Abstracts
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# | SESSION | PRINCIPAL AUTHOR | TITLE |
---|---|---|---|
1 | Sensing Techniques/Methods | Groves, Keith | Scintillation Nowcasting with GNSS Radio Occultation Data |
2 | Equatorial Scint & Irregularities | Prasad, Dasari | Association of sporadic E –layer (Es-layer) with daytime VHF scintillations at Waltair, a low latitude station in the Indian sector during half a solar cycle |
3 | Equatorial Scint & Irregularities | Prasad, Dasari | Multi-instrument observations of ionospheric irregularities over Indian sector during November 2011 |
4 | Sensing Techniques/Methods | Brahmanandam, P.S. | On deletion of questionable electron density profiles retrieved using the COSMIC radio occultation (RO) technique |
5 | Sensing Techniques/Methods | Brahmanandam, P.S. | Long-term trends of different stability indices of Earth’s atmosphere measured using the COSMIC radio occultation technique |
6 | Other HF Prop. Phenom. | Yungang, Wang | Correlation analysis between HF channel and the ionosphere gone through by HF channel link |
9 | HF TID Detection & Effects | McNamara, Leo | Digisonde Observations at WSMR for Day 026, 2014 |
10 | HF TID Detection & Effects | Reid, Joseph | Detection and Characterisation of Travelling Ionospheric Disturbances Using a compact GPS network |
13 | Other HF Prop. Phenom. | Harris, Trevor | The DSTO Ionospheric Sounder Replacement for JORN |
14 | Other HF Prop. Phenom. | Erhel, Yvon | Antenna selection in a SIMO architecture for HF radio links |
15 | Ionospheric Models | Schunk, Robert | Space Weather Forecasting with an Ensemble Prediction System (MEPS) of Data Assimilation Models |
18 | GNSS Performance Impacts | Abe, Oladipo E. | The Storm-time Assessment of GNSS-SBAS Performance within African Low Latitude Region |
19 | Active Ionospheric Modification | Jackson-Booth, N. | Recreating the effects of Artificial Ionospheric Modification observed in the HF environment; an application of numerical ray-tracing |
20 | GNSS Performance Impacts | Jacobsen, Knut S. | Characterization of ionospheric disturbances and their relation to GNSS positioning errors at high latitudes |
21 | HF TID Detection & Effects | Fridman, Sergey | Assimilative Model for Ionospheric Dynamics Employing Delay, Doppler, and Direction of Arrival Measurements from Multiple HF Channels |
22 | Natural Hazard Detection | Haralambous, Haris | Investigation of earthquake signatures on the Ionosphere over Europe |
23 | Equatorial Scint & Irregularities | Su, Shin-Yi | On Seasonal/longitudinal Distributions of Post-midnight Quiettime Equatorial Ionospheric Irregularities |
24 | GNSS Performance Impacts | Paul, Ashik | Impact of multi-constellation satellite signal reception on performance of SBAS under adverse ionospheric conditions |
25 | High & Mid-Latitude Irregularities | Eltrass, Ahmed | Analysis and Modeling of Mid-latitude Decameter-Scale Plasma Wave Irregularities Utilizing GPS and Radar Observations |
27 | GNSS Performance Impacts | Purohit, P.K. | Ionospheric Irregularity Influences On GPS Time Delay |
29 | Prop Theory/Scint Models | Huang, Chaosong | Modelling the zonal drift of equatorial plasma irregularities and scintillation |
30 | HF TID Detection & Effects | Coleman, Christopher | The Simulation of a Disturbed HF Channel |
31 | Sensing Techniques/Methods | Gentile, Louise | C/NOFS and the Air Force Research Laboratory's Thermospheric Research and Reentry EXperiment (T-RREX) |
32 | Active Ionospheric Modification | Kunitsyn, Vyacheslav | Radiotomographic imaging of the artificially disturbed midlatitude ionosphere with the CASSIOPE and Parus satellites. |
