Regular Sessions - Instructions for authors
We are approaching our LAMC 2021 conference date. As you know, there is a virtual conference, son in following lines you will find instructions about your presentation.
The overall time slot for each presentation is 20 minutes . Plan your speech for a duration of 15 minutes, in order to allow time for questions and discussion.
Please send a power point presentation with audio (you can find help to do it here: https://www.youtube.com/watch?v=pP3kTmsnbnY&t=82s ) or a video smaller then 50 Mbytes.
Optionally, it is possible to present synchronically, using the webex system that will be available during the days of the conference. Wi ell send later the links to each session.
It is necesary that at least one of the authors be available during the presentation, to answer questions.
Session chairs have been instructed to rigorously enforce the schedule, i.e., to strictly obey the duration of a presentation. We kindly ask you for your understanding and for your cooperation in keeping the schedule.
Be connected your session 5 minutes before session starts, so that you can meet your session chair in advance.
Conference program is available in: https://edas.info/web/lamc2021/program.html
|1570699852||Design and simulation of broadband UHF microstrip meander antennas for an RFID reader|
|1570700958||Simulation and Fabrication of a Low-Cost RFID Reader|
|1570702166||Human Movement Recognition System Using CW Doppler Radar Sensor with FFT and Convolutional Neural Network|
|1570702710||A Compact Ultrathin Metamaterial Absorber for C, K and Ka Band Microwave Frequency Regime|
|1570702955||Capabilities of LiNbO3 Based Acoustic Wave Resonators for Wideband Applications|
|1570703200||FPGA-SoC based S-band Radio Frequency power amplifier control|
|1570703301||Use of the Stimulated Brillouin Scattering Effect in Optical Fibers to Generate Microwave Signals|
|1570704525||A Type of Multi-Notched-Band Microstrip Crossover|
|1570704541||Asymmetric Doherty Power Amplifier at 60 GHz in 130 nm BiCMOS|
|1570704676||Phased Array with 45° Scanning and Over 65dB Polarization Purity from 53-100GHz Using PCB Flip-Chip Technology|
|1570704963||Design and Characterization of a Simple and Wideband Antenna for 5G mm-wave Applications|
|1570705017||A Swarm Intelligence based Automated Framework for Variability Analysis|
|1570705171||Non- invasive Serum Glucose Sensing Using a Double U-slot Antenna|
|1570705291||On the Optimum Number of Antennas for V2V LOS Links with Ground Reflection|
|1570705306||A Simple Low-Profile Broadband Antenna Design for 5G Millimeter-Wave Applications Over 38 GHz Spectrum|
|1570705363||Application of thin dual-band electromagnetic absorbers to reduce the radar cross section of a microstrip patch antenna|
|1570705373||Modeling Power Supply Induced Jitter in a Voltage-Mode Driver with Long Transmission Lines|
|1570705377||Comparative Analysis of Three Types of VHF/UHF Antennas for GPR Array|
|1570708977||Optimization of Branch-Line Hybrid Couplers for Ku-Band Applications in SIW Technology|
|1570709693||Biasing Control and Protection System for GaN HEMT Power Amplifier Measurements|
|1570709791||Orthogonal Polarized Horn Antenna with High Port Isolation at Ka-Band|
|1570709817||Four-port Cavity-backed Wide-band Antenna for 5G MIMO Applications|
|1570709820||Comparison of Measured and Predicted Permittivity Values for 3D Printed PLA Substrates|
|1570709949||A High Power Ku- to Ka-Band Single-Pole-Double-Throw Switch with Capacitive Loading for Isolation Improvement|
|1570709986||A 17 - 32 GHz Wideband High Isolation Linear mm-Wave Mixer For 5G applications|
|1570709994||Synthesis and Design of Microstrip Bandpass Filter Based on Chained-Elliptic Function|
|1570710012||Design of Half Power Divider at Ku-band using Empty Substrate Integrated Waveguide|
|1570710042||A Wide Bandwidth Hybrid Filter Based on Discrete Acoustic Resonators|
|1570710160||Microwave Sensor Based on Split Ring Resonators for Dielectric Characterization of Density and Viscosity of Milk|
|1570710170||BPFET-based RF electronics: state-of-the-art, small-signal modeling and amplifier design|
|1570710171||Optimization of an array of smart antennas using PSO for the monitoring of electrical power switches|
|1570710179||Microwave Imaging over UWB with Antipodal Vivaldi Antenna for Concealed Weapon Detection|
|1570710183||Microwave Breast Imaging using Synthetic Aperture Radar Method utilizing UWB Antenna|
|1570710191||Transmitter and Receiver Equalizers Optimization for PCI Express Gen6.0 based on PAM4|
|1570710195||Error quantification for the design of a TCR-type passive calibrator for SAR applications|
|1570710210||Nonlinear current source model for a GaAs transistor implemented in Verilog-A using pulsed measurements|
|1570710211||High-Performance Planar Hexagonal Coil-Type Wireless Power Transfer System|
|1570710212||Design of a Doherty Power Amplifier with GaN Technology in the Sub-6 GHz Band for 5G Applications with Harmonic Suppression|
|1570715396||Optimizing a Buck Voltage Regulator and the Number of Decoupling Capacitors for a PDN Application|