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西安电子科技大学数字信号处理英文课件Chapter2 Discrete-time Signal and Systems
西安电子科技大学 数字信号处理 英文课件 Chapter2 Discrete-time Signal Systems
2020/6/22
西安电子科技大学数字信号处理英文课件Chapter2 Discrete-time Signal and Systems。
电子科技大学自动化工程学院本科生在IEEE Signal Processing Letters发表论文（图）
电子科技大学自动化工程学院 本科生 IEEE Signal Processing Letters 发表论文 核自适应滤波
2020/6/16
近日，电子科技大学自动化工程学院本科2017级学生张一鸣在国际信号处理权威SCI期刊《IEEE Signal Processing Letters》（影响因子：3.268）上发表了一篇有关核自适应滤波的论文《A Sparse Robust Adaptive Filtering Algorithm Based on the q-Renyi Kernel Function》，张一鸣为该论文第一作者，指...
2017年初始故障建模，检测和估计的统计信号处理方法专题会议（Special Session on Modelling,Detection and Estimation of Incipient faults using statistical-based signal processing methods）
2017年 故障建模 检测 估计 统计信号处理方法 专题会议
2017/10/24
Within the health-monitoring frame, fault diagnosis includes the following steps: modelling, detection, isolation andestimation. Quantitative-based methods have been successfully used so far in divers...
2017第25届信号处理和通信应用会议（2017 25th Signal Processing and Communications Applications Conference）(SIU)
第25届 信号处理和通信应用 会议
2017/3/30
Sinyal İşleme ve İletişim Uygulamaları (SİU) Kurultayı, işaret işleme ile iletişim alanlarında çalışan araştırmacıl...
合肥工业大学仪器科学与光电工程学院陈勋教授受邀在IEEE Signal Processing Magazine发表综述文章（图）
合肥工业大学仪器科学与光电工程学院 教授 IEEE Signal Processing Magazine 发表综述文章
2016/5/4
2016奶奶4月27日，国际著名期刊IEEE Signal Processing Magazine（影响因子：5.852）出版了由合肥工业大学仪器科学与光电工程学院陈勋教授撰写的长篇综述性研究论文。该文题为“Joint Blind Source Separation for Neurophysiological Data Analysis: Multiset and Multimodal Meth...
Real-time convex optimization in signal processing
Convex optimization signal processing coefficient of algorithm filtering array design
2015/8/7
Convex optimization has been used in signal processing for a long time, to choose coefficients for use in fast (linear) algorithms, such as in filter or array design; more recently, it has been used t...
Decision noise:An explanation for observed violations of signal detection theory
Decision noise observed violations signal detection theory
2015/7/28
In signal detection theory (SDT), responses are governed by perceptual noise and a flexible decision criterion. Recent criticisms of SDT (see, eg, Balakrishnan, 1999) have identified violations of its...
The Effects of the Ionosphere and C/A Frequency on GPS Signal Shape:Considerations for GNSS-2
Effects Ionosphere C/A Frequency GPS Signal Shape Considerations
2015/6/29
By greatly increasing the chipping rate of the pseudo random noise (prn) code, it may be possible to measure the ionosphere (TEC) in near real time, by exploiting the dispersive nature of the ionosphe...
A Proposed Signal Design for GNSS2:The Use of Faster and Longer Codes to Provide Real-Time Single Frequency Ionospheric Measurements
Signal Design GNSS Longer Codes Real-Time Single Frequency Ionospheric Measurements
2015/6/29
The design of GNSS2 presents the international navigation community a unique opportunity to design a signal for more precise positioning than is currently available with GPS and GLONASS. Faster and lo...
Transient Performance Analysis of a Multicorrelator Signal Quality Monitor
Transient Performance Analysis Multicorrelator Signal Quality Monitor
2015/6/29
The ability to monitor and detect problematic distortions in the received GPS-SPS signal is a task of critical importance. Detection of these satellite signal anomalies or “evil waveforms” (EWFs) can ...
A Simple Method of Signal Quality Monitoring for WAAS LNAV/VNAV
Signal Quality Monitoring WAAS LNAV/VNAV
2015/6/26
The integrity of the Wide Area Augmentation System (WAAS), being developed for the FAA, is of significant concern because of its intended use in commercial aviation navigation applications.
Nominal Signal Deformations:Limits on GPS Range Accuracy
Nominal Signal Deformations GPS Range Accuracy
2015/6/26
Satellite-based navigation requires precise knowledge of the structure of the transmitted signals. For GPS, accurate knowledge of the shape of the ranging codes is required to ensure no biases are int...
Effects of Signal Deformations on Modernized GNSS Signals
Signal Deformation Modernized GNSS Signals
2015/6/26
Satellite-based navigation requires precise knowledge of the structure of the transmitted signals.For GPS, accurate knowledge of the shape of the code correlation peaks is required to ensure no biases...
Evaluation of Deep Signal Fading Effects Due to Ionospheric Scintillation on GPS Aviation Receivers
Deep Signal Fading Effects Due Ionospheric Scintillation GPS Aviation Receivers
2015/6/25
Deep and frequent GPS signal fading due to strong ionospheric scintillation is major concern for aircraft navigation in the equatorial region during solar maximum periods. Deep signal fading can break...
The Signal Quality Monitor (SQM) is an integrity monitor for the Wide Area Augmentation System (WAAS). The monitor detects L1 signal waveform deformation of a GPS or a Geosynchronous (GEO) satellite m...