Michitaka Kameyama

About

Michitaka Kameyama is a pioneering researcher at the intersection of VLSI architecture, robotics computing, and advanced digital systems. His work spans several decades and focuses primarily on designing specialized hardware processors that dramatically accelerate computation for intelligent robotic systems, multiple-valued logic circuits, and emerging computational paradigms. Kameyama's most celebrated contributions lie in developing dedicated VLSI processors for robotics, including high-performance collision detection chips and reconfigurable parallel architectures capable of 2400 MFLOPS throughput — remarkable achievements that addressed the stringent real-time demands of sensor feedback control in intelligent robots. His 1992 collision detection processor, utilizing content-addressable memory (CAM) and fully parallel coordinate transformation pipelines, exemplifies his talent for translating algorithmic insight into elegant hardware solutions. Beyond robotics, Kameyama made significant strides in multiple-valued logic and residue arithmetic-based image processors for robot vision, demonstrating that non-binary computational systems could unlock superior processing density. His later work extended into RFID-based localization and quantum finite state machines, reflecting a career-long curiosity about unconventional computing frameworks. With foundational publications dating back to 1988, his cumulative citations underscore a sustained influence on specialized processor design for intelligent systems engineering.

Research Focus

Key Achievements

Top Papers

1. 1
   Reconfigurable parallel VLSI processor for dynamic control of intelligent robots

   11 citations · 1996
2. 2
   Highly parallel collision detection processor for intelligent robots

   10 citations · 1992
3. 3
   VLSI computer for robotics.

   9 citations · 1988
4. 4
   Design of a CAM-based collision detection VLSI processor for robotics

   9 citations · 1994
5. 5
   RFID-based localization with Non-Blocking tag scanning

   8 citations · 2013
6. 6
   Residue arithmetic based multiple-valued VLSI image processor

   8 citations · 2003
7. 7
   Prospects of multiple-valued associative VLSI processors

   8 citations · 2002
8. 8
   2400-MFLOPS reconfigurable parallel VLSI processor for robot control

   6 citations · 2002
9. 9
   Platforms for research and development. VLSI Processor System for Robotics.

   6 citations · 1996
10. 10
    Quantum finite state machines - A circuit based approach

    4 citations · 2013

Key Collaborators

Contact & Links