33 | Storms & Anomalous Conditions | Gulyaeva, Tamara | Statistical Investigation Of Ionospheric Storm And Substorm Events Using GEC And AE-Index |
34 | High & Mid-Latitude Irregularities | Nikitina, Lidia | Analysis of the geomagnetic variations and GPS scintillations over the Canadian auroral zone |
36 | Sensing Techniques/Methods | Bernhardt, Paul | Global Measurements of the Ionosphere with the CARINA Satellite Flying Between the E- and F-Layers |
37 | High & Mid-Latitude Irregularities | Mezaoui, Hichem | Characterization of the Ionospheric scintillations at high latitude using GPS signal |
38 | Prop Theory/Scint Models | Knepp, Dennis | Multiple Phase Screen Calculation of Two-way Spherical Wave Propagation in the Ionosphere |
39 | Active Ionospheric Modification | Briczinski, Stan | Recent Advances In Stimulated Electromagnetic Emission Observations with HAARP HF Heating |
40 | Active Ionospheric Modification | Bernhardt, Paul | The Largest Ionospheric Disturbances Produced by the HAARP HF Facility |
41 | Ionospheric Models | Carter, Brett | A New Prediction Capability for Post-sunset Equatorial Plasma Bubbles |
42 | HF TID Detection & Effects | Helmboldt, Joseph | Ionospheric Disturbances Observed with the VLA Ionospheric and Transient Experiment (VLITE) |
43 | Ionospheric Models | Shim, Ja Soon | Assessment of the predictive capability of IT models at the Community Coordinated Modeling Center |
47 | Storms & Anomalous Conditions | Osherovich, Vladimir | Time delay between Dst index and Magnetic Storm Related Structure in the solar wind |
48 | Other HF Propagation Phenomena | Rogers, Neil | Assimilative Real-time Models of HF Absorption at High Latitudes |
49 | Storms & Anomalous Conditions | Astafyeva, Elvira | Opposite hemispheric asymmetries in the ionospheric F- and topside regions observed during the geomagnetic storm of 29-31 August 2004 |
50 | Active Ionospheric Modification | Kotik, Dmitry | Ground based measurements of ionospheric turbulence manifestations induced by the VLF transmitter |
51 | Active Ionospheric Modification | Grach, C.M. | Preliminary results of the artificial periodic irregularities excited by the НААRP HF heater |
52 | Sensing Techniques/Methods | Zakharenkova, Irina | LEO GPS measurements to study the topside ionospheric irregularities |
53 | Sensing Techniques & Methods | Alizadeh, Mahdi | Space geodetic techniques for remote sensing the ionosphere |
55 | Prop Theory/Scint Models | Rino, Charles | Reconciling Two-Component Power-Law Spectra |
56 | Storms & Anomalous Conditions | Benson, Robert | High-Latitude Topside Ionospheric Vertical Electron-Density-Profile changes in response to Large Magnetic Storms |
58 | High & Mid-Latitude Irregularities | Mushini, Sajan | On the effect of “patchy pulsating” aurora and auroral arcs on GPS signals |
59 | HF TID Detection & Effects | Nickisch, L. J. | Assimilative Modeling of Ionospheric Dynamics for Now-casting of HF Propagation Channels in the Presence of TIDs |
60 | Sensing Techniques/Methods | Wang, Yongli | Data Services Upgrade: Perfecting the ISIS-I topside digital ionogram database |
61 | Ionospheric Models | Galkin, Ivan | GAMBIT Database and Explorer for Analysis of Real-Time IRI Maps of F2 Layer Peak Height and Density |
62 | Equatorial Scint & Irregularities | Zewdie, Gebreab K. | MELISSA observations of F-region irregularities |
63 | Active Ionospheric Modification | McCoy, Robert | The Future of the High frequency Active Auroral Research Program (HAARP) |
