NΞBKISØ OLFACTORY SEQUENCER: Programmable Hyperrealist Scent Experience System

cat fpga/README.md
cd fpga/sim
make
make test
make sim_sensor
make view_sensor

# For safety monitor
make fpga TOP_ENTITY=safety_monitor
# For sensor hub
make fpga TOP_ENTITY=sensor_hub

01:54:48 jm@pop-os sim ±|main ✗|→ make test
Analyzing packages first...
Compiling ../src/hdl/core/nebkiso_pkg.vhd
Compiling ../src/hdl/core/nebkiso_types.vhd
Compiling ../src/hdl/olfactory/nebkiso_olfactory_pkg.vhd
Analyzing core files...
Compiling ../src/hdl/core/clock_manager.vhd
Compiling ../src/hdl/sensors/sensor_hub.vhd
Compiling ../src/hdl/safety/safety_monitor.vhd
Compiling ../src/hdl/core/nebkiso_top.vhd
Analyzing interface files...
Compiling ../src/hdl/interfaces/spi_peripheral.vhd
Compiling ../src/hdl/interfaces/i2c_controller.vhd
Compiling ../src/hdl/interfaces/uart_controller.vhd
Analyzing safety files...
Compiling ../src/hdl/safety/safety_monitor.vhd
Compiling ../src/hdl/safety/ventilation_controller.vhd
Analyzing sensor files...
Compiling ../src/hdl/sensors/sensor_hub.vhd
Compiling ../src/hdl/sensors/flow_sensor_interface.vhd
Analyzing olfactory files...
Compiling ../src/hdl/olfactory/environment_controller.vhd
Compiling ../src/hdl/olfactory/spatial_controller.vhd
Compiling ../src/hdl/olfactory/sequence_controller.vhd
Compiling ../src/hdl/olfactory/mixing_chamber_controller.vhd
Compiling ../src/hdl/olfactory/cartridge_controller.vhd
Compiling ../src/hdl/olfactory/olfactory_sequencer_top.vhd
Analyzing testbench files...
Compiling ../src/testbench/nebkiso_tb_pkg.vhd
Compiling ../src/testbench/safety_monitor_tb.vhd
Compiling ../src/testbench/sensor_hub_tb.vhd

Core Technology

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GTKWave images

Molecular Dispensing System

1. Precision Control

   • 0.01ml dispensing accuracy
   • Individual molecular isolation
   • Cross-contamination prevention
   • Real-time flow adjustment
   • Pressure-normalized delivery

2. Cartridge Architecture

   • Quick-connect molecular pods
   • Contamination-free switching
   • Individual note isolation
   • Temperature-controlled storage
   • Pressure-equalized chambers

3. Mixing Technology

   • Molecular-level blending
   • Laminar flow control
   • Turbulence management
   • Phase separation prevention
   • Homogeneous distribution

Atmospheric Control

1. Environment Management

   • Temperature range: 10-40°C (±0.1°C)
   • Humidity control: 20-80% (±1%)
   • Pressure regulation: 0.8-1.2 atm
   • Air filtration: HEPA + Molecular
   • Circulation control: 0.1-2.0 m/s

2. Spatial Distribution

   • Multi-zone targeting
   • Gradient creation
   • Boundary management
   • Diffusion control
   • Concentration mapping

Sequencing System

1. Timeline Control

   • Millisecond precision
   • Multi-track sequencing
   • Phase synchronization
   • Evolution management
   • Transition control

2. Experience Programming

   • Note scheduling
   • Intensity curves
   • Evolution mapping
   • Interaction points
   • Trigger systems

Experience Creation

Composition Tools

1. Scent Architecture

   • Layer building
   • Note scheduling
   • Evolution design
   • Transition mapping
   • Intensity control

2. Interactive Elements

   • Trigger points
   • Conditional releases
   • Environmental response
   • User interaction
   • Adaptive evolution

Programming Interface

1. Timeline Editor

   • Visual composition
   • Real-time preview
   • Layer management
   • Track organization
   • Transition design

2. Parameter Control

   • Molecular ratios
   • Release timing
   • Evolution curves
   • Environmental settings
   • Interaction points

Technical Specifications

Hardware Components

1. Dispensing System

   • Precision solenoid valves
   • Positive displacement pumps
   • Thermal mass flow sensors
   • Pressure equilibration
   • Anti-contamination barriers

2. Atmospheric Control

   • Peltier temperature control
   • Ultrasonic humidification
   • HEPA+Carbon filtration
   • Laminar flow management
   • Pressure regulation

3. Mixing Chamber

   • Turbulent flow mixers
   • Static mixing arrays
   • Phase separation prevention
   • Temperature stabilization
   • Pressure normalization

Software Architecture

1. Control System

   • Real-time processing
   • Multi-thread management
   • Error correction
   • Adaptive control
   • Performance optimization

2. User Interface

   • Visual timeline
   • Real-time monitoring
   • Parameter adjustment
   • Experience preview
   • System diagnostics

Experience Types

Programmed Sequences

1. Linear Evolution

   • Timed release
   • Gradual transformation
   • Controlled progression
   • Phase transitions
   • Note development

2. Interactive Experiences

   • User triggers
   • Environmental response
   • Adaptive evolution
   • Conditional paths
   • Dynamic adjustment

3. Atmospheric Design

   • Space definition
   • Mood creation
   • Environmental harmony
   • Temporal design
   • Spatial progression

Application Scenarios

1. Installation Art

   • Gallery experiences
   • Interactive exhibitions
   • Temporal sculptures
   • Spatial compositions
   • Olfactory performances

2. Retail Environment

   • Brand experiences
   • Product storytelling
   • Space definition
   • Customer journey
   • Emotional design

3. Research Applications

   • Scent development
   • Evolution studies
   • Interaction testing
   • Performance analysis
   • Experience optimization

Maintenance Systems

Quality Control

1. Monitoring

   • Real-time analysis
   • Performance tracking
   • Contamination detection
   • System diagnostics
   • Calibration checking

2. Cleaning Protocols

   • Automated purging
   • Solvent cleaning
   • UV sterilization
   • Molecular filtration
   • System regeneration

Service Requirements

1. Regular Maintenance

   • Cartridge replacement
   • Filter changes
   • System calibration
   • Performance testing
   • Component inspection

2. Emergency Protocols

   • Contamination response
   • System purge
   • Emergency shutdown
   • Ventilation control
   • Safety procedures