Theme |
Vehicle collision avoidance / research on visual aid and auditory aid |
|
Researcher |
Ichinoseki National Institute of Technology Keiji Toyoda Prof. |
|
Contents |
Human visual sensitivity depends on the dynamics of object movement. New visual aid, which are sensitive even on very slow or standstill object movement (less dynamic movement), should play an important role to avoid collision of vehicles. Research of such wide dynamic rage visual aid is underway. |
|
Application |
・Application : Collision avoidance visual aid system for country traffic ・Application : Learning system for pronunciations ・Application : Visualization of electric noise |
|
Uniqueness |
With recursive filter technology (Scanning Electron Microscopy), differentiate relevant objects in future collision space. |
Theme |
Image processing | Structure of adaptive filter |
Researcher |
Iwate Industry Research institute Tsuyoshi Takahashi |
|
Patent |
Patent no. 2011-182349 Licensable |
|
Contents |
Develop new adaptive algorism and system architecture of high speed, less degrading conversion characteristics | |
Application |
Application: 2D Image processing, Noise reduction, Beam forming, Detection of sound source | |
Impact |
Compact hardware system can be realized with this technology. E.g. mobile device |
Theme |
Image processing | Structure of compensation of frequency detection |
Researcher |
Iwate Industry Research institute Tsuyoshi Takahashi |
|
Patent |
Patent no. 2011-216955 Licensable |
|
Contents |
Sensing data processing system with compensation & calibration function | |
Application |
Adaptive digital filter with frequency compensation | |
Impact |
Simple technology for establishing data processing system |