Lecturers

 

Video introductions to the various ISR facilities

Tools

Please fill 2023 ISR Summer School Evaluation

Pictures ISR Summer School 2023

  pictures (courtesy of Craig Heinselman)

 pictures (courtesy of Asti Bhatt)

 pictures (courtesy of Phil Erickson)

AMISR Experiment Design

ISR Summer School 2023 Experiment request

AMISR schedule of actual operations

PFISR beam positions

PFISR real time data display

SWPC web page

Condegrams

2023 Student Groups

Past years ISR school wiki pages

MIT small radar site

2023 NSF ISR Photo release form

 

DateTimeTopic for ExercisesInstructorVideosSlidesExercises
Sunday July 166:30 PMDinner/Get-together    
       
Monday July 177:30 AMBreakfast    
 8:30 AMIntroduction of participants

All

   
  Computer needs and other logisticsPablo Reyes   
  Group Assignments    
 9:15 AMIntroduction to the IonosphereRoger VarneyTo make

IntroToIonosphere.pdf

 

 
       
 10:00 AMBreak    
       
 10:15 AMISR as a black boxBill RideoutISR as a black box ISR as a black boxISR BlackBox Exercise
       
 11:00 AMRadar PhysicsAnthea CosterRadar Physics

IntroToRadar.pdf

Part_1_RADAR_PHYSICS_EM.pdf

PART_2_RADAR_PHYSICS_RADAR.pdf

PART_3_RADAR_PHYSICS_Pulses.pdf

PART_4_RADAR_PHYSICS_DOPPLER.pdf

Hard target example

 

 

 
       
 12:00 PMLunch    
       
 1:30 PMIntro to Radar Signal ProcessingCraig HeinselmanIntro to Radar Signal Processing

RadarSignalProcessing_2023.pdf

 

 
       
 2:30 PMMadrigal DatabaseBill Rideout Pablo ReyesMadrigalMadrigal_isr_workshop_2023.pdf 
  Group work on Madrigal Exercises   

Ex 1: PFISR example, Millstone example

Ex 2: Web interface

Ex 3: Script interface

       
 3:30 PMISR Data Examples

Asti Bhatt

Roger Varney

ISR Theory  
  Group work on ISR Examples    
  Groups present ISR Examples    
       
       
 4:30 PMBasics of Phased ArraysRoger VarneyPhased ArraysphasedArrays.pdf 
 5:00 PM

Statiscal Signal Processing +

Experiment design

Asti Bhatt / Roger Barney

 

radarStats2.pdf

AMISR_experiment_design.pdf

 
 6:30 PMDinner    
       
Tuesday July 187:00 AMBreakfast    
 8:00 AMLeave for Poker Flat    
 9:00 AMPoker Flat tour    
 12:00 PMLunch at Poker Flat    
 1:00 PMGroup work on Experiment Design    
 3:30 PMDeadline to submit experiments    
 4:00 PMTravel back to University    
 5:00 PMDinner    
 6:00 PMStudent Time Block 1 (2 hrs)   All instructors attend Block 1
 8:00 PMStudent Time Block 2 (2 hrs)    
 10:00 PMStudent Time Block 3 (2 hrs)    
       
Wednesday July 197:00 AMStudent time block 4 (2 hrs)    
 8:30-9:30 AMBreakfast    
       
 9:00 AMStudent time block 5 (2 hrs)    
       
 11:00 AMStatistical Signal ProcessingRoger VarneyStatistical Signal ProcessingradarStats3.pdf 
       
 11:30 AMISR TheoryPhil EricksonISR Theory

IS_Theory_2023.pdf

is_spectral_shape_group_exercises.pdf

 
       
 12:30 PMLunch    
       
 1:30 PMNSF facilities lectureRoman Makarevich   
       
 2:00 PMStart of Group Work    
       
 6:30 PMDinner    
       
Thursday July 207:30 AMBreakfast    
       
 8:30 AMData analysis and fitting 1Pablo ReyesData analysis and fitting 1

01_introduction_2021.pdf

02_modeling_data_fitting_2021.pdf

03_errors_goodness_of_fit_2021.pdf

04_calibration_2021.pdf

summary_slides_fitting.pdf

 

 
 9:30 AMData analysis and fitting 2Phil EricksonData analysis and fitting 2

05_fitting_examples.pdf

06_common_sense_isdata_interp.pdf

07_isr_basic_derived_science_examples.pdf

 
       
 10:30 AMBreak    
       
 10:45 AMOpen Question and Answer    
       
 12:00 PMLunch    
       
 1:00 PMAuroral Science lectureDon Hampton   
       
 1:45 PMGroup work    
       
 6:30 PMDinner    
       
 7:30 PMMIT IAP “Cantenna” Small Radar discussion and demonstrationPhil Erickson 

Build a small radar system (MIT Open Course)

Tiny spectrum analyzer

NanoVNA Vector Network Analyzer

Doppler Process.ipynb

Ranging Process.ipynb

 
       
       
Friday July 217:30 AMBreakfast    
       
 8:30 AMAdvanced Phased Array/Eiscat-3DCraig Heinselman 

Advanced Phase Array

 

 
       
 9:30 AMOpen Question and Answer    
       
 10:15 AMBreak    
       
 10:30 AMGroup work    
       
 12:00 PMLunch    
       
 1:00 PMSpecial topic lectureJintai Li   
       
 1:45 PMGroup work    
       
 6:30 PMDinner    
       
Saturday July 227:30 AMBreakfast    
 8:30 AMGroup 1 Presentation    
 9:00 AMGroup 2 Presentation    
 9:30 AMGroup 3 Presentation    
 10:00 AMBreak    
 10:30 AMGroup 4 Presentation    
 11:00 AMGroup 5 Presentation    
       
 11:30 AMWrap-up and Review    
       
 12:00 PMLunch    
       
 1:00 PMDepart
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