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Underwater Communications and Networking
Underwater Communications and Networking
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1.
The SWIGacoustic standard: An acoustic communication standard for the offshore energy community
机译:
蜂鸣声标准:离岸能源社区的声学通信标准
作者:
Andrew Smerdon
;
Francisco Bustamante
;
Michael Baker
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Standards;
Bandwidth;
Acoustic communication (telecommunication);
Monitoring;
Protocols;
Interoperability;
2.
Watermark: A realistic benchmark for underwater acoustic modems
机译:
水印:水下声学调制解调器的现实基准
作者:
Paul van Walree
;
Roald Otnes
;
Trond Jenserud
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Watermarking;
Probes;
Acoustic measurements;
Sea measurements;
Frequency measurement;
Acoustics;
Benchmark testing;
3.
Acoustic communication and navigation in the new Arctic — A model case for environmental adaptation
机译:
新北极的声学通信和导航 - 环境适应模型案例
作者:
Henrik Schmidt
;
Toby Schneider
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Acoustics;
Navigation;
Arctic;
Ice;
Ducts;
Adaptation models;
Propagation losses;
4.
Efficient link discovery for underwater networks
机译:
水下网络的有效链接发现
作者:
Roee Diamant
;
Roberto Francescon
;
Michele Zorzi
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Time division multiple access;
Topology;
Network topology;
Convergence;
Reliability;
Propagation delay;
Signal to noise ratio;
5.
Effects of metal structures on magneto-inductive coupled coils
机译:
金属结构对磁感应耦合线圈的影响
作者:
Niaz Ahmed
;
Yahong Rosa Zheng
;
David Pommerenke
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Coils;
Metals;
Permeability;
Receivers;
Transmitters;
Couplings;
Levee;
6.
Non-visible light underwater optical communications
机译:
不可见光水下光通信
作者:
N. E. Farr
;
C. T. Pontbriand
;
J. D. Ware
;
L.-P. A. Pelletier
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Optical filters;
Band-pass filters;
Optical fiber communication;
Optical receivers;
Attenuation;
Light emitting diodes;
7.
Very high frequency noise sources in the littoral zone
机译:
沿着沿着沿海区的高频噪声源
作者:
Grant B. Deane
;
James C. Preisig
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Sediments;
Noise measurement;
Acoustics;
Sonar equipment;
Fluids;
Oceans;
Acoustic measurements;
8.
Energy-efficient OFDM bandwidth selection for underwater acoustic carrier aggregation systems
机译:
水下声学载波聚合系统的节能OFDM带宽选择
作者:
Xueyuan Zhao
;
Dario Pompili
;
Jo?o Alves
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Bandwidth;
OFDM;
Resource management;
Underwater acoustics;
Signal to noise ratio;
Energy efficiency;
9.
Experimental demonstration of super-TDMA: A MAC protocol exploiting large propagation delays in underwater acoustic networks
机译:
超级TDMA的实验演示:利用水下声学网络中大传播延迟的MAC协议
作者:
Prasad Anjangi
;
Mandar Chitre
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Schedules;
Modems;
Propagation delay;
Delays;
Synchronization;
Clocks;
Throughput;
10.
Fostering the use of JANUS in operationally-relevant underwater applications
机译:
在经营相关的水下应用中培养Janus的使用
作者:
Roberto Petroccia
;
Jo?o Alves
;
Giovanni Zappa
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Standards;
Artificial intelligence;
Robustness;
Switches;
Encoding;
Modems;
Receivers;
11.
Decision tree-based adaptive modulation for underwater acoustic communications
机译:
基于决策的水下声学通信的自适应调制
作者:
Konstantinos Pelekanakis
;
Luca Cazzanti
;
Giovanni Zappa
;
Jo?o Alves
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Signal to noise ratio;
Phase shift keying;
Decision trees;
Channel estimation;
Receivers;
Bit rate;
12.
Temporal dispersion in underwater laser communication links: Closing the loop between model and experiment
机译:
在水下激光通信链路中的时间分散:关闭模型和实验之间的环路
作者:
Brandon Cochenour
;
Alan Laux
;
Linda Mullen
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Scattering;
Photonics;
Dispersion;
Attenuation;
Monte Carlo methods;
Optical attenuators;
Optical receivers;
13.
Analysis of JANUS and underwater telephone capabilities and co-existence
机译:
Janus和水下电话能力分析及共存
作者:
Jo?o Alves
;
Justus Ch. Fricke
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Interference;
Signal to noise ratio;
Speech;
Silicon;
Transmitters;
Decoding;
Encoding;
14.
Blind equalization of underwater acoustic channels using implicit higher-order statistics
机译:
利用隐式高阶统计数据盲均衡水下声道频道
作者:
Koen C.H. Blom
;
Henry S. Dol
;
Andre B.J. Kokkeler
;
Gerard J.M. Smit
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Blind equalizers;
Adaptive equalizers;
Cost function;
Underwater communication;
Acoustic distortion;
15.
