VLSI
for
AIGorithms
in
Machine Learning
and
INtelligent Systems

WHO WE ARE

About VAGMIN Research Labs

VAGMIN Research Labs has been established to provide innovative solutions for implementation of algorithms used in Autonomous Systems. The core areas of strength of the lab includes Autonomous System design using Mobile Robotics, and computational architectures for real time data acquisition, multi-sensor data fusion, path planning and navigation algorithms using deep learning algorithms. Our approach to autonomous system design focusses on design of computational architectures for implementation of the algorithms used in these systems using System-On-Chip design Paradigm. We bring forward research and implementation experience spanning over two decades in the fields of Autonomous System design using Mobile Robots, ASIC design in System-On-Chip design Paradigm and design of custom hardware accelerators.

WHAT WE OFFER

Delivering Business-friendly Solutions

IP Research

IP Research

Our focus on Research and IP development includes but is not limited to:

  • Design of Algorithms for Multi-Sensor data fusion
  • Mobile Robotics: Mapping, Localization, Obstacle avoidance, Path planning and Navigation
  • Deep Learning for Robotics
  • Co-operative Robotics
  • Autonomous systems: ADAS and Autonomy Features
  • ASIC and System-on-Chip design for Autonomous Systems.
  • Hardware accelerators and Custom processing units for deep learning algorithms
  • Reconfigurable computing for Autonomous Systems

Innovation

Consulting

  • Benchmarking of different FPGAs for Computational architectures to implement Learning algorithms for Autonomous systems.
  • Prototyping and Co-development of IPs for various computational needs of Autonomous systems
  • Algorithms for exploratory rover platforms.
  • Co-operative Robotics.

Collaboration

Training

Student development programs

  • Training students for skill development in Robotics and Autonomous Systems.
  • Imparting analysis and design skills in different aspects of ASIC design flow intended for System-on-Chip design paradigm.
  • Providing insights into low power design in multiple clock domain circuits.
  • Skills in the areas of reconfigurable computing employing FPGAs.

Empowerment

Corporate Training Programs

  • ASIC design Flow
  • FPGA based design.
  • Low power VLSI
  • High speed VLSI design
  • Sensor data fusion Techniques
  • SLAM and Autonomous Navigation
  • AI and Learning algorithms in autonomous driving

Improving everyone's skillset

Our Values

Pursuit of Excellence in conducting Research and Imparting Training in Computational Architectures for Autonomous systems.

Innovation

Analysis based design thinking.

Sharing of Knowledge

Contribution in Nation Building

Ready to begin your adventure with us?

Our human capital is one of our best assets which is why we are always looking to add talented and hardworking team members to our fold. We’re problem solvers, technology enthusiasts, and avid learners. We want to hear from you!

CONTACT US