@PhDThesis{Silva:2024:NoAbGa,
author = "Silva, Cristiane Mariano Zavati",
title = "Uma nova abordagem para Garantia de Miss{\~a}o M{\'{\i}}nima
Vi{\'a}vel (GMMV) para sat{\'e}lites de pequeno e m{\'e}dio
porte considerando requisitos cr{\'{\i}}ticos,
restri{\c{c}}{\~o}es p{\'e}treas e crit{\'e}rios de
decis{\~a}o balanceados",
school = "Instituto Nacional de Pesquisas Espaciais (INPE)",
year = "2024",
address = "S{\~a}o Jos{\'e} dos Campos",
month = "2023-11-24",
keywords = "garantia de miss{\~a}o, produto m{\'{\i}}nimo vi{\'a}vel,
controle da qualidade, garantia do produto, sat{\'e}lites de
pequeno e m{\'e}dio porte, mission assurance, minimum viable
product, quality control, product assurance, small and
medium-sized satellites.",
abstract = "A hist{\'o}ria das miss{\~o}es espaciais mostra que: 1) a sua
Fase Pioneira (Old Space, do lan{\c{c}}amento do Sputnik 1, em 04
out. 1957, ao {\'u}ltimo lan{\c{c}}amento do {\^O}nibus
Espacial, em 08 jul. 2011) foi conduzida por duas
super-pot{\^e}ncias (EUA e URSS), priorizando os requisitos
cr{\'{\i}}ticos, por motivos pol{\'{\i}}ticos e militares, via
a Garantia de Miss{\~a}o Espacial {{Cl{\'a}ssica;}} 2) a sua
Fase de Transi{\c{c}}{\~a}o (Transition Space, do
in{\'{\i}}cio da montagem da ISS (Esta{\c{c}}{\~a}o Espacial
Internacional) em {\'o}rbita, em 20 nov. 1998 ao fim da sua
montagem e in{\'{\i}}cio da sua opera{\c{c}}{\~a}o, em 08 jul.
2011) incluiu 10 pa{\'{\i}}ses, priorizando a
coopera{\c{c}}{\~a}o internacional, por motivos
diplom{\'a}ticos e financeiros, via Garantias de Miss{\~o}es
Espaciais {{Compartilhadas;}} 3) a sua Fase Contempor{\^a}nea
(New Space, da funda{\c{c}}{\~a}o da SpaceX, em 06 maio 2002, ao
dia presente, 24 nov. 2023) passou a incluir empresas, priorizando
as restri{\c{c}}{\~o}es p{\'e}treas, por motivos comerciais e
pela redu{\c{c}}{\~a}o de riscos, via a Garantia de Miss{\~a}o
Espacial Moderna. Tais fases sugerem um balan{\c{c}}o entre elas
e uma adequa{\c{c}}{\~a}o a miss{\~o}es e atores mais modestos.
Assim, este trabalho apresenta uma nova abordagem para Garantia de
Miss{\~a}o M{\'{\i}}nima Vi{\'a}vel (GMMV) para sat{\'e}lites
de pequeno e m{\'e}dio porte considerando requisitos
cr{\'{\i}}ticos, restri{\c{c}}{\~o}es p{\'e}treas e
crit{\'e}rios de decis{\~a}o balanceados. Para isso, o trabalho:
1) revisa e analisa a literatura sobre as Garantias de Miss{\~a}o
Espacial Cl{\'a}ssica e Moderna, no {\^a}mbito nacional e
internacional, tendo como foco sat{\'e}lites de pequeno e
m{\'e}dio porte e identifica os processos, as atividades, e os
documentos {{relacionados;}} 2) atrav{\'e}s de
compara{\c{c}}{\~o}es entre estes, elenca as lacunas de
conhecimento para poss{\'{\i}}veis adapta{\c{c}}{\~o}es e
at{\'e} {{melhorias;}} 3) prop{\~o}e uma nova abordagem para a/
denominada de Garantia de Miss{\~a}o M{\'{\i}}nima Vi{\'a}vel
e tamb{\'e}m um m{\'e}todo de sele{\c{c}}{\~a}o de requisitos
cr{\'{\i}}ticos e restri{\c{c}}{\~o}es {{p{\'e}treas;}} 4)
ilustra o m{\'e}todo por meio de uma aplica{\c{c}}{\~a}o a um
estudo de caso, na {\'a}rea espacial. Ao fim do trabalho foi
poss{\'{\i}}vel compreender profundamente os processos
utilizados, seus padr{\~o}es, e apresentar algumas
adequa{\c{c}}{\~o}es, melhorias inovadoras e exemplos de
utiliza{\c{c}}{\~a}o. ABSTRACT: The history of space missions
shows that: 1) its Pioneer Phase (Old Space, from the launch of
Sputnik 1, on Oct. 4th, 1957, to the last launch of the Space
Shuttle, on July 8th, 2011) was led by two superpowers (USA and
USSR), prioritizing critical requirements, for political and
military reasons, through the Classic Space Mission {{Assurance;}}
2) its Transition Phase (Transition Space, from the beginning of
the assembly of the ISS (International Space Station) in orbit, on
Nov. 20th, 1998 to the end of its assembly and beginning of its
operation, on July 08th, 2011) included ten countries,
prioritizing international cooperation, for diplomatic and
financial reasons, through Shared Space Mission {{Assurances;}} 3)
its Contemporary Phase (New Space, from the founding of SpaceX, on
May 06th, 2002, to today, Nov. 24th, 2023) begun including
companies, prioritizing stone restrictions, for commercial reasons
and reduction of risks through the Modern Space Mission Assurance.
Such phases suggest a balance among them and adequating them to
more modest missions and actors. Thus, this work presents a new
approach to a Minimum Viable Mission Assurance (MVMA) for small
and medium-sized satellites considering critical requirements,
stone restrictions, and balanced decision criteria. To this end,
the work: 1) reviews and analyzes the literature on Classic and
Modern Space Mission Assurances at national and international
levels, focusing on small and medium-sized satellites and
identifies related activities, processes, and {{documents;}} 2)
through comparisons among them, identify knowledge gaps for
possible adaptations and even {{improvements;}} 3) proposes a new
approach to the/ called of Minimum Viable Mission Assurance and
also a method for selecting critical requirements and stone
{{restrictions;}} 4) illustrates the method through an application
to a case study, in the space area. At the end of the work, it was
possible to deeply understand the processes used, their
standards.",
committee = "Santos, Walter Abrah{\~a}o dos (presidente) and Souza, Marcelo
Lopes de Oliveira e (orientador) and May, Jos{\'e} Eduardo and
Robertis, Eveline de and Niwa, M{\'a}rio and Santos, Willer Gomes
dos",
englishtitle = "A new approach to a minimum viable mission assurance (MVMA) for
small and medium-sized satellites considering critical
requirements, stone restrictions, and balanced decision criteria",
language = "pt",
pages = "219",
ibi = "8JMKD3MGP3W34T/4A96HDH",
url = "http://urlib.net/ibi/8JMKD3MGP3W34T/4A96HDH",
targetfile = "publicacao.pdf",
urlaccessdate = "27 abr. 2024"
}