Philips' commitment to the development and enhancement of state-of-the-art algorithms is clearly demonstrated through the Advanced Algorithm Research Center (AARC). A Philips-sponsored professional organization established in late 2000, the AARC is devoted to advanced research and development in all areas of ECG analysis, including diagnostic electrocardiography, arrhythmia analysis, stress testing, patient monitoring and resuscitation.
The AARC's current membership base comprises key research scientists and engineers as well as experienced clinical advisors from the medical community. In addition to guiding Philips' internal R&D efforts associated with rhythm analysis and diagnostic electrocardiography, the AARC oversees extramural studies conducted by renowned cardiologists and clinicians at leading medical and academic institutions around the world.
History of Innovation and Leadership
Philips acquired the former Hewlett-Packard Medical Products Group which pioneered the development of computerized ECG data analysis. Design of specialized algorithms began in the late 1960’s, and accelerated in the 1970’s as Philips enhanced the single lead programs that were the standard at the time. In 1978, Philips introduced its first multi-lead, 12-lead analysis program, the first among the major cardiology companies.
The AARC is a logical extension of Philips' commitment over more than 40 years in ECG algorithms. Philips has been a continuing leader in ECG analysis, with significant innovations and firsts in serial comparison, gender-specific analysis, pediatric analysis, pacemaker detection, sophisticated QT analysis, support of the XML data format, and other areas. A specialized ECG language — ECG Criteria Language (ECL) — was developed to encourage broader participation and speed development of sophisticated algorithms. Today, this experience and expertise is reflected in the Philips DXL 16-Lead ECG Algorithm and novel continuous, real-time QT analysis incorporated in Philips’ popular ST/AR arrhythmia algorithm.