Analog VLSI on-chip learning Neural Networks represent a mature technology for a large number of applications involving industrial as well as consumer appliances. This is particularly the case when low power consumption, small size and/or very high speed are required. This approach exploits the computational features of Neural Networks, the implementation efficiency of analog VLSI circuits and the adaptation capabilities of the on-chip learning feedback schema. High-speed video cameras are powerful tools for investigating for instance the biomechanics analysis or the movements of mechanical parts in manufacturing processes. In the past years, the use of CMOS sensors instead of CCDs has enabled the development of high-speed video cameras offering digital outputs, readout flexibility, and lower manufacturing costs. In this paper, we propose a high-speed smart camera based on a CMOS sensor with embedded Analog Neural Network.
Abstract-This paper describes the 'buffering system in the RFID sensor tags'. Buffer circuit function is used in the data selection as a buffer. Two-sensor output which is an analog signal by a multiplexer owns a possibility of a very low value. The buffer circuit is required to maintain the signal in order to prevent the dropped voltage. Its uses two inverters functioned as a noninverting amplifier. The conclusion is that the buffering circuit is able to keep the voltage level by amplification of 1.
Abstract-The method of Integrated Circuit (IC) Design using Electronic Design Automation (EDA) tools consists of (i) Full Custom IC Design and (ii)Automated IC Design. Schematicdriven layout on EDA tools has provided to facilitate designer madelayout design before fabrication, the core is to make it easier,faster, and short time consuming. Therefore in this paper will explain the process of make analog layout to redesign for multiplier circuit which is part of the cell of Analog neural network by using SDL. This circuit is designed using SDL with semi-Automated design method and 0,35 µm CMOS technology (Abstract)
In memory device that is contained in the digital application, there is a sequence of input buffer.The input buffer’s function is to improve a digital signal and remove noise. The buffer circuit take these input signal with imperfections and convert them in to full digital logic levels by slicing the signals at correct levels which depends upon the switching point voltage. In this paper,using three topologies, that are NMOS, PMOS and Parallel input buffer. It would be present into design, simulation and analysis of all topologies input buffer. The result in this paper to determine the best of the three topologies to used. The delay time used to determine the best of topologies. Mentor graphic is tools which used in this paper to design and simulation. The technology used in this paper is 0.35 µm CMOS Technology. Analysis of comparison all of topologies used in this paper based on six parameters. The result of comparison analysis can be seen in more details in this explanation.
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