Experimental testbed for seawater channel characterization
机译:
海水渠道表征的实验测试平台
作者:
Pablo Mena-Rodríguez
;
Pablo Dorta-Naranjo
;
Gara Quintana
;
Iván Pérez-álvarez
;
Eugenio Jiménez
;
Santiago Zazo
;
Marina Pérez
;
Laura Cardona
;
J. Joaquín Hernández
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Antenna measurements;
Sea measurements;
Dipole antennas;
Instruments;
Coaxial cables;
Attenuation;
Transmission line measurements;
16.
A distributed ID assignment and topology discovery protocol for underwater acoustic networks
机译:
水下声学网络的分布式ID分配和拓扑发现协议
作者:
Roberto Petroccia
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Protocols;
Network topology;
Topology;
IP networks;
Mobile communication;
Robustness;
17.
Investigation on radio wave propagation in shallow seawater: Simulations and measurements
机译:
浅海水中无线电波传播研究:模拟与测量
作者:
Eugenio Jimenez
;
Gara Quintana
;
Pablo Mena
;
Pablo Dorta
;
Ivan Perez-Alvarez
;
Santiago Zazo
;
Marina Perez
;
Eduardo Quevedo
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Attenuation;
Sea measurements;
Transmitting antennas;
Conductivity;
Receiving antennas;
18.
Analytical metric weight generation for multi-domain trust in autonomous underwater MANETs
机译:
自主水下船只中多域信任的分析度量重量生成
作者:
Andrew Bolster
;
Alan Marshall
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Mobile computing;
Ad hoc networks;
Throughput;
Delays;
Estimation;
Security;
19.
The DESERT underwater framework v2: Improved capabilities and extension tools
机译:
沙漠水下框架v2:改进的能力和延长工具
作者:
Filippo Campagnaro
;
Roberto Francescon
;
Federico Guerra
;
Federico Favaro
;
Paolo Casari
;
Roee Diamant
;
Michele Zorzi
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Modems;
Real-time systems;
Acoustics;
Protocols;
Mathematical model;
MATLAB;
Optical transmitters;
20.
Collaborative localization of vehicle formations based on ranges and bearings
机译:
基于范围和轴承的车辆形成的协作定位
作者:
Beatriz Quintino Ferreira
;
Jo?o Gomes
;
Cláudia Soares
;
Jo?o P. Costeira
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Vehicles;
Collaboration;
Position measurement;
Trajectory;
Time measurement;
Cost function;
Acoustics;
21.
Tethered balloons and TV white spaces: A solution for real-time marine data transfer at remote ocean areas
机译:
束缚气球和电视白色空间:在远程海域的实时海洋数据传输解决方案
作者:
Filipe B. Teixeira
;
Tiago Oliveira
;
Mário Lopes
;
José Ruela
;
Rui Campos
;
Manuel Ricardo
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
IEEE 802.11 Standard;
Broadband communication;
Marine vehicles;
Internet;
Throughput;
TV;
22.
Adaptive power allocation for noncooperative OFDM systems in UWA interference channels
机译:
UWA干扰通道中非转化OFDM系统的自适应功率分配
作者:
Antony Pottier
;
Francois-Xavier Socheleau
;
Christophe Laot
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Resource management;
OFDM;
Transmitters;
Games;
Channel estimation;
Interference;
Receivers;
23.
Experiences with JANUS and efforts towards a common heavy-duty underwater communication stack
机译:
Janus和Janus的经验和努力融入共同的重型水下通信堆栈
作者:
Henry Dol
;
Koen Blom
;
Ernest van der Spek
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Frequency shift keying;
Receivers;
Media Access Protocol;
Global Positioning System;
24.
On the accuracy of passive multipath-aided underwater range estimation
机译:
关于无源多径水下水下范围估计的准确性
作者:
Elizaveta Dubrovinskaya
;
Ivor Nissen
;
Paolo Casari
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Estimation;
Sea surface;
Sea measurements;
Geometry;
Distance measurement;
Trajectory;
Receivers;
25.
Iterative sparse channel estimation for acoustic OFDM systems
机译:
声学OFDM系统的迭代稀疏信道估计
作者:
Sayedamirhossein Tadayon
;
Milica Stojanovic
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Channel estimation;
Delays;
OFDM;
Two dimensional displays;
Receivers;
Correlation;
Bandwidth;
26.
Unslotted transmission schedules for practical underwater acoustic multihop grid networks with large propagation delays
机译:
具有大传播延迟的实际水下声学多彩网网格网络的未透明传输计划
作者:
Prasad Anjangi
;
Mandar Chitre
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Propagation delay;
Schedules;
Throughput;
Interference;
Delays;
Spread spectrum communication;
Transmitters;
27.
