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Ion Implantation and Anneal processes are very important for Transistor Characteristics. Even scaling devices such as 3D structures require junction engineering involving implantation and anneal processes to boost device performance. This paper will discuss some key issues in the DRAM cell and peripheral transistor, and propose requirements of processes and hardware. Data were evaluated in Logic and...
Microwave imaging (MI) is an area of imaging methods when real object is illuminated by microwave signals radiating with transmitting antennas (Tx). Receiving antennas (Rx) gather information of electro-magnetic (EM) fields, scattered by this object and the reconstruction algorithms build the object image using this information. Microwave tomography (MT) system implements MI and is used for the purpose...
Achieving situation awareness is especially challenging for real-time data stream applications because they i) operate on continuous unbounded streams of data, and ii) have inherent real-time requirements. In this paper we show how formal data stream modeling and analysis can be used to better understand stream behavior, evaluate query costs, and improve application performance. We use MEDAL, a formal...
Investigation of signals scattered off small tumors inside breast was provided analytically in Rayleigh and Mie approaches. In additional, we estimated the spatial resolution of microwave images in the diffraction limit approach. All results were obtained for four main breast classes in ultra wide frequency band - from 0.5 to 10 GHz. Such an investigation is important for analysis and design of advanced...
Microwave imaging (MI) is one of the most promising and attractive new techniques for earlier breast-cancer detection. The microwave tomography (MT) realizes configuration of multistatic multiilumination system and reconstructs dielectric properties of the breast by solving a nonlinear inversion scattering problem. We describe below ETRI 3D MT system and 3D MI reconstruction program. Here we demonstrate...
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