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An Operating System for Cyber-Physical Manufacturing (OSCM) to Enable and Grow Cyber-Physical Manufacturing Networks (CYMAN)
An Operating System for Cyber-Physical Manufacturing (OSCM) to Enable and Grow Cyber-Physi...
An Operating System for Cyber-Physical Manufacturing (OSCM) to Enable and Grow Cyber-Physical Manufacturing Networks (CYMAN)

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자료유형  
 학위논문 서양
최종처리일시  
20260209102837
ISBN  
9798314849392
DDC  
621
저자명  
Toro Santamaria, Ricardo.
서명/저자  
An Operating System for Cyber-Physical Manufacturing (OSCM) to Enable and Grow Cyber-Physical Manufacturing Networks (CYMAN)
발행사항  
[Sl] : University of Illinois at Urbana-Champaign, 2023
발행사항  
Ann Arbor : ProQuest Dissertations & Theses, 2023
형태사항  
180 p
주기사항  
Source: Dissertations Abstracts International, Volume: 86-11, Section: A.
주기사항  
Includes supplementary digital materials.
주기사항  
Advisor: Ferreira, Placid M.
학위논문주기  
Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2023.
초록/해제  
요약The evolution of factory technologies has enabled a significant level of manufacturing flexibility through the use of programmable automation such as CNC and PLCs, hardware innovations such as quick-change tooling, and operator assist technologies. However, the manufacturing information system remains the most inflexible aspect of a factory. These systems are typically customized for manufacturers by system integrators and are often composed of large monolithic systems built around an ERP/MRP framework or a collection of decision-support software tools that are poorly integrated, with a patchwork of communication channels connecting them.On the other hand, cloud-based information service platforms, such as those used in social networks and service brokers, have experienced multiple cycles of rapid evolution, resulting in a tremendous increase in their ability to handle increasingly large data scales and rates while maintaining their elasticity and flexibility. This swift advancement of cloud-based information services has sparked a new era in the manufacturing industry, as evident in the emergence of manufacturing cyber-physical system technologies, including the Industrial Internet of Things (IIoT) and Cloud Manufacturing (CM). These technologies are part of the broader context of the unfolding fourth industrial revolution, also known as Industry 4.0 or Digital Manufacturing. This revolution emphasizes the importance of connectivity, information, and machine-based intelligence to create a new paradigm for manufacturing that is highly flexible, scalable, responsive, and intelligent.The work proposed in this dissertation facilitates the digital transformation of manufacturing organizations by designing, implementing, and testing an infrastructure platform that can handle shopfloor information. This platform, called Operating System for Cyber-Physical Manufacturing (OSCM), combines cloud and edge elements to achieve three objectives: (1) enable connectivity and interaction between manufacturing jobs, machines, and manufacturing software applications; (2) capture the events and data that result from these interactions; and (3) process, distribute, store, and serve them to the desired end-points. The dissertation explores how modern cloud and web computing concepts and frameworks, such as containerization, microservices, event-based designs, and pub-sub messaging, can be utilized to develop a configurable, user-friendly, flexible, and scalable information environment for the manufacturing shopfloor.The first portion of the dissertation introduces the software architecture for OSCM that is envisioned to facilitate and track the interaction between a manufacturing job, physical resources, and the software services (or apps) around them. Then, the dissertation provides a comprehensive explanation of an event-based architecture for OSCM. This architecture allows for flexible distribution of resource or transaction-related events/data to various decision-making and manufacturing software tools through an event/message service. The following chapter examines the performance of the proposed event-driven service. To evaluate the system's capabilities and identify its limitations, multiple experiments are designed and conducted. Then, practical recommendations are made based on the findings of the experiments to assist in the deployment and implementation of OSCM. The subsequent Chapter outlines seven different applications and discusses their potential benefits. These applications include a research collaborative tool, an archival data storage system for supporting AI and machine learning analytic tools, three different monitoring applications with varying implementation complexities, a production line simulator tool, and an automated work-order execution system, which demonstrates the control capabilities of applications within the OSCM ecosystem. The dissertation concludes by providing a comprehensive summary of the proposed framework infrastructure's benefits and advantages in comparison to traditional manufacturing operations and information systems. Furthermore, it offers valuable insights into potential areas for future research based on the investigation presented in this dissertation.
일반주제명  
Mechanical engineering
일반주제명  
Computer engineering
일반주제명  
Information science
키워드  
Operating System for Cyber-Physical Manufacturing
키워드  
Cloud Manufacturing
키워드  
Industry 4.0
키워드  
Digital manufacturing
키워드  
Information systems
키워드  
Smart manufacturing
기타저자  
University of Illinois at Urbana-Champaign Mechanical Sci & Engineering
기본자료저록  
Dissertations Abstracts International. 86-11A.
전자적 위치 및 접속  
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MARC

