Patents & Intellectual Property
Innovative patents and intellectual property in transportation engineering, connected vehicles, and intelligent systems.
Published Patents
Patents that have been published and are available in the public domain.
A Novel Cellular Automata-Based Virtual Traffic Environment to Evaluate the Impacts of Connected and Automated Vehicles
Inventors:
- Archak Mittal
- Co-Inventor 1
- Co-Inventor 2
Description:
This patent describes an innovative cellular automata-based simulation framework for creating virtual traffic environments to evaluate the impacts of connected and automated vehicles on traffic flow and safety. The system enables comprehensive testing of CAV technologies in controlled virtual settings.
Technical Field:
Traffic Simulation and Connected Vehicles
Applications:
- Connected and automated vehicle impact assessment
- Traffic flow optimization in mixed environments
- Virtual testing of CAV technologies
- Transportation planning and policy evaluation
Key Features:
- Cellular automata-based simulation framework
- Connected vehicle impact evaluation
- Automated vehicle behavior modeling
- Mixed traffic scenario analysis
A Novel Simulation-Based Approach for Designing Corridors with Dedicated Lanes for Connected and Automated Vehicles
Inventors:
- Archak Mittal
- Research Team Member 1
- Research Team Member 2
Description:
A comprehensive simulation-based methodology for designing dedicated transportation corridors optimized for connected and automated vehicles, addressing infrastructure planning challenges and optimizing CAV deployment strategies.
Technical Field:
Transportation Infrastructure Design
Applications:
- Highway corridor design for CAVs
- Dedicated lane optimization
- Infrastructure planning for autonomous vehicles
- Mixed traffic management systems
Key Features:
- Simulation-based design approach
- Dedicated lane optimization algorithms
- Connected vehicle integration
- Corridor performance evaluation
City-scale modelling & evaluation of dedicated lanes for CAVs
Inventors:
- Archak Mittal
- Co-Inventors
Description:
A comprehensive city-scale modeling and evaluation framework for dedicated lanes for connected and automated vehicles, enabling large-scale urban planning and infrastructure optimization for CAV deployment.
Technical Field:
Urban Planning and CAV Infrastructure
Applications:
- City-scale CAV infrastructure planning
- Dedicated lane network design
- Urban transportation optimization
- Large-scale traffic modeling
Key Features:
- City-scale modeling framework
- Dedicated lane evaluation
- Urban infrastructure optimization
- CAV deployment planning
Hybrid light personal electric vehicle analysis
Inventors:
- Archak Mittal
- Co-Inventors
Description:
Advanced analysis methods for hybrid light personal electric vehicles, focusing on performance optimization, energy efficiency, and integration into urban transportation systems.
Technical Field:
Electric Vehicle Analysis and Optimization
Applications:
- LPEV performance analysis
- Energy efficiency optimization
- Urban mobility integration
- Sustainable transportation planning
Key Features:
- Hybrid LPEV analysis methods
- Performance optimization algorithms
- Energy efficiency modeling
- Urban integration strategies
Robot-assisted package delivery with integrated curbside parking monitoring
Inventors:
- Archak Mittal
- Co-Inventors
Description:
An innovative system for robot-assisted package delivery with integrated curbside parking monitoring, enabling efficient last-mile delivery solutions and smart parking management.
Technical Field:
Autonomous Delivery and Smart Parking
Applications:
- Autonomous package delivery
- Curbside parking monitoring
- Last-mile delivery optimization
- Smart city logistics
Key Features:
- Robot-assisted delivery system
- Integrated parking monitoring
- Last-mile optimization
- Smart logistics management
Patents Under Review
Recent patent applications currently under examination by patent authorities.
Novel System and Method to Improve Traffic Flow by Reducing Vehicle Speed Variability with Dynamic Speed Limit
Inventors:
- Archak Mittal
- Co-Inventor
Description:
An innovative system for improving traffic flow through dynamic speed limit control that reduces vehicle speed variability and enhances overall traffic efficiency using real-time traffic monitoring and adaptive control algorithms.
Technical Field:
Traffic Control Systems
Applications:
- Dynamic speed limit implementation
- Traffic flow optimization
- Speed variability reduction
- Intelligent traffic management
Key Features:
- Dynamic speed limit algorithms
- Real-time traffic monitoring
- Speed variability analysis
- Traffic flow improvement
Models to Simulate Light Personal Electric Vehicles (LPEVs) Mode in a Virtual Environment
Inventors:
- Archak Mittal
- Research Team
Description:
Simulation models specifically designed for light personal electric vehicles in virtual environments, enabling comprehensive testing and evaluation of LPEV integration in urban transportation systems and their impact on traffic flow.
Technical Field:
Electric Vehicle Simulation
Applications:
- LPEV behavior modeling
- Urban mobility simulation
- Electric vehicle integration
- Sustainable transportation planning
Key Features:
- LPEV-specific simulation models
- Virtual environment integration
- Electric vehicle behavior analysis
- Urban mobility assessment
Innovation Areas
Key technology domains where patents have been filed, demonstrating innovation in transportation engineering.
Connected Vehicles
Simulation frameworks and evaluation methods for connected and automated vehicle technologies in urban environments.
Traffic Control
Dynamic speed limit systems and intelligent traffic flow optimization using real-time monitoring and control.
Electric Vehicles
Simulation models for light personal electric vehicles and their integration in urban transportation systems.
Autonomous Delivery
Robot-assisted package delivery systems with integrated smart parking and logistics management.