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AI and Robotics Applications4 min read765 words

🤖 Bitcoin Trading - AI-Powered Alerts

👁️0reads (human + AI)🤖0AI ingestions

🤖 Bitcoin Trading - AI-Powered Alerts

This article details a session using Perplexity Comet and TradingView to analyze Bitcoin's all-time high and generate trading alerts. The session explored the feasibility of buying Bitcoin at its peak and leveraged AI for automated alert creation at various price points.

Key Points:

• Leveraged AI for automated Bitcoin trading alert generation.

• Explored the viability of purchasing Bitcoin at its all-time high.

🔗 Resources:

Perplexity Comet ↗ - AI-powered trading insights

TradingView ↗ - Financial charting and analysis platform

Comet Portfolio ↗ - Portfolio management tools

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🤖 Neovim - ANSI Colorscheme

This article describes the creation of a Neovim colorscheme using base16-nvim and AI assistance to update color values, automatically pulling from ANSI values.

Key Points:

• Utilized base16-nvim as a foundation.

• Employed AI to refine color values.

• Automatically pulls color values from ANSI standards.

🚀 Implementation:

  1. Install base16-nvim.
  2. Use AI to adjust color values.
  3. Set vim.cmd.colorscheme = "ansi".

🔗 Resources:

ansi-nvim ↗ - Neovim ANSI colorscheme


💡 Legal Considerations - Pepper Spray in Canada

This article discusses the legal implications of carrying pepper spray for self-defense in Canada. It highlights the illegality of possessing any item, regardless of its primary function, with the intention of using it against humans.

Key Points:

• Carrying items for self-defense against people is illegal in Canada.


🤖 Robotics - Action Reasoning Model (ARM)

This article introduces MolmoAct, an open-source Action Reasoning Model (ARM) for robotics. This model allows for interpretable and user-steerable actions through visual tracing, grounded in large-scale pre-training with action reasoning data.

Key Points:

• MolmoAct is a fully open Action Reasoning Model.

• Every predicted action is interpretable and user-steerable.

• Grounded in large-scale pre-training with action reasoning data.

🔗 Resources:

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💡 Robotics - MolmoAct Fine-tuning

This article addresses a user inquiry regarding MolmoAct's zero-shot capabilities. It clarifies that zero-shot usage is limited to specific camera poses and recommends fine-tuning for broader application.

Key Points:

• MolmoAct's zero-shot functionality is limited to specific camera poses.

• Fine-tuning is recommended for optimal performance.


🚀 AI - Quality Diversity through AI Feedback (QDAIF)

This article announces a new tutorial on Quality Diversity through AI Feedback (QDAIF) using pyribs, LangChain, and Ollama. The tutorial demonstrates generating diverse stories using LLMs.

Key Points:

• Tutorial integrates pyribs with LLMs (LangChain & Ollama).

• Focuses on generating diverse stories.

🔗 Resources:

QDAIF Tutorial ↗ - Tutorial integrating pyribs with LLMs

pyribs ↗ - Python library for quality diversity optimization

LangChain ↗ - Framework for developing applications with LLMs

Ollama ↗ - LLM deployment platform

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🤖 Electric Vehicles - Electric Semi-Truck Fleet

This article describes the use of electric semi-trucks to transport vehicles and materials, aiming to reduce diesel consumption and serve as a testbed for a fully electric haulage fleet.

Key Points:

• Electric semis will be used for hauling.

• Aims to reduce diesel usage significantly.

• Serves as a real-world test for electric haulage.

🔗 Resources:

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🚀 Robotics Simulation - Gazebo Jetty Test Party

This article announces a community test and tutorial party for Gazebo Jetty, encouraging participation to learn about Gazebo, contribute to open source, and help the community.

Key Points:

• Opportunity to learn about Gazebo.

• Chance to make an open-source contribution.

• Community-focused event.

🔗 Resources:

Kickoff Meeting ↗ - Join the kickoff meeting

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🤖 Robotics - The Future of Robotics Discussion

This article summarizes a discussion between Dean Vijay Kumar and Ben Kaplan about the future of robotics, touching upon AI's impact, challenges in aerial drones, swarm intelligence, and real-world applications.

Key Points:

• Explores AI's influence on robotics.

• Discusses challenges and opportunities in aerial drones.

• Examines applications and implications of swarm intelligence.

🔗 Resources:

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✨ Drone Technology - ARK Electronics Components in DIU Blue UAS Framework

This article announces that ARK Flow optical flow & distance sensor and ARK 4IN1 ESC CONS connectorized speed controller have been integrated into the DIU Blue UAS Framework.

Key Points:

• ARK Flow and ARK 4IN1 ESC added to the DIU Blue UAS Framework.

• Increases the total number of components to 13.

🔗 Resources:

ARK Electronics ↗ - Manufacturer of drone components

DIU ↗ - Defense Innovation Unit

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Drix10
Written by Drix10

Co founder @ PartPilot | 1 x Acquired Founder | Canopy @ f.inc | Cybersec @ DSU | 2x International Hackathon 🏆. Read more on drix10.com.