1er IoST Workshop: Construyendo puentes para una red global

El internet de las cosas (Internet fo Things -IoT) es una área con un desarrollo exponencial en las comunicaciones. 

El IoT implica la interconexión de dispositivos físicos integrados con componentes electrónicos, software y sensores que intercambian datos.

Este es el primer taller centrado en la coordinación potencial de la red multinacional de Internet de las Cosas Espaciales (IoT), explorando el potencial de LPWA como la técnica de radio LoRa y los satélites estandarizados o cubesats.

En este contexto, este taller tendrá los siguientes temas a lo largo de su programa:

1.- Necesidades de conectividad de áreas clave.

2.- Avances técnicos.

3.- Regulación y coordinación.

 

Link del evento: https://spel-uchile.github.io/iost-workshop/

 

Conoce todo el programa aquí:

 

DAY 1 PROGRAM, Thursday, April 4 th, 2024

9:30 – 9:45 Participants registration

9:45 – 10:00 Welcome words PhD Marcos Diaz

Space and Planetary Exploration Laboratory; SPEL- U. de Chile

Panel 1

10:00 –10:20 Incorporation of Internet of Space Things (IoST) into the development of the national satellite system (SNSAT).  Colonel (I) Hernan Tello Sepulveda Chilean. Air Force

10:20 - 10:40 Status of the activities in Chile related to Internet of Space Things (IoST) PhD Marcos Díaz.  Space and Planetary Exploration Laboratory; SPEL- U. de Chile

10:40– 11:00 LoRa communication systems in CubeSats: ArkEdge cases and future plans Masanobu Tsuji ArkEdgeSpace.

11:00 – 11:40 Coffee break

Panel 2

11:40 –12:00 Channel Modeling in IoT Deployments Supported by LEO Nanosatellites PhD Césa Azurdia. Department of Electrical Engineering of the University of Chile

12:00 –12:20 Using novel manufacturing technologies for CubeSat antennas: preliminary results. PhD Francisco Pizarro. Pontificia Universidad Católica de Valparaíso, PUCV

12:20 –12:50 Group discussion activity (PhD Marcos Diaz & PhD Sofía Vargas)

12:50 –14:00 Lunch

Panel 3

14:00– 14:20 Impact of space weather effects on IoST performance. PhD Juan Carlos Valdés. Space and Planetary Exploration Laboratory; SPEL- U. de Chile.

14:20 –14:40 Reprogramming capabilities of a IoST CubeSat PhD Matías Vidal. Space and Planetary Exploration Laboratory; SPEL- U. de Chile.

14:40- 15:00 Satellite positioning using IoT signals. PhD (c) Rodrigo Muñoz. Space and Planetary Exploration Laboratory; SPEL- U. de Chile

15:00 –15:20 Challenges and restrictions in propulsion systems to correct the orbital altitude of IoT CubeSats. Janis Licuime Rivera. Space and Planetary Exploration Laboratory; SPEL- U. de Chile.

15:20 – 15:40 Challenges in large satellite constellations operations for IoST applications (ONLINE). PhD Carlos González. German Aerospace Center (DLR).

15:40- 16:00 Potential uses for space applications of a network of telescopes originally conceived to perform fast- photometry solar system studies. PhD Cesar Fuentes Universidad de Chile, UCH.

16:00- 16:20 Preliminary efforts for multi- Sensor, multi-Space Object, multi-Tracking using Lie Algebra and Low Cost Telescopes. PhD Martin Adams. Universidad de Chile, UCH.

16:20 – 16:40 Optical detection and tracking of satellites from ground. PhD Esteban Vera Pontificia Universidad Católica de Valparaíso, PUCV.

16:40- 17:00 Coffee break

17:00 – 17:45 Group discussion activity- Closing the day (PhD Marcos Diaz & PhD Sofía Vargas) Space and Planetary Exploration Laboratory

Friday, April 5th, 2024

9:30 – 9:45 Participants registration

9:45 –10:00 Welcome message University authority FCFM- U.de Chile

Panel 1

10:00 – 10:20 Zero digital GAP: what we are missing and how satellite technologies can help. Claudio Araya San Martín (Subsecretario). Subsecretaría de Telecomunicaciones de Chile.

10:20 -10:40 LoraWAN Use Cases and Deployment Experiences in Chile Tzu-Chiang Shen BlueShadows.

10:40– 11:00 Opportunities using narrow band technology in collaboration with the ham radio community in Chile Italo Mazzei Radio Amateurs Chile.

11:00 – 11:40 Coffee break

Panel 2

11:40 –12:00 Plasma thruster for CubeSats. PhD Leopoldo Soto. Comisión Chilena de Energía Nuclear.

12:00 –12:20 IoST to monitor and track reentering spacecraft. PhD Rodrigo Cassineli. Universidad Federico Santa María.

12:20 – 12:50 Group discussion activity (Dr. Marcos Diaz & Dr. Sofía Vargas)
 

12:50 – 14:00 Lunch

 

Panel 3

14:00– 14:20 Improving the initial calibration of attitude estimation for an IoT CubeSat. PhD (c) Elías Obreque. Space and Planetary Exploration Laboratory; SPEL- U. de Chile.

14:20 - 14:40 Attitude Determination and system Control Methods for IoT Cubesat Felipe Díaz. Space and Planetary Exploration Laboratory; SPEL- U.de Chile.

14:40 – 15:00 Attitude determination systems for IoT nanosatellites. PhD Samuel Gutierrez. Space and Planetary Exploration Laboratory; SPEL- U. de Chile

15:00- 15:20 Design of a testing system for microsatellites propulsion with IoT mission. PhD student Emanuel Escobar. Space and Planetary Exploration Laboratory; SPEL- U. de Chile.

15:20 – 15:40 Low-cost MicroPropulsion System and its opportunities in CubeSat for fine attitude correction. Patricio Jara. Space and Planetary Exploration Laboratory; SPEL- U. de Chile.

15:40 –16:00 Design and Implementation of a Satellite Honeypot (ONLINE). PhD (c) Efrén López Morales. Texas A&M University- Corpus.

16:00 –16:20 Stabilized light sources and their applications in space missions. PhD (c) José Pedreros Space and Planetary Exploration Laboratory; SPEL- U. de Chile.

 

16:20 – 16:50 Coffee break

 

16:50 – 17:30 Group discussion activity (PhD Marcos Diaz & PhD Sofía Vargas)