Underwater communication requirements in coordinated autonomous manipulation: The MARIS project
机译:
协调自主操纵下的水下通信要求:Maris项目
作者:
Davide Fenucci
;
Andrea Caiti
;
Enrico Simetti
;
Giuseppe Casalino
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Vehicles;
Force;
Acoustics;
Grasping;
Delays;
Modems;
28.
Uncoded acoustic communication in shallow waters with bursty impulsive noise
机译:
在浅水区的未编制的声学通信,具有突发的冲动噪音
作者:
Ahmed Mahmood
;
Mandar Chitre
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Detectors;
Passband;
Random variables;
Decision feedback equalizers;
Receivers;
Acoustic communication (telecommunication);
Robustness;
29.
Human-robot interaction underwater: Communication and safety requirements
机译:
人体机器人互动水下:通信和安全要求
作者:
Nikola Mi?kovi?
;
Murat Egi
;
Dula Nad
;
Antonio Pascoal
;
Luis Sebastiao
;
Marco Bibuli
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Vehicles;
Risk management;
Hazards;
Navigation;
Payloads;
Robots;
Acoustics;
30.
Development and validation of blue ray, an optical modem for the MEDUSA class AUVs
机译:
蓝光的开发与验证,Medusa类AUV的光学调制解调器
作者:
Pedro Góis
;
Nichin Sreekantaswamy
;
Nandeesh Basavaraju
;
Manuel Rufino
;
Luís Sebasti?o
;
Jo?o Botelho
;
Jo?o Gomes
;
António Pascoal
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Modems;
Optical transmitters;
Optical receivers;
Optical sensors;
Adaptive optics;
Optical scattering;
Optical distortion;
31.
Secure underwater acoustic networks: Current and future research directions
机译:
安全的水下声学网络:当前和未来的研究方向
作者:
Chhagan Lal
;
Roberto Petroccia
;
Mauro Conti
;
Jo?o Alves
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Security;
Jamming;
Acoustics;
Routing;
Reliability;
Monitoring;
Software;
32.
OptoCOMM: Introducing a new optical underwater wireless communication modem
机译:
OptoComm:介绍一种新的光学水下无线通信调制解调器
作者:
Andrea Caiti
;
Ernesto Ciaramella
;
Giuseppe Conte
;
Giulio Cossu
;
Daniele Costa
;
Simone Grechi
;
Roger Nuti
;
David Scaradozzi
;
Alessandro Sturniolo
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Modems;
High-speed optical techniques;
Optical receivers;
Avalanche photodiodes;
Light emitting diodes;
Optical attenuators;
Batteries;
33.
Dipole antenna for underwater radio communications
机译:
用于水下无线电通信的偶极天线
作者:
S. I. Inácio
;
M. R. Pereira
;
H. M. Santos
;
L. M. Pessoa
;
F. B. Teixeira
;
M. J. Lopes
;
O. Aboderin
;
H. M. Salgado
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Dipole antennas;
Antenna radiation patterns;
Conductivity;
Antenna measurements;
Bandwidth;
Resonant frequency;
Permittivity;
34.
Wide-band shallow acoustic channel simulation with realistic Doppler and delay spreading for 3D evolving rough surfaces
机译:
具有现实多普勒的宽带浅声道仿真与3D演化粗糙表面的延迟扩展
作者:
Michael S. Caley
;
Alec J. Duncan
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Sea surface;
Rough surfaces;
Surface roughness;
Doppler effect;
Delays;
Sea measurements;
Surface waves;
35.
Model-based signal detection in snapping shrimp noise
机译:
捕捉虾噪声时基于模型的信号检测
作者:
Ahmed Mahmood
;
Hari Vishnu
;
Mandar Chitre
会议名称:
《Underwater Communications and Networking》
|
2016年
关键词:
Detectors;
Receivers;
Probability density function;
Random variables;
Gaussian noise;
Maximum likelihood estimation;
Gaussian distribution;
36.
The SUNRISE GATE: Accessing the SUNRISE federation of facilities to test solutions for the Internet of Underwater Things
机译:
Sunrise Gate:访问日出设施联合会,以测试水下互联网的解决方案
作者:
Petrioli Chiara
;
Petroccia Roberto
;
Spaccini Daniele
;
Vitaletti A.
;
Arzilli Tommaso
;
Lamanna Davide
;
Galizial Alessandro
;
Renzi Enrico
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
Internet of Things;
test facilities;
underwater acoustic communication;
Internet of underwater things;
SUNRISE GATE;
SUNRISE federation testbed;
heterogeneous resource;
test facility;
Graphical user interfaces;
Internet;
Logic gates;
Monitoring;
Protocols;
Standards;
Testing;
Internet of Things;
Internet of Underwater Things;
SUNRISE;
SUNSET;
underwater sensor networks;
37.
