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| =MIT 16.89 Spring 2019 Course=
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| == Class Materials ==
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| *02/06/19: Course Syllabus and Logic Model: [[16.89J]]
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| *Check out 16.89 Kanban Board [[Kanban Board Template]]
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| *Assignment #0: Welcome to XLP, Submit your resume [[Student Introduction]]
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| *Assignment #1: Discussion, Houbolt Report: [[Talk:1961-1962 lunar architecture decision and the Houbolt report]]
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| *Assignment #2: Apollo Mission Simulation: [[Talk:SpaceNet2.5 Simulation of an Apollo mission of your choice]]
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| *2/11/19 [[Lecture: Prior Lunar Studies, Apollo Decisions in Architecture]]
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| *2/13/19 [[Lecture: SpaceNet - Discrete Event Simulation of Space Mission Architectures]]
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| *2/19/19 [[Lecture: In-Space Transportation including Cis-Lunar Trajectories]]
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| *2/25/19 [[Lecture; MOXIE and ISRU]]
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| *2/27/19 [[Lecture: Multi-Commodity Network Flows]]
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| *3/4/19 [[Lecture: Parametric Scaling and Costing]]
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| *3/11/2019 [[ Lecture: Stakeholders]]
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| *4/01/2019 [[ Lecture: Mars Landing Site Selection]]
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| *4/03/2019 [[ Lecture: Long Duration Spaceflight]]
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| == Reflection Memo ==
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| Students are required to write a weekly journal entry on their learning.
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| *Demo1 [[Journal 1]]
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| *Demo 2 [[Journal 2]]
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| *Demo 3 [[Journal 3]]
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| *Demo 4 [[Journal 4]]
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| ==BAA Report==
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| *You can access the NASA BAA here:
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| https://www.fbo.gov/index?s=opportunity&mode=form&tab=core&id=13ca9566b575d496988122e66efc8230
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| *PDF file:
| | '''[[使用虚拟机磁盘文件进行微服务安装的方法]] ''' |
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| [[Media:HumanLandingSystem BAA NextSTEP App E 2019-02-07.pdf]] | | '''[[Install the microservice operation manual]] ''' |
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| *DRAFT Statement of Work (SOW) for collaboration with Blue Origin on the Descent stage: | | *:让每个非专业的学员自行安装微服务成为现实。 |
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| [[File: SOWforBlue.docx]]
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| ===Submitted SOW for collaboration with Blue Origin===
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| [[File: SOW_NextSTEP-2_HLS_MIT_BlueOrigin_rev3.docx]]
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| ==Webex meeting==
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| Sprint 1 Demo:
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| *Please note that students taking 16.89 for credit are expected to attend Demo 1 in person.
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| https://mit.webex.com/webappng/sites/mit/meeting/info/120376840331210084?MTID=m632487b25b5d11d503cf807cf7041121
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| Sprint 2 Demo:
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| *Please note that students taking 16.89 for credit are expected to attend Demo 2 in person.
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| https://mit.webex.com/webappng/sites/mit/meeting/info/121679251754724617?MTID=m66f998b6e456f034e78c3deb5b7fac8d
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| Sprint 3 Demo:
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| *Please note that students taking 16.89 for credit are expected to attend Demo 3 in person.
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| https://mit.webex.com/mit/j.php?MTID=mc2bf21fc2daf9ee60a5120cac8b4d853
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| Password: sprint
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| == Sprints ==
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| *[[ Sprint 1: Return to the Moon without ISRU ]]
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| *[[ Sprint 2: Return to the Moon with ISRU ]]
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| *[[ Sprint 3: Optimal Architecture for Return to the Moon Integrating Government and Commercial Interests ]]
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| *[[ Sprint 4: Earth-Mars Architectures with ISRU ]]
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| *[[ Sprint 5: Earth-Moon-Mars Architectures with ISRU ]]
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| *[[ Sprint 6: Moon-to-Mars Final Debriefing and Demo ]]
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| == Important References == | | ---- |
| | [[File:XLP Book Cover.jpg|250x400px|left|link=《XLP-Manual》]] |
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| Current NASA Lunar Reference Architecture [[File:NASA-Lunar-DRM.pdf]]
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| == Jira & Confluence ==
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| Jira: http://xlp.world:8080
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| Confluence: http://xlp.world:8090
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| = [[Agile]] and [[Scrum]] =
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| We are adopting an [[Agile]] approach to working together, compared to the classic waterfall approach with stage gates such as PDR (preliminary design review) and CDR (critical design review).