64 | Ionospheric Models | Klimenko, Maxim | Longitudinal, UT-, and LT-variations in the F region ionosphere and plasmasphere at minimum of solar and geomagnetic activity: similarities and differences |
65 | Other HF Prop. Phenom. | Haralambous, Haris | HF spectral occupancy over the eastern Mediterranean |
66 | Storms & Anomalous Conditions | Chen, Yanhong | The observation and simulation of the ionospheric response to CIR-induced geomagnetic activity on April 4, 2005 |
67 | Sensing Techniques/Methods | Vemuri, Satya S. | Weighted Quasi-optimal and Recursive Quasi-optimal Satellite Selection Techniques for GNSS |
68 | Storms & Anomalous Conditions | Sathishkumar, S. | Mesosphere and ionospheric responses during sudden stratospheric warming events at low and high solar activity |
70 | HF TID Detection & Effects | Belehaki, Anna | Characteristics of large scale travelling ionospheric disturbances exploiting ground-based ionograms, GPS-TEC and 3D electron density distribution maps |
71 | HF TID Detection & Effects | Belehaki, Anna | Pilot network for identification of travelling ionospheric disturbances |
72 | Equatorial Scint & Irregularities | Ray, Sarbani | GPS Scintillation effects as observed from a location beyond the anomaly crest in the Indian longitude sector |
73 | Active Ionospheric Modification | Yampolski, Yuri | Investigations of the HAARP radiation propagating along the super long radio paths (review) |
74 | Active Ionospheric Modification | Grach, Savely | Artificial ionospheric perturbations studied during НААRP May-June 2014 campaign |
75 | Sensing Techniques/Methods | Rice, Donald | Expanding the Topside Sounder Digital Data Collection |
76 | Active Ionospheric Modification | Najmi, Amir | Theoretical studies of fast stochastic electron heating near the upper hybrid layer |
77 | Sensing Techniques & Methods | Sojka, Jan | Can the IGY Global Ionosphere be Recovered? |
78 | Active Ionospheric Modification | Milikh, Gennady | Studies of the Ionospheric Turbulence Excited by the Fourth Gyroharmonic at HAARP |
79 | Other HF Propagation Phenomena | Warrington, Mike | Near real-time input to an HF propagation model for nowcasting of HF communications with aircraft on polar routes |
80 | Other HF Prop. Phenom. | Klimenko, Maxim | Calculations of the ionospheric response to the geomagnetic storms and their impact on the HF radiowave propagation |
81 | Active Ionospheric Modification | Fu, Haiyang | Stimulated Brillouin Scattering During Electron Gyro-Harmonic Heating at EISCAT |
82 | GNSS Performance Impacts | Beniguel, Yannick | MONITOR2: ionospheric monitoring network in support to SBAS and other GNSS and scientific purposes |
83 | Equatorial Scint & Irregularities | Khadka, Sovit | Relations Between The Equatorial Vertical Drifts, Electrojet, GPS TEC And Scintillation During The 2008-09 Solar Minimum |
84 | Active Ionospheric Modification | Vartanyan, Aram | Generation of Whistler Waves by Continuous HF Heating of the Upper Ionosphere |
85 | Active Ionospheric Modification | Sato, Hiroatsu | GNSS probing of local ionospheric disturbances in high latitude |
86 | Ionospheric Models | McDonald, Sarah | SAMI3/WACCM-X Simulations of the Ionosphere during 2009 |
87 | Active Ionospheric Modification | Yampolski, Yuri | Stimulated plasma emission at the second harmonic of the pump wave |
88 | Other HF Prop. Phenom. | Didebulidze, G. | Formation and behavior of Es layers under influence of AGWs evolving in the horizontal shear flow |
89 | HF TID Detection & Effects | Huang, Xueqin | Comparing TID Simulations Using 3D Raytracing and Mirror Reflection |
90 | Ionospheric Models | Scherliess, Ludger | The USU-GAIM Data Assimilation Models for Ionospheric Specifications and Forecasts |