A low-cost distributed networked localization and time synchronization framework for underwater acoustic testbeds
机译:
水下声学试验台的低成本分布式网络定位和时间同步框架
作者:
Kulhandjian Hovannes
;
Melodia Tommaso
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
Internet;
mean square error methods;
modems;
synchronisation;
underwater acoustic communication;
underwater equipment;
wireless channels;
wireless sensor networks;
Internet-connected underwater acoustic testbeds;
Lake LaSalle;
RMSE;
Teledyne Benthos Telesonar SM-975;
University at Buffalo;
distributed networked localization;
fine grained algorithm;
root mean square error;
time synchronization framework;
underwater acoustic sensor networks;
underwater modems;
Accuracy;
Clocks;
Measurement errors;
Modems;
Synchronization;
Underwater acoustics;
Wireless sensor networks;
38.
Software Defined Open Architecture Modem development at CMRE
机译:
软件在CMRE上定义了开放式架构调制解调器开发
作者:
Potter John
;
Alves Joao
;
Furfaro Thomas
;
Vermeij Arjan
;
Jourden Nicolas
;
Zappa Giovanni
;
Berni Alessandro
;
Merani Diego
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
modems;
software architecture;
software radio;
underwater acoustic communication;
OSI-like layers;
cross-layer linking;
high-level architectural structure;
policy engines;
software defined open architecture modem development;
software support environment;
underwater digital communications;
Computer architecture;
Engines;
Modems;
Open systems;
Protocols;
Software;
Standards;
DTN;
JANUS;
OSI;
acoustic;
coding;
electromagnetic;
modems;
modulation;
networking;
optical;
physical layer;
routing;
software architecture;
software defined networking;
transport;
underwater communications;
39.
The LOON in 2014: Test bed description
机译:
2014年的懒人:试验床描述
作者:
Alves Joao
;
Potter John
;
Guerrini Piero
;
Zappa Giovanni
;
Lepage Kyle
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
cooperative communication;
underwater acoustic communication;
CMRE;
LOON;
Littoral ocean observatory network 2014 version;
NATO STO centre;
data collection;
logical underwater communications processes testing;
maritime research and experimentation;
packet measurement;
persistent unattended infrastructure;
physical underwater communications processes testing;
test bed description;
underwater acoustic communication cooperative development;
Acoustics;
Educational institutions;
Modems;
Protocols;
Sea measurements;
Testing;
Underwater communication;
Acous-tics;
Networking;
Protocols;
Sea Trials;
Test beds;
Underwater Communication;
40.
Channel variability measurements in an underwater acoustic network
机译:
水下声学网络中的频道可变性测量
作者:
Chitre Mandar
;
Pelekanakis Konstantinos
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
underwater acoustic communication;
MISSION 2013 experiment;
channel variability measurements;
multipath arrivals;
signal strength;
underwater acoustic network;
Boats;
Channel estimation;
Correlation;
Delays;
Probes;
Rician channels;
Underwater acoustics;
41.
Experiments with network coding in dynamic underwater acoustic channel
机译:
动态水下声学通道网络编码的实验
作者:
Kebkal Veronika
;
Kebkal Konstantin
;
Kebkal Oleksiy
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
network coding;
underwater acoustic communication;
wireless channels;
NATO Science and Technology Organization centre for maritime research and experimentation;
STO CMRE;
channel throughput;
data loss;
dynamic underwater acoustic channel;
network coding algorithm;
underwater communication channel;
wireless data transmissions;
Data communication;
Network coding;
Relays;
Sensors;
Throughput;
Underwater acoustics;
Wireless sensor networks;
network coding;
underwater acoustic communications;
underwater acoustic sensor networks;
42.
Baseband signal processing with UnetStack
机译:
基带信号处理与不饱和
作者:
Chitre Mandar
;
Bhatnagar Rohit
;
Ignatius Manu
;
Suman Shailabh
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
acoustic signal processing;
underwater acoustic communication;
UnetStack project;
baseband signal processing;
delay-Doppler channel estimator;
error-correction codes;
modulation techniques;
physical layer signal processing chains;
software-defined OFDM modem;
software-defined underwater modems;
transponder range estimator;
underwater communication system;
underwater vehicle;
Baseband;
Modems;
OFDM;
Protocols;
Signal processing;
Software;
Transponders;
43.
Capacity improvements for reduced flooding using distance to sink information in underwater networks
机译:
利用距离在水下网络中的距离下沉信息,减少洪水的能力改进
作者:
Komulainen Arwid
;
Nilsson Johan
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
protocols;
underwater acoustic communication;
capacity improvements;
flooding-based protocols;
robust acoustic underwater communication;
sink packet;
Binary phase shift keying;
Delays;
Floods;
Load modeling;
Protocols;
Robustness;
44.
