In-flight target pointing calibration of the Diwata-2 earth observation microsatellite

EP Violan, S Fujita, Y Sato, Y Sakamoto… - 2021 IEEE …, 2021 - ieeexplore.ieee.org
This paper describes the target pointing calibration implemented on the Diwata-2
microsatellite for high accuracy Earth observations. An experimental procedure of using …

A localized spaceborne camera for nano-and micro-satellite platforms

DJ Occena, R Bernabe, MJ Alampay, A Hernandez… - 2021 - IET
We present a design for a locally developed spaceborne optoelectronic payload for small
satellites. The camera satisfies the mass budget requirements at 270 g, which is less than …

[PDF][PDF] ESEP: An Experimental Onboard Computing System for Localized Capacity Building and Future Philippine Microsatellites

KJ Ibarra, FF Fortes, E Pontrias, VJ Ochave, G Capardo… - 2023 - digitalcommons.usu.edu
ABSTRACT The Experimental Science & Engineering Payload (ESEP) platform is a bus and
payload system designed to host and perform the functions of the primary components of a …

[PDF][PDF] ASSESSING INTER-SENSOR ALIGNMENT OF DIWATA-2'S HIGH PRECISION TELESCOPE

KR Monay, FRM Olivar, BJP Magallon, PLAC Hilario… - acrs-aars.org
Diwata-2's High-Precision Telescope (HPT) is a multispectral optoelectronic payload,
functioning in four bands namely, Red (600 nm to 700 nm), Green (500 nm to 630 nm), Blue …

[PDF][PDF] Development of an Operating Strategy for On-Demand Earth Observation Missions of the Diwata-2 Microsatellite

EP Violan, Y Sato, Y Sakamoto, S Fujita, JA Banatao… - 2021 - philsa.gov.ph
ABSTRACT Diwata-2 is the Philippines' 2nd microsatellite developed by Tohoku University,
Hokkaido University, University of the Philippines, and the Philippine Department of Science …