91 | Prop Theory/Scint Models | Huba, Joseph | Electrostatic Reconnection in the Ionosphere |
92 | Sensing Techniques/Methods | Karatay, Secil | Seasonal, Equinox and Solstice Variations of the Ionosphere over Turkey |
93 | Sensing Techniques/Methods | Dymond, Kenneth | Applications of Image Space Reconstruction Algorithms to Ionopsheric Tomography |
94 | Active Ionospheric Modification | Ruddle, John | Expanding the Frequency Resolution of TOA Analysis Applied to ELF/VLF Wave Generation Experiments at HAARP |
95 | Sensing Techniques & Methods | Budzien, Scott | Full-Orbit Ultraviolet Ionospheric Tomography and Applications |
96 | Ionospheric Models | Dymond, Kenneth | Validation of Ionospheric Models using COSMIC TEC Measurements |
97 | Sensing Techniques/Methods | Dymond, Kenneth | Validation of Special Sensor Ultraviolet Limb Imager (SSULI) Ionospheric Tomography using ALTAIR Incoherent Scatter Radar Measurements |
98 | Active Ionospheric Modification | Moore, Robert | Experimental Observations of ELF/VLF Wave Generation Using Optimized Beam-Painting |
99 | HF TID Detection & Effects | Gaussiran, Thomas | HF Signal Geolocation versus Ionospheric Structure: An Engineering Solution Approach |
101 | Sensing Techniques/Methods | Kunitsyn, Vyacheslav | Ionospheric structures detected by radio tomography during the geomagnetic disturbances |
102 | Active Ionospheric Modification | Siefring, Carl | First Results from the 2014 Coordinated Measurements Campaign |
103 | Sensing Techniques/Methods | Kunitsyn, Vyacheslav | GNSS-Based Radio Tomographic Studies of the Ionosphere at Different Latitudes |
104 | Active Ionospheric Modification | Sheerin, J. P. | Experimental Studies of RF Generated Ionospheric Turbulence |
105 | Natural Hazard Detection | Karaboga, Tuba | A Statistical Study On Earthquakes And Ionospheric F2 Region Critical Frequencies |
106 | Other HF Prop. Phenom. | Zabotin, Nikolay | A Study of Thermospheric Gravity Wave Activity Based on the Analysis of Tromsø and Wallops Island Dynasonde Data |
107 | Sensing Techniques/Methods | Bishop, Rebecca | GPS Occultation Density Observations Associated with the Midnight Temperature Maximum |
108 | GNSS Performance Impacts | Altshuler, Eric | Scintillation Characterization for WAAS during Solar Maximum |
109 | GNSS Performance Impacts | Cherniak, Iurii | Study of the ionosphere irregularities caused by Space Weather activity on the base of GNSS measurements. |
110 | GNSS Performance Impacts | Obrou, Olivier | Impact of the Avril 5, 2010 geomagnetic storm on GPS positioning accuracy at Yamoussoukro |
111 | HF TID Detection & Effects | Zawdie, Katherine | Ionospheric Raytracing with MoJo |
112 | Storms & Anomalous Conditions | Thomas, Evan | Ionospheric Storm Effects in GPS Total Electron Content |
113 | Equatorial Scint & Irregularities | Yizengaw, Endawoke | Post-midnight Bubbles Longitudinal Dependence |
114 | HF TID Detection & Effects | Valladares, Cesar | Observations of MSTIDs at low and mid latitudes |
116 | Natural Hazard Detection | Sondhiya, Deepak K. | Wavelet analysis of an Ionospheric foF2 parameter as a Precursor of Earthquakes using Ground based Techniques |
117 | Storms & Anomalous Conditions | Ugwu, Ernest B. I. | Solar Wind Turbulence As A Driver Of Geomagnetic Activity |
120 | Active Ionospheric Modification | Caton, Ronald | Incoherent Scatter Observations of Artificially Enhanced Ionosphere during the AFRL Metal Oxide Space Cloud Experiment (MOSC) |
121 | Prop Theory/Scint Models | Carrano, Charles | A Strong-Scatter Theory of Ionospheric Scintillations for Two-Component Power Law Irregularity Spectra |