Pilot structure for Doppler scaling estimation in multicarrier communications
机译:
多载波通信中多普勒缩放估计的试验结构
作者:
Chung Him Yuen
;
Farhang-Boroujeny Behrouz
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
Doppler effect;
OFDM modulation;
channel bank filters;
estimation theory;
fast Fourier transforms;
Doppler scaling effect;
Doppler scaling estimation;
FBMC signal;
NUFFT;
OFDM;
at-sea experiment;
filterbank multicarrier signal;
multicarrier communication;
nonuniform fast Fourier transform;
null subcarrier;
orthogonal frequency division multiplexing;
packet format;
pilot structure;
vehicle communication mobility;
Bit error rate;
Doppler effect;
Estimation;
Fast Fourier transforms;
OFDM;
Receivers;
Underwater acoustics;
45.
A parametric replay-based framework for underwater acoustic communication channel simulation
机译:
基于参数的水下声学通信信道仿真框架
作者:
Socheleau Francois-Xavier
;
Laot Christophe
;
Passerieux Jean-Michel
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
minimisation;
underwater acoustic communication;
channel impulse responses;
original channel statistics;
parametric modeling;
parametric replay-based framework;
relative entropy minimization;
stochastic replay;
underwater acoustic channel simulation methodology;
Acoustic measurements;
Communication channels;
Doppler effect;
Entropy;
Random processes;
Stochastic processes;
Underwater acoustics;
Channel modeling;
relative entropy minimization;
stochastic replay;
underwater acoustic communications;
46.
Heuristic scheduling for efficient underwater communications with limited feedback capabilities
机译:
具有有限反馈能力的高效水下通信的启发式调度
作者:
Tomasi Beatrice
;
Preisig James C.
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
Markov processes;
fading channels;
telecommunication scheduling;
time-varying channels;
underwater acoustic communication;
CSI;
Markov chain;
efficient underwater acoustic communication;
heuristic scheduling;
limited feedback capabilities;
time-varying correlated fading channel;
underwater channel state information;
Batteries;
Markov processes;
Throughput;
Transmitters;
Underwater acoustics;
Wireless sensor networks;
47.
Exploring parabolic equation models for improved underwater network simulations
机译:
探索抛物线方程模型改进水下网络模拟
作者:
Zuba Michael
;
Aijun Song
;
Jun-Hong Cui
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
digital simulation;
parabolic equations;
telecommunication computing;
underwater acoustic communication;
wireless channels;
Aqua-Sim;
MMPE model;
Monterey-Miami parabolic equation model;
attenuation model;
complex model integration;
physical layer model;
signal property;
transmission loss;
underwater communication channel;
underwater network system simulation;
Acoustics;
Attenuation;
Computational modeling;
Equations;
Mathematical model;
Physical layer;
Protocols;
Physical Layer Emulation;
Simulations;
Underwater Acoustic Networks;
48.
Optimal multi-channel equalizer design for underwater acoustic communications
机译:
水下通信最佳多通道均衡器设计
作者:
Pajovic Milutin
;
Preisig James C.
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
equalisers;
error statistics;
telecommunication channels;
time-varying channels;
underwater acoustic communication;
BER performance;
Doppler spreading;
adaptive equalization;
equalization performance;
multipath propagation;
optimal multichannel equalizer design;
sensor separation;
sparse time-varying channel;
time-varying underwater acoustic channels;
underwater acoustic communication channels;
Arrays;
Bit error rate;
Correlation;
Delays;
Equalizers;
Sensors;
Vectors;
49.
Modeling the power delay profile of underwater acoustic channels — The effects of out-of-plane scattering and reverberation
机译:
建模水下声道电源延迟曲线 - 面平面散射和混响的影响
作者:
Jenserud Trond
;
Ivansson Sven
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
reverberation;
underwater acoustic communication;
underwater acoustic propagation;
wireless channels;
2D propagation modeling;
Rev3D model;
acoustic channel impulse response;
bistatic reverberation;
long reverberation tails;
out-of-plane scattering;
power delay profile;
shallow water;
underwater acoustic channels;
Computational modeling;
Delays;
Reverberation;
Scattering;
Sea measurements;
Sea surface;
Solid modeling;
50.
A performance comparison between DSSS, M-FSK, and frequency-division multiplexing in underwater acoustic channels
机译:
DSSS,M-FSK和水下声道中频分复用的性能比较
作者:
van Walree Paul
;
Buen Helge
;
Otnes Roald
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
acoustic distortion;
adaptive equalisers;
error statistics;
frequency division multiplexing;
frequency shift keying;
radio receivers;
signal detection;
spread spectrum communication;
transient response;
underwater acoustic communication;
wireless channels;
DSSS;
FRSS;
M-ary frequency shift keying;
MFSK receiver;
SNR;
adaptive equalizer;
coherent scheme;
direct sequence spread spectrum;
energy detection;
error statistics;
frequency division multiplexing;
frequency repetition spread spectrum;
geographical area;
signal distortion;
time-varying impulse response;
underwater acoustic channel;
underwater acoustic communication;
Acoustics;
Equalizers;
Frequency shift keying;
Receivers;
Signal to noise ratio;
Spread spectrum communication;
Acoustic communications;
direct-sequence spread spectrum;
error statistics;
frequency-division multiplexing;
frequency-shift keying;
low complexity;
51.
