This work in progress reports an effort of introducing knowledge module regarding novel nano-devices and novel logic primitives in undergraduate logic design class. Our motivation is to make our students aware of fundamental abstracted logical behaviors of future nano-devices, their functionality. This effort would also help the students use their existing knowledge of K-map based logical synthesis into constructing logic blocks for novel devices that uses majority logic as basic construct. Moreover, additional to stimulating our students' interests, we are also augmenting their learning by challenging them to use their existing knowledge to analyze, synthesize and comprehend novel nano-logic issues through the worksheets and lecture module...
Concerned by the wall that Moore’s Law is expected to hit in the next decade, the integrated circuit...
The aim of this research was to design nanotechnology teaching material that is interesting to the p...
This project was originally conceived by Professor Andrew Danowitz as he considered the restructurin...
The goal of this work is to motivate our students and enhance their ability to address newer logic b...
Since its inception, Moore\u27s Law has been a reliable predictor of computational power. This stead...
We study the logic synthesis of emerging nanotechnologies whose elementary devices abstraction is a ...
As an introductory course, Logic Design is geared towards familiarizing students with concepts, desi...
Beyond CMOS, new technologies are emerging to extend electronic systems with features unavailable to...
The use of CMOS-based transistors to implement digital logic is the prevalent means of modern comput...
Complementary metal-oxide semiconductor (CMOS) technology has driven the electronic scenario for the...
In the course of teaching undergraduates the basic concept of digital electronics, the faculty impar...
Recent development in nanoscience and nanotechnology has substantially shaped today’s engineering ac...
Among the emerging technologies Field-Coupled devices like Quantum dot Cellular Automata are particu...
ABSTRACT: Prospective and current machining technologies in nano-scale features are introduced in th...
In the post-CMOS scenario, Field Coupled Nanotechnologies represent an innovative and interesting ne...
Concerned by the wall that Moore’s Law is expected to hit in the next decade, the integrated circuit...
The aim of this research was to design nanotechnology teaching material that is interesting to the p...
This project was originally conceived by Professor Andrew Danowitz as he considered the restructurin...
The goal of this work is to motivate our students and enhance their ability to address newer logic b...
Since its inception, Moore\u27s Law has been a reliable predictor of computational power. This stead...
We study the logic synthesis of emerging nanotechnologies whose elementary devices abstraction is a ...
As an introductory course, Logic Design is geared towards familiarizing students with concepts, desi...
Beyond CMOS, new technologies are emerging to extend electronic systems with features unavailable to...
The use of CMOS-based transistors to implement digital logic is the prevalent means of modern comput...
Complementary metal-oxide semiconductor (CMOS) technology has driven the electronic scenario for the...
In the course of teaching undergraduates the basic concept of digital electronics, the faculty impar...
Recent development in nanoscience and nanotechnology has substantially shaped today’s engineering ac...
Among the emerging technologies Field-Coupled devices like Quantum dot Cellular Automata are particu...
ABSTRACT: Prospective and current machining technologies in nano-scale features are introduced in th...
In the post-CMOS scenario, Field Coupled Nanotechnologies represent an innovative and interesting ne...
Concerned by the wall that Moore’s Law is expected to hit in the next decade, the integrated circuit...
The aim of this research was to design nanotechnology teaching material that is interesting to the p...
This project was originally conceived by Professor Andrew Danowitz as he considered the restructurin...