Project DescriptionsWe
propose the incremental conversion and development process from current to
near and far future systems enabling key components in collaboration with
the government, industries, and other institutions. MIT ITRC has developed
the following important subsystems or component technologies that receive
strong positive feedback, as follows:
ITS System
System
Design Methodology
Efficient
Traffic Monitoring
Image
Sensor Network
Image
Data Compression
To help sending images from
road-side monitor cameras to traffic control centers more efficiently
and economically.
Traffic
Flow Control and Smart Camera for Traffic Monitoring
To develop innovative sensor
and communication technologies for traffic surveillance and management. Three-dimensional
smart camera can be used to count the number of vehicles, to measure vehicle speeds, and
to detect incidents. Related information can be represented at the both individual vehicle
level and the surveillance system level.
Machine Vision
-
Sensor-fusion-based Obstacle
Detection Paper
Link
(9)
Sensor
Fusion for Automobile Applications
A
New Night Visionary Pedestrian Detection and Warning Systems
An
advanced model based vision system for intelligent transportation
systems
Parking
Assistant System
Pixel-Parallel
Image Processing System for ITS Application
To
increase speed, to offer more flexibility, and to decrease the cost.
A
Binocular Vision System for Automated Vehicle
Three-Dimensional
Vision System for Intelligent Vehicles
Vision
System for Intelligent Vehicles
Three-Dimensional
Vision System for Intelligent Vehicles
To reliably monitor traffic
accidents and congestion in order to replace conventional loop detectors
and avoid regular maintenance required for loop detectors.
Cost-effective
Real-Time Three-dimensional Vision System
To implement stereovision to
ITS in real-time results and at a reasonable cost.
Hardware
Brightness
Adaptive TV Camara Chip
This chip can extend the
intensity dynamic range over 1:10,000 ratio to meet the need of
monitoring traffic and detecting obstacles on highways at any
situations.
Compact-Size
Array Processor with MIMD Capabiltiy
The goal was to develop a
compact-size inexpensive array processor for image processing, radar
signal processing, and other signal processing.
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