On capacity of a class of acoustic channels
机译:
关于一类声道的能力
作者:
Aval Yashar
;
Wilson Sarah Kate
;
Stojanovic Milica
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
Rician channels;
acoustic signal processing;
channel allocation;
channel estimation;
fading channels;
radio networks;
OFDM system;
acoustic channels;
channel estimation errors;
channel favored frequencies;
channel knowledge;
feedback delay;
per path Rician fading model;
power allocation policies;
uniform power allocation;
water filling;
Acoustics;
Channel estimation;
Delays;
OFDM;
Receivers;
Resource management;
Signal to noise ratio;
OFDM;
Rician fading;
Underwater acoustic communications;
channel capacity;
information rate;
lower bound;
power allocation;
water-filling;
52.
Software-defined open-architecture modems: Historical review and the NILUS approach
机译:
软件定义的开放式架构调制解调器:历史评论和Nilus方法
作者:
Dol Henry
;
Casari Paolo
;
van der Zwan Timo
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
modems;
software defined networking;
underwater acoustic communication;
NILUS approach;
Netherlands-Norway defense cooperation;
R and D effort;
SDOAM;
adaptive modem;
autonomous decision;
cognitive networking;
communication stack;
flexible modem;
software-defined open-architecture modems;
underwater communication;
underwater networking;
Hardware;
Modems;
Oceans;
Physical layer;
Protocols;
Underwater acoustics;
Software-defined modems;
acoustic channel;
open architecture;
underwater communications;
53.
Separation and classification of underwater acoustic sources
机译:
水下声学来源的分离与分类
作者:
Rahmati Mehdi
;
Pandey Parul
;
Pompili Dario
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
acoustic noise;
blind source separation;
signal classification;
underwater acoustic communication;
blind source separation;
power spectral density;
underwater acoustic noise sources;
underwater acoustic source classification;
underwater acoustic source separation;
underwater communication testbed;
Decision support systems;
Hafnium;
54.
Clock synchronisation in underwater acoustic networks
机译:
水下声学网络中的时钟同步
作者:
Vermeij Arjan
;
Munafo Andrea
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
synchronisation;
underwater acoustic communication;
CMRE littoral ocean observatory network;
COLLAB13 sea trial;
CommsNet13;
clock synchronisation;
communication overhead;
linear function;
modem clock;
time stamp;
underwater acoustic network;
Acoustics;
Clocks;
Mathematical model;
Mobile nodes;
Modems;
Protocols;
Synchronization;
55.
Network simulation with lookup tables from physical layer replay simulations: A KAM11 example
机译:
来自物理层重播模拟的查找表的网络仿真:kam11示例
作者:
Otnes Roald
;
van Walree Paul
;
Heechun Song
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
access protocols;
table lookup;
time-varying channels;
transient response;
underwater acoustic communication;
wireless channels;
KAM11 example;
KAM11 experiment;
lookup tables;
network simulation;
physical layer replay simulations;
reduced flooding protocol;
source-receiver distances;
time-varying impulse response;
underwater acoustic communication channels;
Physical layer;
Protocols;
Sea measurements;
Signal to noise ratio;
Spread spectrum communication;
Table lookup;
Underwater acoustics;
56.
TDMA-based MAC transmission schedules in multihop grid Ad Hoc underwater acoustic networks
机译:
基于TDMA的MAC传输计划在多跳网格ad Hoc水下声学网络中
作者:
Lmai Said
;
Chitre Mandar
;
Laot Christophe
;
Houcke Sebastien
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
access protocols;
ad hoc networks;
data communication;
relay networks (telecommunication);
remote sensing;
telecommunication network topology;
telecommunication scheduling;
time division multiple access;
underwater acoustic communication;
wireless sensor networks;
TDMA-based MAC transmission schedule;
UWA sensor network;
data transmission;
grid topology;
low-complexity algorithm;
marine environment;
medium access control protocol;
multihop grid ad hoc underwater acoustic sensor network throughput maximization;
multihop relaying;
per-node fair;
remote monitoring;
remote sensing;
time division multiple access;
Interference;
Propagation delay;
Schedules;
Spread spectrum communication;
Throughput;
Topology;
Upper bound;
57.
Towards a video-capable wireless underwater modem: Doppler tolerant broadband acoustic communication
机译:
朝着能够的视频无线水下调制解调器:多普勒耐受宽带声学通信
作者:
Riedl Thomas
;
Singer Amit
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
underwater acoustic communication;
Doppler tolerant broadband acoustic communication;
resampling equalizer;
streaming video;
video-capable wireless underwater modem;
Acoustics;
Attenuation;
Bandwidth;
Doppler effect;
Modems;
Oceans;
Sonar equipment;
Doppler compensation;
Doppler effect;
Underwater acoustic communication;
Video;
58.
