Computation lithography is enabled by a combination of physical understanding, mathematical abstraction, and implementation simplification. An application in the virtual world of computation lithography can be a virtual reality or a virtual virtuality depending on its engineering sensible-ness and technical feasibility. Examples under consideration include design-for- manufacturability and inverse lithography. © 2009 Optical Society of America.postprin
Computation lithography relies on algorithms. However, these algorithms exhibit variability that can...
As advanced technology nodes continue scaling down into sub-16 nm regime, optical microlithography b...
The idea that technology can transfer a person to a different environment without any physical movem...
Computation lithography is enabled by a combination of physical understanding, mathematical abstract...
Computation lithography is enabled by a combination of physical understanding, mathematical abstract...
textAs semiconductor manufacture feature sizes scale into the nanometer dimension, circuit layout p...
A lithography model is built using physical measurements obtained from a fabricated test pattern. ...
Session: Information PhotonicsThe rapid advancement of modern electronic technology is founded on M...
Information Technology is growing rapidly. With the birth of high-resolution graphics, high-speed co...
Computer holography is a growing research field that must pay attention to two main issues concernin...
Virtual reality is still in its infancy. However, many contemporary applications already have proven...
By introducing rapid reproduction, algorithms, and complex formal configurations, the digital era of...
Simulation of lithographic processes in semiconductor manufacturing has gone from a crude learning t...
Virtual engineering as a new working method in product development should make it much easier to val...
For semiconductor manufacturers moving toward advanced technology nodes –32nm, 22nm and below – lith...
Computation lithography relies on algorithms. However, these algorithms exhibit variability that can...
As advanced technology nodes continue scaling down into sub-16 nm regime, optical microlithography b...
The idea that technology can transfer a person to a different environment without any physical movem...
Computation lithography is enabled by a combination of physical understanding, mathematical abstract...
Computation lithography is enabled by a combination of physical understanding, mathematical abstract...
textAs semiconductor manufacture feature sizes scale into the nanometer dimension, circuit layout p...
A lithography model is built using physical measurements obtained from a fabricated test pattern. ...
Session: Information PhotonicsThe rapid advancement of modern electronic technology is founded on M...
Information Technology is growing rapidly. With the birth of high-resolution graphics, high-speed co...
Computer holography is a growing research field that must pay attention to two main issues concernin...
Virtual reality is still in its infancy. However, many contemporary applications already have proven...
By introducing rapid reproduction, algorithms, and complex formal configurations, the digital era of...
Simulation of lithographic processes in semiconductor manufacturing has gone from a crude learning t...
Virtual engineering as a new working method in product development should make it much easier to val...
For semiconductor manufacturers moving toward advanced technology nodes –32nm, 22nm and below – lith...
Computation lithography relies on algorithms. However, these algorithms exhibit variability that can...
As advanced technology nodes continue scaling down into sub-16 nm regime, optical microlithography b...
The idea that technology can transfer a person to a different environment without any physical movem...