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■1001  ▼aToro  Santamaria,  Ricardo.
■24513▼aAn  Operating  System  for  Cyber-Physical  Manufacturing  (OSCM)  to  Enable  and  Grow  Cyber-Physical  Manufacturing  Networks  (CYMAN)
■260    ▼a[Sl]▼bUniversity  of  Illinois  at  Urbana-Champaign▼c2023
■260  1▼aAnn  Arbor▼bProQuest  Dissertations  &  Theses▼c2023
■300    ▼a180  p
■500    ▼aSource:  Dissertations  Abstracts  International,  Volume:  86-11,  Section:  A.
■500    ▼aIncludes  supplementary  digital  materials.
■500    ▼aAdvisor:  Ferreira,  Placid  M.
■5021  ▼aThesis  (Ph.D.)--University  of  Illinois  at  Urbana-Champaign,  2023.
■520    ▼aThe  evolution  of  factory  technologies  has  enabled  a  significant  level  of  manufacturing  flexibility  through  the  use  of  programmable  automation  such  as  CNC  and  PLCs,  hardware  innovations  such  as  quick-change  tooling,  and  operator  assist  technologies.  However,  the  manufacturing  information  system  remains  the  most  inflexible  aspect  of  a  factory.  These  systems  are  typically  customized  for  manufacturers  by  system  integrators  and  are  often  composed  of  large  monolithic  systems  built  around  an  ERP/MRP  framework  or  a  collection  of  decision-support  software  tools  that  are  poorly  integrated,  with  a  patchwork  of  communication  channels  connecting  them.On  the  other  hand,  cloud-based  information  service  platforms,  such  as  those  used  in  social  networks  and  service  brokers,  have  experienced  multiple  cycles  of  rapid  evolution,  resulting  in  a  tremendous  increase  in  their  ability  to  handle  increasingly  large  data  scales  and  rates  while  maintaining  their  elasticity  and  flexibility.  This  swift  advancement  of  cloud-based  information  services  has  sparked  a  new  era  in  the  manufacturing  industry,  as  evident  in  the  emergence  of  manufacturing  cyber-physical  system  technologies,  including  the  Industrial  Internet  of  Things  (IIoT)  and  Cloud  Manufacturing  (CM).  These  technologies  are  part  of  the  broader  context  of  the  unfolding  fourth  industrial  revolution,  also  known  as  Industry  4.0  or  Digital  Manufacturing.  This  revolution  emphasizes  the  importance  of  connectivity,  information,  and  machine-based  intelligence  to  create  a  new  paradigm  for  manufacturing  that  is  highly  flexible,  scalable,  responsive,  and  intelligent.The  work  proposed  in  this  dissertation  facilitates  the  digital  transformation  of  manufacturing  organizations  by  designing,  implementing,  and  testing  an  infrastructure  platform  that  can  handle  shopfloor  information.  This  platform,  called  Operating  System  for  Cyber-Physical  Manufacturing  (OSCM),  combines  cloud  and  edge  elements  to  achieve  three  objectives:  (1)  enable  connectivity  and  interaction  between  manufacturing  jobs,  machines,  and  manufacturing  software  applications;  (2)  capture  the  events  and  data  that  result  from  these  interactions;  and  (3)  process,  distribute,  store,  and  serve  them  to  the  desired  end-points.  The  dissertation  explores  how  modern  cloud  and  web  computing  concepts  and  frameworks,  such  as  containerization,  microservices,  event-based  designs,  and  pub-sub  messaging,  can  be  utilized  to  develop  a  configurable,  user-friendly,  flexible,  and  scalable  information  environment  for  the  manufacturing  shopfloor.The  first  portion  of  the  dissertation  introduces  the  software  architecture  for  OSCM  that  is  envisioned  to  facilitate  and  track  the  interaction  between  a  manufacturing  job,  physical  resources,  and  the  software  services  (or  apps)  around  them.  Then,  the  dissertation  provides  a  comprehensive  explanation  of  an  event-based  architecture  for  OSCM.  This  architecture  allows  for  flexible  distribution  of  resource  or  transaction-related  events/data  to  various  decision-making  and  manufacturing  software  tools  through  an  event/message  service.  The  following  chapter  examines  the  performance  of  the  proposed  event-driven  service.  To  evaluate  the  system's  capabilities  and  identify  its  limitations,  multiple  experiments  are  designed  and  conducted.  Then,  practical  recommendations  are  made  based  on  the  findings  of  the  experiments  to  assist  in  the  deployment  and  implementation  of  OSCM.  The  subsequent  Chapter  outlines  seven  different  applications  and  discusses  their  potential  benefits.  These  applications  include  a  research  collaborative  tool,  an  archival  data  storage  system  for  supporting  AI  and  machine  learning  analytic  tools,  three  different  monitoring  applications  with  varying  implementation  complexities,  a  production  line  simulator  tool,  and  an  automated  work-order  execution  system,  which  demonstrates  the  control  capabilities  of  applications  within  the  OSCM  ecosystem.  The  dissertation  concludes  by  providing  a  comprehensive  summary  of  the  proposed  framework  infrastructure's  benefits  and  advantages  in  comparison  to  traditional  manufacturing  operations  and  information  systems.  Furthermore,  it  offers  valuable  insights  into  potential  areas  for  future  research  based  on  the  investigation  presented  in  this  dissertation.
■590    ▼aSchool  code:  0090.
■650  4▼aMechanical  engineering
■650  4▼aComputer  engineering
■650  4▼aInformation  science
■653    ▼aOperating  System  for  Cyber-Physical  Manufacturing
■653    ▼aCloud  Manufacturing
■653    ▼aIndustry  4.0
■653    ▼aDigital  manufacturing
■653    ▼aInformation  systems
■653    ▼aSmart  manufacturing
■690    ▼a0548
■690    ▼a0464
■690    ▼a0723
■71020▼aUniversity  of  Illinois  at  Urbana-Champaign▼bMechanical  Sci  &  Engineering.
■7730  ▼tDissertations  Abstracts  International▼g86-11A.
■790    ▼a0090
■791    ▼aPh.D.
■792    ▼a2023
■793    ▼aEnglish
■85640▼uhttp://www.riss.kr/pdu/ddodLink.do?id=T17365848▼nKERIS▼z이  자료의  원문은  한국교육학술정보원에서  제공합니다.

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