Waymark baseband underwater acoustic propagation model
机译:
Waymark基带水下声学传播模型
作者:
Henson Benjamin
;
Jianghui Li
;
Zakharov Yuriy V.
;
Chunshan Liu
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
transient response;
underwater acoustic propagation;
Waymark baseband underwater acoustic propagation model;
baseband frequencies;
channel impulse responses;
time varying channel model;
Baseband;
Channel models;
Computational modeling;
Delays;
Doppler shift;
Receivers;
Underwater acoustics;
59.
Ocean-TUNE UCONN testbed: A technology incubator for underwater communication and networking
机译:
Ocean-Tune Uconn测试:用于水下通信和网络的技术孵化器
作者:
Zheng Peng
;
Li Wei
;
Zigeng Wang
;
Lei Want
;
Zuba Michael
;
Jun-Hong Cui
;
Shengli Zhou
;
Zhijie Shi
;
ODonnell James
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
marine communication;
wireless sensor networks;
Ocean-TUNE project;
ocean TUNE UCONN testbed;
technology incubator;
underwater communication;
underwater wireless sensor networks;
Acoustics;
Communities;
Educational institutions;
Modems;
Oceans;
Protocols;
Wireless sensor networks;
60.
Experimental results with a mixed USBL/LBL system for AUV navigation
机译:
用于AUV导航的混合USBL / LBL系统的实验结果
作者:
Caiti Andrea
;
Di Corato Francesco
;
Fenucci Davide
;
Allotta Benedetto
;
Costanzi Riccardo
;
Monni Niccolo
;
Pugi Luca
;
Ridolfi Alessandro
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
Global Positioning System;
autonomous underwater vehicles;
path planning;
protocols;
underwater acoustic communication;
AUV navigation;
CommsNet 13 sea trial;
GPS contact;
USBL communication;
USBL/acoustic modem transducer;
acoustic modems;
mixed USBL / LBL acoustic navigation system;
network transmission protocol;
seabottom modems;
typhoon AUV;
Acoustic measurements;
Acoustics;
Global Positioning System;
Modems;
Position measurement;
Tropical cyclones;
Acoustic positioning;
Autonomous Underwater Vehicles (AUV);
Long-Base-Line (LBL);
Navigation;
Ultra-Short Base Line (USBL);
61.
The JANUS underwater communications standard
机译:
Janus水下通讯标准
作者:
Potter John
;
Alves Joao
;
Green Dale
;
Zappa Giovanni
;
Nissen Ivor
;
McCoy Kim
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
access protocols;
decoding;
digital radio;
radio receivers;
radio transmitters;
underwater acoustic communication;
JANUS digital underwater communication standard;
NATO CMRE;
NATO Centre for Maritime Research and Experimentation;
legacy equipment;
message specification;
multiple access acoustic protocol design;
radio transmitter;
signal encoding specification;
sophisticated decoder;
sophisticated receiver;
Acoustics;
Convolutional codes;
Encoding;
Protocols;
Receivers;
Robustness;
Standards;
Interoperability;
JANUS;
Protocols;
Stan-dards;
Underwater Communication;
62.
A multi-coil Magneto-Inductive transceiver for low-cost wireless sensor networks
机译:
用于低成本无线传感器网络的多线圈磁阻收发器
作者:
Ahmed Nova
;
Hoyt Justin
;
Radchenko Andriy
;
Pommerenke David
;
Zheng Y.R.
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
radio transceivers;
wireless channels;
wireless sensor networks;
MI communication system;
MI communications;
hardware implementation;
low cost wireless sensor networks;
multichannel receiving;
multicoil magneto inductive transceiver;
software design;
Coils;
Hardware;
Magnetic moments;
Magnetoacoustic effects;
Receivers;
Transceivers;
Transmitters;
63.
A realization of the software defined radio concept in an underwater communication modem
机译:
在水下通信调制解调器中实现了软件定义的无线电概念
作者:
Berning Frank
;
Radtke Thomas
;
Rautenberg Stephan
;
Motz Markus
;
Nissen Ivor
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
modems;
radio networks;
software radio;
underwater acoustic communication;
underwater acoustic propagation;
HAM;
RACUN EDA project;
SDM;
SDM reconfiguration;
SDM reprogramming;
TUWACS framework;
deep water approved underwater communication modem;
hydroacoustic modem;
physical layer;
robust acoustic communication in underwater network;
software architecture;
software defined modem;
software defined radio;
sophisticated hardware platform;
transient underwater acoustic communication system;
underwater communication network;
Acoustics;
Hardware;
Modems;
Programming;
Software;
Transducers;
Underwater communication;
Software defined modem;
underwater communication;
64.
The effect of different attenuation models on the performance of routing in shallow-water networks
机译:
不同衰减模型对浅水网络路由性能的影响
作者:
Toso G.
