Open Internet of Things Framework - ThinG Wider!
Task: Make Scheduler plugin more efficient in notifying scheduled events
Task: Make Scheduler plugin more efficient in notifying scheduled events
Project: Your Portable & Connected, ePaper Dashboard
Task: Add a PIR sensor to detect movement
Task: Add a PIR sensor to detect movement
Project: Tools for Building Identity, Trust and Interoperability into Connected Devices
Task: Implement Key Management
Task: Implement Key Management
Quantum Computing
Quantum Computing
Project: A Leading-Edge Control System for Quantum Information Experiments
Task: Display working tree in file explorer
Task: Display working tree in file explorer
Project: A Library for Quantum Characterization, Verification, and Validation Using @rigetti's SDK, Forest
Task: Vectorize categorization of output as heavy in quantum volume
Task: Vectorize categorization of output as heavy in quantum volume
Project: C++17 Library for Writing, Manipulating, and Optimizing Quantum Circuits
Task: Function to check whether gate is reversible
Task: Function to check whether gate is reversible
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