Institute for Infocomm Research (I²R)

Automated image analysis should improve the accuracy and reliability of high-throughput screening of peripheral blood smears

A*STAR’s Scalable Multimedia Platform promises a next-generation entertainment experience based on a more sophisticated and adaptable media coding, management and delivery system

Radios can broadcast over an already-used frequency without causing interference, by ‘studying’ existing transmissions

Distributing the components of printed wideband antennas across multiple stacked layers reduces their size by some 25%

An innovative printed microwave antenna uses a shorting bridge to improve performance over an ultrawide range of frequencies

Inspired by cerebral physiology, scientists at the A*STAR Institute for Infocomm Research are developing a display technology and system that will make it possible to show high dynamic range images on conventional displays based on gaze tracking.

High-quality signal predictions boost the bandwidth of wireless networks

More secure voice identification systems could stem from an improved algorithm for comparing speech patterns