As described by Cerwin (2020), the timing ticks that mark each second on WWV can be used to observe multipath propagation. We present our setup, which is similar to Cerwin’s, and describe our work towards automating the collection of timing tick observations. We demonstrate methods of collecting this data by using trace-collection features of certain Rigol oscilloscopes, as well as features of associated computer control software. We also discuss software libraries for a general approach suited to many oscilloscopes, and how these data might be collected by the in-development Personal Space Weather Station. We conclude with a request to the HamSCI community to help develop this technique and broaden its scientific applications.
BT - HamSCI Workshop 2020 C1 -Click here to download the poster as a pdf.
CY - Scranton, PA DA - 03/2020 LA - eng N2 -As described by Cerwin (2020), the timing ticks that mark each second on WWV can be used to observe multipath propagation. We present our setup, which is similar to Cerwin’s, and describe our work towards automating the collection of timing tick observations. We demonstrate methods of collecting this data by using trace-collection features of certain Rigol oscilloscopes, as well as features of associated computer control software. We also discuss software libraries for a general approach suited to many oscilloscopes, and how these data might be collected by the in-development Personal Space Weather Station. We conclude with a request to the HamSCI community to help develop this technique and broaden its scientific applications.
PB - HamSCI PP - Scranton, PA PY - 2020 T2 - HamSCI Workshop 2020 TI - WWV Time Tick Observations: Towards an Automated Approached ER -