Authored Books

This book covers the experimental practices for easy understanding of electronics circuit. This book focuses on teaching the practical circuit design and analysis using R, L, C, Diodes Equipments including multimeter, power supply, oscilloscope, function generator, and PSPICE are also introduced. Various interesting examples such as piano are included.

• Using basic equipments: multimeter, power supply, oscilloscope, function generator

• Measuring resistance, voltage, and current

• Ohm's law, for series, parallel circuit

• Thevenin equivalent circuit, and Maximum power transfer

• Capacitor, Inductor, Diode and circuit analysis using PSPICE

• Projects: Presence Sensor, Piano sound synthesis

This book covers low-power system-on-chip design methodologies and implementation techniques, from gate-level to architectural approach and software-hardware interfaces

• Toggle minimization in CMOS, gate, RTL, architecture, and software level.

• Clock gating, data filtering-based toggle propagation minimization

• Edge-triggered event-driven approach to reduce the active circuits

• Multi-clock domain and asynchronous circuit design techniques using buffers.

• Synchronizer between clock-crossing regions

• Power-gating and architectural circuit design method

This book gives readers in-depth insights and deep thinking items for line-by-line c code, in terms of hardware and software interfaces. This book covers the detailed magic how the written c codes are interpreted and executed using the equipped processing unit and memory on the target processors.

• Relation of Value, variable, space, address

• Calculation magic on CPU: signed, unsigned, overflow, bit extension, endian

• What's happening to memory on executing C code: stack, array, heap memory, function arguments, pointers, struct

• How CPU interprets the C code: Interface magic between hardware and software

This book covers event-driven system-on-chip design methodologies and implementation techniques, from gate-level to architectural approach and software-hardware interfaces

• Toggle minimization in CMOS, gate, RTL, architecture, and software level.

• Clock gating, data filtering-based toggle propagation minimization

• Edge-triggered event-driven approach to reduce the active circuits

• Multi-clock domain and asynchronous circuit design techniques using buffers.

• Synchronizer between clock-crossing regions

• Power-gating and architectural circuit design method

This book covers example-based tutorial of hardware programming using Verilog HDL.

• Hello world of Verilog HDL-based hardware programming

• Combinational logic design and implementation details

• Sequential logic design and implementation details

• Testbench modeling and simulation methodologies

• Hardware realization using Xilinx FPGA

This book covers example-based tutorial of node.js programming using javascript.

• socket.io and bootstrap

• media query-based dynamic web page generation

• asynchronous image push technique

• WaveJSon-based logic waveform visualization

• CZML-based geo-spatial meta-data visualization