In your home, sensors can detect hazardous and dangerous situations that directly and imminently impact the homeowner or other people in the home. These situations could include a fire that can damage the home and even endanger its inhabitants, hazardous chemicals, such as natural gas, that only affects human inhabitants, burglary that can impact both […]
How does AI use sensors for object recognition?
In addition to its use in facial recognition, artificial intelligence (AI) also plays a critical role in advancing object recognition. Perhaps one of key and leading-edge applications for AI is in image recognition and diagnostics in healthcare. According to a technology assessment report published by the U.S. Government Accountability Office (GAO) with content from the […]
How will AI impact sensing?
While knowledge of and familiarity with ChatGPT (an artificial intelligence (AI) chatbot) are quite common, the specific impact of AI on sensors is not. With the increasing use of AI in products and systems, Raj Khattoi, Sr. Director of Sensor Systems and IoT at Infineon Technologies gave SensorTips some answers to specific questions. SensorTips: With […]
How do sensors play into AI’s facial recognition capabilities? part 2
Beyond its ability to improve facial recognition for home security (discussed in Part 1), artificial intelligence (AI) is being applied in several other areas. TSA The Transportation Security Administration (TSA) uses two types of Credential Authentication Technology (CAT) to verify the identity of travelers. First-generation CAT units scan a traveler’s photo identification (ID) and confirm […]
How do sensors play into AI’s facial recognition capabilities? part 1
Among the growing number of applications for artificial intelligence (AI) is advanced imaging capabilities for reliable facial recognition. Reliability is required for effective analysis by law enforcement agencies, access to commercial or industrial complexes, travel, or even a homeowner. While AI enables complex analysis and performs it remarkably quickly, effective analysis requires the best capability […]
How is sensing used in audio acquisition and broadcasting? Part 4
Whenever a bridge collapses, sensor engineers propose the use of the latest and various technologies to prevent future catastrophes and the loss of human life. For example, microelectromechanical systems (MEMS) technology was proposed for bridge monitoring after the 2007 collapse of the I-35W bridge over the Mississippi River in Minneapolis. With more than 617,000 bridges […]
How is sensing used in audio acquisition and broadcasting? Part 3
Active noise cancellation (ANC) has been part of automakers’ quest for the ultimate high-end vehicle experience for over 40 years. Eliminating or reducing engine and combustion-process related noises including exhaust noise was part of the initial implementation and road-tire, heating, ventilation, and air conditioning (HVAC) system, vibration, and wind related noises have always been targets […]
How is sensing used in audio acquisition and broadcasting? Part 2
According to the Centers for Disease Control (CDC) estimates, 22 million workers are exposed to potentially damaging noise at work each year. In addition to an industrial environment with heavy assembly/processing machinery or a construction site, the workplace can include a sports venue, a tarmac, or a wide-open space when the job includes machinery that […]
How is sensing used in audio acquisition and broadcasting: Part 1
According to the proverb, “seeing is believing,” but hearing something before you can see it can be very important, too. The earliest humans heard and recognized the sounds of predators long before they could see them. If they could see them — it was probably too late to take evasive action. While sound has always […]
How is sensing involved in deep sea exploration?
As the recent loss of OceanGate’s Titan tourist vessel has revealed, exploring in the ocean’s depths is very risky business. To see the Titanic up close and personal, the Titan would have to travel to a depth of 3,800 m (12,467 ft), where the pressure is 382.45 bar (5,547.14 psi or 38,246.06 kPa). It turns […]