;
Casari Paolo
;
Zorzi Michele
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
acoustic wave attenuation;
acoustic wave propagation;
approximation theory;
computational complexity;
radio links;
telecommunication network routing;
telecommunication network topology;
underwater acoustic communication;
wireless channels;
DESERT underwater framework;
attenuation model;
computational complexity;
first-order approximation;
multihop underwater acoustic network routing;
ns2-MIRACLE network simulator;
shallow-water network topology;
simple link budget equation;
sound propagation equation;
sound wave;
transmission loss simulation;
underwater acoustic channel;
Attenuation;
Computational modeling;
Interference;
Mathematical model;
Numerical models;
Topology;
Underwater acoustics;
65.
Joint localization of underwater vehicle formations based on range difference measurements
机译:
基于范围差测量的水下车辆形成的联合定位
作者:
Ludovico Vasco
;
Gomes Joa?o
;
Alves Joao
;
Furfaro Thomas C.
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
matrix algebra;
underwater acoustic communication;
underwater vehicles;
EDM;
Euclidean distance matrices;
interpacket delays;
joint localization;
mathematical formulation;
noisy measurements;
range difference measurements;
solid framework;
time-of-flight measurements;
underwater vehicle formations;
Acoustic measurements;
Convex functions;
Delays;
Global Positioning System;
Noise measurement;
Position measurement;
Sea measurements;
66.
A channel-estimate-based decision feedback equalizer robust under impulsive noise
机译:
基于频道估计的判定反馈均衡器在冲动噪声下稳健
作者:
Pelekanakis Konstantinos
;
Chitre Mandar
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
channel estimation;
decision feedback equalisers;
impulse noise;
least mean squares methods;
underwater acoustic communication;
wireless channels;
CEB DFE;
IPMAPA;
NLMS algorithm;
NSA;
SIMO underwater acoustic communication;
bit rate 9 kbit/s;
channel estimation-based decision feedback equalizer;
data processing;
distance 1.2 km;
improved proportionate M-estimate affine projection algorithm;
impulsive interference;
impulsive noise;
linear complexity algorithm;
normalized least mean square algorithm;
normalized sign algorithm;
shallow water environment;
shrimp noise snapping;
single input multiple output underwater acoustic communication;
Baseband;
Channel estimation;
Decision feedback equalizers;
Feedforward neural networks;
Noise;
Receivers;
Robustness;
67.
Wi-Fi broadband maritime communications using 5.8 GHz band
机译:
使用5.8 GHz频段的Wi-Fi宽带海事通信
作者:
Lopes Mario J.
;
Teixeira F.L.
;
Mamede Jorge B.
;
Campos Rui
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
3G mobile communication;
4G mobile communication;
Internet;
broadband networks;
marine communication;
marine navigation;
microwave links;
ships;
video communication;
voice communication;
wireless LAN;
3G-4G coverage;
IEEE 802.11 networks;
Internet offshore;
Wi-Fi broadband maritime communications;
WiMAX;
communication links;
fishing ship owners;
frequency 5.8 GHz;
low-cost broadband access;
mobile operators;
narrowband HF radios;
performance evaluation;
point-to-point link;
real-time navigation applications;
satellite;
shore and device operating underwater communication;
unlicensed networks;
voice-video communications;
Broadband communication;
IEEE 802.11 Standards;
Marine vehicles;
Ports (Computers);
Receiving antennas;
Satellites;
Throughput;
Broadband;
IEEE 802.11n;
Maritime communications;
Telecommunications;
68.
SUNRISE project: Porto university testbed
机译:
日出项目:波尔图大学测试了
作者:
Martins Rui P.
;
Borges de Sousa Joao
;
Caldas Renato
;
Petrioli Chiara
;
Potter John
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
Internet;
autonomous underwater vehicles;
underwater acoustic communication;
FIRE;
Internet technology;
Porto university testbed;
SUNRISE FP7 project;
communication node;
ocean going autonomous vehicle;
pilot infrastructure;
static sensor;
underlying software tool chain;
underwater communication network;
Educational institutions;
Internet;
Logic gates;
Oceans;
Software;
Testing;
Vehicles;
69.
An application of distributed long baseline — Node ranging in an underwater network
机译:
分布式长基线 - 节点在水下网络中的应用
作者:
Furfaro Thomas C.
;
Alves Joao
会议名称:
《Underwater Communications and Networking》
|
2014年
关键词:
underwater acoustic communication;
3D environment;
DLBL;
MORPH EC FP7 project;
acoustic overhead;
bottom-mounted 4-node network;
distributed long baseline node ranging application;
measurement update rate;
node localisation;
range measurement method;
underwater network latency;
Acoustic measurements;
Clocks;
Distance measurement;
Modems;
Navigation;
Sea measurements;
Vehicles;
long baseline;
networking;
transport;
underwater acous-tics;
underwater communications;
underwater modem;
underwater navigation;
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