Search for dissertations about: "ASIC implementation"
Showing result 11 - 15 of 25 swedish dissertations containing the words ASIC implementation.
-
11. Design of Reconfigurable Hardware Architectures for Real-time Applications
Abstract : This thesis discusses modeling and implementation of reconfigurable hardware architectures for real-time applications. The target application in this work is digital holographic imaging, where visible images are to be reconstructed based on holographic recordings. READ MORE
-
12. Linear Transmitter Design Using Nonlinear Analog Circuits
Abstract : This dissertation deals with analog techniques at both the architecture and circuit design levels for designing power efficient linear radio-frequency (RF) transmitters. The use of nonlinear analog integrated circuits to implement certain critical signal processing functions for the multiplicative feedback and LINC techniques is investigated with the aim of improving the system performance in terms of complexity, linearity and power efficiency. READ MORE
-
13. Improvement Potential and Equalization Circuit Solutions for Multi-drop DRAM Memory Buses
Abstract : Digital computers have changed human society in a profound way over the last 50 years. Key properties that contribute to the success of the computer are flexible programmability and fast access to large amounts of data and instructions. READ MORE
-
14. DeepKit: a multistage exploration framework for hardware implementation of deep learning
Abstract : Deep Neural Networks (DNNs) are widely adopted to solve different problems ranging from speech recognition to image classification. DNNs demand a large amount of processing power, and their implementation on hardware, i.e., FPGA or ASIC, has received much attention. READ MORE
-
15. Methodologies for Approximation of Unary Functions and Their Implementation in Hardware
Abstract : Applications in computer graphics, digital signal processing, communication systems, robotics, astrophysics, fluid physics and many other areas have evolved to become very computation intensive. Algorithms are becoming increasingly complex and require higher accuracy in the computations. READ MORE