Browsing by Subject "Very large scale integration"

Now showing items 1-6 of 6

    • The charge-based microelectronic implementation of neural networks 
      He, Yuping (Texas A&M University. Libraries, 1992)
      The microelectronic implementation of neural networks has received widespread attention over the last few years. However, the scale of the integration is still far below what microelectronics routinely offers in the ...
    • Design of linear transconductance elements in CMOS technology 
      Nedungadi, Ashok Pitamber (Texas A&M University. Libraries, 1987)
      Transconductance elements are useful active building blocks in fully-monolothic analog signal-processing systems. Efforts of the present research have been to develop, fabricate, and experimentally evaluate some novel ...
    • Drift reliability optimization in VLSI ciruit design 
      Huang, Min (Texas A&M University. Libraries, 1992)
      Due to aggressive scaling of transistor feature size in contemporary Very Large Scale Integrated (VLSI) circuits, some wearout failure mechanisms have become much more serious than before. Design-for-Reliability is thus ...
    • Timing analysis of VLSI circuits using symbolic and visualization technics for practical applications 
      Shiau, Yan-Chyuan (Texas A&M University. Libraries, 1992)
      In this dissertation, we apply the linear RC delay modeling techniques to empirically model the timing delay in the CMOS VLSI circuits. The multi-dimensional function of various circuit combinations and device parameters ...
    • A VLSI Cache RISC for the C language 
      Chung, Chung-Ping (Texas A&M University. Libraries, 1986)
      The performance of computers has always been the major concern of computer architects and circuit designers. Besides their advantages of ease of design and reliability, the RISCs (Reduced Instruction Set Computers) have ...
    • Yield and variability optimization of integrated circuits : principles and practical solutions 
      Zhang, Jian Cheng (Texas A&M University. Libraries, 1992)
      This dissertation deals with both theoretical and practical aspects of integrated circuits (IC's) statistical design. It stresses and explains that the essential difference between IC statistical design and discrete circuit ...