| IEEE DCAS 2016 - Detailed Conference Program (Conference Tracks) | ||||
| Paper Title | Affiliation | |||
| Analog | ||||
| A1 | Speaker load diagnostics for switching automotive audio amplifiers | Texas Instruments, Dallas | ||
| A2 | Digital Adjustment of DC Motor Drive Circuit Parameters | Texas Instruments, Dallas | ||
| A3 | Design Considerations of CMOS Active Inductor for Low Power Applications | California State University Northridge | ||
| A4 | Fast Transient Response and High PSRR Low Drop-Out Voltage Regulator | San Jose State University | ||
| Power | ||||
| P1 | Digital Implementation of Constant Power Load (CPL), Active Resistive, Constant Current and Combinations | University of Texas at Dallas | ||
| P2 | High PSRR Low Drop-Out Regulator with Isolated Replica Feedback Ripple Cancellation Technique | University of Texas at Dallas | ||
| P3 | Low-Cost Non-Intrusive Device Identification System | Solarillion Foundation | ||
| P4 | Low-Power LLC Resonant AC-DC Converter for Phone Charging Applications | University of Texas at Dallas | ||
| RF | ||||
| R1 | A 3.25 GS/s 4-Tap Analog FIR Filter Design with Coefficient Control using 6-bit Split-Capacitor DAC as a Tunable Coefficient Multiplier | Virginia Tech | ||
| R2 | A Full-Duplex Transceiver Employing Inverse Class-D Power Amplifiers | University of Texas at Austin | ||
| R3 | A Study of the Low Frequency Noise (LFN) in Reference Injected Phase Locked Loops (RI-PLLs) | The Ohio State University | ||
| R4 | A Low-Power RF Receiver Front-End Chip Designed with Methods to Reduce Third-Order Intermodulation Distortion | Northeastern University | ||
| R5 | Wide Band Programmable True Time Delay Block for Phased Array Antenna Applications | Arizona State University | ||
| Sensors | ||||
| S1 | Contactless Hand Tremor Detector based on an Inductive Sensor | University of Texas at Arlington | ||
| S2 | A 52 ps Resolution ILO-Based Time-to-Digital Converter Array for LIDAR Sensors | Texas A&M University, College Station | ||
| S3 | Fast Transient Digitizer Chip For Capturing Single-Shot Events | University of Nevada, Las Vegas | ||
| S4 | Neural Network Based Real-time Heart Sound Monitor Using a Wireless Wearable Wrist Sensor | University of Texas at Arlington | ||
| Digital | ||||
| D1 | Traffic-Aware Power-Gating Scheme for Network-On-Chip Routers | University of Louisiana, Lafayette, Louisiana | ||
| D2 | Red Baron: Near/Post-Silicon SoC Cache Coherence Stress Tester | Texas Instruments, Dallas | ||
| D3 | Memristor Based High Fan-out Logic Gates | University of Texas at Austin | ||
| D4 | A High Throughput Fully Parallel-Pipelined FPGA Accelerator for Dense Cloud Motion Analysis | Indian Institute of Space Science and Technology, India | ||
| Posters | ||||
| B1 | Thermal Modeling of the Non-Linear Thermal Resistance of the SiGe HBT using the HICUM Model | University of Texas at Arlington | ||
| B2 | Memory Circuits using NanoFerroic Devices | University of Texas at Dallas | ||
| B3 | Signal Integrity Analysis of Serpentine Traces in IC Packages | Texas Instruments, Dallas | ||
| B4 | A Linear High Gain Time Difference Amplifier Using Feedback Gain Control | University of Nevada, Las Vegas | ||
| B5 | A switched capacitor based transimpedance amplifier for detection of HAB using an optical sensor | University of Texas at Arlington | ||
| B6 | A low power, low noise Preamplifier for Hearing Aids | University of Texas at Arlington | ||
| B7 | A Radiation-Hardened DLL with Fine Resolution and Duty Cycle Corrector for Memory Interface | University of Houston | ||
| B8 | High Frequency Noise Characterization of BiCMOS Transistors over Temperature | University of Texas at Dallas | ||
| B9 | Characterization of Active Inductors with Modified Determinant Expansion Analysis | San Jose State University | ||