Screen Technology
M.SIVAKUMAR, SCREEN TECHNOLOGY D.PRABHAKARAN, KARPAGAM COLLEGE OF ENGINEERING, COIMBATORE. EMAIL:siva.pappathy@gmail.com TOUCHSCREEN : A PRESSING TECHNOLOGY PHONE: 9003395417 8438470105
In today’s society, the way in which we physically
ABSTRACT:
Dr. Andrew Hsu, an ex pert on touch screen interact with electronic devices is changing how we focus technologies, states that “IR (infrared) screens are among the our technological research. This change has led to many most durable surfaces and can handle hostile environments, great advances, including the development of touch screen making them well suited for military applications”[3]. technology. Through the use of touch screen technology, the
Although we will not be focusing on the technology in terms operator is given an alternative method of how he or she can of military applications, we can see that infrared touch interact with a device. This technology operates in three screen technologies, while being the most durable surfaces, distinct ways: resistive systems, capacitive systems, and are also quite possibly the most versatile. This versatility infrared systems. This paper will investigate, discuss, and comes from having two variant systems of infrared touch compare these different technologies, focusing on the screen. The first system is similar to resistive systems, which differences in application, aspects of sustainability, as
In today’s society, the way in which we physically
ABSTRACT:
Dr. Andrew Hsu, an ex pert on touch screen interact with electronic devices is changing how we focus technologies, states that “IR (infrared) screens are among the our technological research. This change has led to many most durable surfaces and can handle hostile environments, great advances, including the development of touch screen making them well suited for military applications”[3]. technology. Through the use of touch screen technology, the
Although we will not be focusing on the technology in terms operator is given an alternative method of how he or she can of military applications, we can see that infrared touch interact with a device. This technology operates in three screen technologies, while being the most durable surfaces, distinct ways: resistive systems, capacitive systems, and are also quite possibly the most versatile. This versatility infrared systems. This paper will investigate, discuss, and comes from having two variant systems of infrared touch compare these different technologies, focusing on the screen. The first system is similar to resistive systems, which differences in application, aspects of sustainability, as