Smart LED Strip Advertising Big Screen using Raspberry Pi
Budget: ₹5,000 – ₹70,000 INR
I am looking for an expert who can develop a dynamic and interactive LED strip system using Raspberry Pi integration. Te LED strip system should be long length and wide width, and it should be controlled from a Raspberry Pi platform. The system should include the following functionalities:
- Music synchronization: The LED lights should sync with music playing around using a microphone or audio input.
- Color-changing patterns: The system should possess the ability to change patterns and animations according to user preferences.
The ideal candidate should have:
- Proficiency in Raspberry Pi systems.
- Strong experience with LED light systems.
- Adept in programming for music synchronization and light color variations.
Project Overview:
Develop an immersive interactive light installation measuring 6 meters in height and 13 meters in diameter on the ground. The installation will feature a synchronized interplay of light, sound, and motion, driven by custom hardware and software.
Hardware Specifications:
Dimensions: 5 meters tall, 10-meter diameter on the ground.
Cameras: 4 high-speed cameras for motion tracking.
Sound System: 4-speaker audio system for immersive sound experiences.
LED Strips: 4,800 meters of LED strips, comprising 144,000 pixels.
Frame Rate: LEDs running at 100 frames per second for smooth, high-speed animations.
System Components:
Custom Hardware: Develop specialized hardware for seamless integration of cameras, LED strips, and sound system.
Custom Software: Create bespoke software for real-time coordination of cameras, LED animations, and sound.
Interactive Elements:
Motion Tracking: Implement motion tracking using the 4 high-speed cameras for interactive user engagement.
User-Responsive Lighting: Enable dynamic light changes in response to user movements within the installation.
Sound and Light Integration:
Synchronize sound and light effects for a cohesive and immersive experience.
Custom Algorithms: Develop algorithms for real-time coordination between audio and visual elements.
Testing and Optimization:
Rigorous testing to ensure seamless synchronization and responsiveness.
Optimize software and hardware for optimal performance.
Include provisions for ongoing maintenance, updates, and technical support post-installation.
- Music synchronization: The LED lights should sync with music playing around using a microphone or audio input.
- Color-changing patterns: The system should possess the ability to change patterns and animations according to user preferences.
The ideal candidate should have:
- Proficiency in Raspberry Pi systems.
- Strong experience with LED light systems.
- Adept in programming for music synchronization and light color variations.
Project Overview:
Develop an immersive interactive light installation measuring 6 meters in height and 13 meters in diameter on the ground. The installation will feature a synchronized interplay of light, sound, and motion, driven by custom hardware and software.
Hardware Specifications:
Dimensions: 5 meters tall, 10-meter diameter on the ground.
Cameras: 4 high-speed cameras for motion tracking.
Sound System: 4-speaker audio system for immersive sound experiences.
LED Strips: 4,800 meters of LED strips, comprising 144,000 pixels.
Frame Rate: LEDs running at 100 frames per second for smooth, high-speed animations.
System Components:
Custom Hardware: Develop specialized hardware for seamless integration of cameras, LED strips, and sound system.
Custom Software: Create bespoke software for real-time coordination of cameras, LED animations, and sound.
Interactive Elements:
Motion Tracking: Implement motion tracking using the 4 high-speed cameras for interactive user engagement.
User-Responsive Lighting: Enable dynamic light changes in response to user movements within the installation.
Sound and Light Integration:
Synchronize sound and light effects for a cohesive and immersive experience.
Custom Algorithms: Develop algorithms for real-time coordination between audio and visual elements.
Testing and Optimization:
Rigorous testing to ensure seamless synchronization and responsiveness.
Optimize software and hardware for optimal performance.
Include provisions for ongoing maintenance, updates, and technical support post-installation.