Download Cellular Nanoscale Sensory Wave Computing by Larry Cooper, Joel Davis (auth.), Chagaan Baatar, Wolfgang PDF

By Larry Cooper, Joel Davis (auth.), Chagaan Baatar, Wolfgang Porod, Tamás Roska (eds.)

In this publication the rising and converging structure of morphic mobile wave pcs in keeping with the idea that of mobile Neural/Nonlinear community (CNN) is brought in a pragmatic approach. The authors contain descriptions of architectures, software program algorithms, in addition to a potential new CNN phone in keeping with memristor. the 1st unmarried chip mobile wave machine- a imaginative and prescient process on a chip (VSoC) can also be discussed.

Cellular Nanoscale Sensory Wave Computing is end result of the a Multidisciplinary collage study Initiative (MURI) venture that has been funded by way of the workplace of Naval study and accomplished lately. the consequences occur a brand new state of mind approximately sensory computing, in addition to it really is one of many first profitable makes an attempt to bridge the space among nanoscale (smaller than a hundred nm) units and CMOS built-in circuits with saved programmable algorithms and software program at the process level.

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Extra info for Cellular Nanoscale Sensory Wave Computing

Example text

12. The associated dark current of the structure is still present, shown by the electrons tunneling through the barrier without excitation. Again, since infrared photon hν EF EF Fig. 11 Photon-assisted tunneling in MOM diode structure. Electrons near the barrier in Metal 1 can gain energy from incident photons, which increases their probability of tunneling through the barrier to Metal 2 Metal 1 Oxide Metal 2 3 Nanoantenna Infrared Detectors Fig. 12 Electrons surmounting barrier in MOM diode structure.

The antenna is a half-wavelength dipole formed by two quarter wavelength metal lines, separated by an oxide barrier that forms a MOM tunnel diode. This diode rectifies radiation-induced terahertz antenna currents. In this chapter, an introduction to dipole antennas is given, along with design considerations and parameters for this project. An overview of MOM diodes is presented next, including a discussion of the various types, such as the point-contact 40 J. Bean et al. and thin-film varieties, and energy band diagrams of these structures.

1 Project Overview The primary goal of this project involves the development of high-speed infrared detection devices capable of functioning in the LWIR at room temperature without cooling. These devices could then be integrated with CMOS imaging chips. One such example of an imaging chip would be the CNN variety, which are inherently parallel computing devices due to their architecture and offer high-speed image processing (Chua and Yang 1988; Chua and Yang 1988; Chua and Roska 2002). A CNN array consists of M N identical cells that each individually contains processing and sensing elements (Chua and Yang 1988).

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