122 | Prop Theory/Scint Models | Carrano, Charles | Inferring Zonal Irregularity Drift from Single-Station Measurements of Amplitude (S4) and Phase (Sigma-phi) Scintillations |
123 | Storms & Anomalous Conditions | Goncharenko, Larisa | Spatial and temporal extent of ionospheric anomalies during sudden stratospheric warmings in the daytime ionosphere |
124 | Storms & Anomalous Conditions | Goncharenko, Larisa | Deep ionospheric hole created by sudden stratospheric warming in the post-midnight ionosphere |
125 | HF TID Detection & Effects | Coster, Anthea | Monitoring Traveling Ionospheric Disturbances With a Global Mobile Device Network |
126 | High & Mid-Latitude Irregularities | Coster, Anthea | Analysis of Antarctic Scintillation Measured at McMurdo and South Pole Station |
127 | Equatorial Scint & Irregularities | Morton, Yu (Jade) | Characteristics of High-latitude and Equatorial Ionospheric Scintillation of GNSS Signals |
128 | Natural Hazard Detection | Komjathy, Attila | Recent Developments in Understanding Natural-Hazards-Generated TEC Perturbations: Measurements and Modeling Results |
129 | HF TID Detection & Effects | Nickisch, L. J. | Feasibility Study for Reconstructing the Spatial-Temporal Structure of TIDs from High-Resolution Backscatter Ionograms |
130 | Other HF Prop. Phenom. | Furman, William | Wideband HF Channel Availability – Measurement techniques and Results |
131 | Ionospheric Models | Dymond, Kenneth | Improving Ionospheric Specification and Forecasting: Making the Next Steps |
133 | Prop Theory/Scint Models | Chartier, Alex | Three-Dimensional Modeling of High-Latitude Scintillation |
134 | Other HF Propagation Phenomena | Ogunmodimu, O. | A new model for predicting Radio absorption |
135 | Other HF Propagation Phenomena | Singh, Malkiat | Footprints of Space Weather Coupling and the ROTHR System |
136 | Active Ionospheric Modification | Pedersen, Todd | Empirical modeling of plasma clouds produced by the Metal Oxide Space Clouds (MOSC) experiment |
137 | Active Ionospheric Modification | Sharma, Surja | Low Frequency Waves in HF Heating of the Mid-Latitude Ionosphere |
138 | HF TID Detection & Effects | Bust, Gary | New Methods of Characterizing Traveling Ionospheric Disturbances using GNSS Measurement |
139 | Other HF Prop. Phenom. | Haron, Steven | HFGeo Signal Processing for Emitter Detection and Localization |
140 | Active Ionospheric Modification | Joshi, Dev | HF Propagation results from the METAL OXIDE SPACE CLOUD (MOSC) Experiment |
141 | GNSS Performance Impacts | McNeil, William | A Look at GPS Positioning in Solar Cycle 24 |
142 | HF TID Detection & Effects | Groves, Keith | Predicting HF Signatures with GPS |
143 | HF TID Detection & Effects | Crowley, Geoff | Wave Analysis of Traveling Ionospheric Disturbance (TID) in GPS TEC Launched by the 2011 Tohoku Earthquake |
144 | Sensing Techniques/Methods | Azeem, Irfan | First Measurements of Equatorial Ionospheric TEC and GPS Scintillation from an Unmanned Marine Vehicle |
145 | Plenary Session | Gopalswamy, N. | The Mild Space Weather in Solar Cycle 24 |
146 | Plenary Session | Goodman, John | Ionospheric Research Perspectives and Challenges: 1975-2015 |
147 | Active Ionospheric Modification | Bernhardt, Paul | A Physics Based Model of the Ionization of Samarium by the MOSC Chemical Releases in the Upper Atmosphere |
148 | Ionospheric Models | Knipp, Delores | A fast, parameterized model of upper atmospheric ionization rates, chemistry, and conductivity |
149 | Missions and Data Services | Straus, Paul | COSMIC-2: A Platform for Advanced Ionospheric Observations |