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| *An overview of [[Agile]] is provided in this Presentation [[Media:Scrum_Awareness_General.pdf]]
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| = What's XLP =
| | '''[[《XLP-Manual》 |《XLP操作手册》/《XLP-Manual》]]''' |
| [[XLP]] stands for Extreme Learning Process, a methodology that allows learners to conduct [[scalable collaborative learning]] activities with the help of computation and communication infrastructures. Participants of XLP uses a wiki-based knowledge repository, and a set of organizational [[template]]s, such as [[Logic Model]] and [[Learners' Constitution]] to orchestrate self-governed co-creation projects. | | :超限学习过程(Extreme Learning Process)，简称XLP, 是一种让学习者社群设计并开展群体合作学习的方法。目标是构建一个群体学习系统，在日益复杂的当今世界中促进群体学习。学习者能够在团队内部和团队之间共同工作、整合数字化的元素与物质的元素。 |
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| ==Why XLP?==
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| XLP is a way to enable learning institutions to adopt rigorous knowledge management practices without dedicated managerial human resources. This implies the following:
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| # Automation in managerial practices
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| # Minimal overhead in maintaining knowledge management infrastructures (Self-Maintained Information Technologies)
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| The above mentioned conditions just recently became possible, due to the Open Source Movement and highly reusable software services. In practice, most educational institutions can only demand a fraction of students' attention when most students must concurrently take other courses. In contrast, [[XLP]] presents a way to incrementally integrate students' highly fragmented contributions into a [[common digital repository]] over [[time and space]]. This content and location agnostic tool, enables reuse of information technology and more importantly, promote reuse of globally distributed digital content. Using [[containerize|containerized]] [[microservices]] such as [[MediaWiki]], [[ELK]] data analytics, and [[blockchain]]-inspired data replication and privacy protection mechanisms, students around the world can share a common knowledge repository and digital publishing workflow. Under XLP's [[digital publishing workflow]], participants from industries and academic arenas alike, can all leverage late-breaking open-sourced technologies, without having to reinvent the wheels by oneself.
| | *----超限：这一方法强调探索、明确边界，从而帮助参与者扩展这些边界； |
| | *----学习：XLP包括个人学习、小组学习和大规模的群体学习； |
| | *----过程：XLP有一个定义清晰的过程，参与者在过程中程准备、部署和执行任务。 |
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| ===Why Space Systems Engineering?===
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| Software engineering practices, such as [[wikipedia:Agile|Agile]] and [[wikipedia:DevOps|DevOps]] have been adopted by space and aircraft manufacturing industries. Hardware and system designers are using Git, and Wiki to control design increments and share interrelated documents. A critical reason for this cross-industry adoption is that the concept of modularity and reusability has been embodied in a composable digital infrastructure called [[microservices]]. Microservices "[[containerize]]" data and services in a standard [[software construct]] that allows computing resources and data to be replicated for performance scalability and for distributing software across industries using a common programming interface.
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| To encourage reuse, a light-weight, yet [[universal construct]] that can relate arbitrary content knowledge is a necessary condition. Creating engineered systems in space, is an ideal case study for such reusable methodology. For example, human space flights is an industry that spans over 6 decades of recent history. It contains both social and technical concerns that need a wide range of data evidence. To organize and analyze information of this inter-planetary diversity, we need to adopt the latest data management tools, such as micro-services. The following diagram by [https://github.com/TechPrimers Tech Primers], shows the relevant historical development between technology management methodology and micro-services: （Clicking on the diagram leads to the video on Youtube.）
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| [[File:HistoryOfMicroservices.jpg|link=https://youtu.be/nnxWMhy0mpA|Please click on this diagram to watch the video.|600px]]
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| = Required Infrastructure =
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| Below are listed the official sites and manuals for how to execute on the modules in XLP Microservice infrastructure and other necessary softwares.
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| More helpful manuals and instruction pages you have met are welcomed to be added under the headings!
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| ==Collaboration Methods and Tools==
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| *[[Key Features of Mediawiki configuration for XLP]]
| | [[File:1554285426696.jpg|250x400px|right|link=《Computational Thinking and System Design - NAND2GO》]] |
| *[[Back-up And Restoration Of Data On Mediawiki With Docker]]
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| * [[wikipedia:Agile Software Development | Agile Software Development]]
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| * [[wikipedia:DevOps | DevOps]]
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| * [https://www.atlassian.com/agile/software-development/git Learn how Git fits into an agile workflow | Atlassian]
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| *[https://www.mediawiki.org/wiki/Help:Contents Help page for wiki]
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| *[https://www.atlassian.com/software/jira Jira] the Development Process Management Software
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| *[https://www.atlassian.com/software/confluence Confluence] the Team Collaboration Digital Space
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| * [[Simple Guide for Git&GitHub]]
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| * [https://about.gitlab.com/ GitLab]
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| ==[https://www.docker.com/ Container Technologies]==
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| *[https://docs.docker.com/ Docker] Software Container Building Blocks
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| *[https://kubernetes.io/docs/home/ Kubernetes] Container Schedule and Monitoring System
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| *[https://istio.io/ Istio] Container Coordination and Deployment System
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| ==Data Analytics==
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| *[https://matomo.org/docs/ Matomo Documentation]
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| *[https://matomo.org/docs/custom-reports/#more-25066 Custom Reports User Guide - Analytics Platform - Matomo]
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| *[https://developer.matomo.org/api-reference API reference]
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| = Example Curriculums=
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| The [[XLP]] curriculum has three tiers:
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| * Macroscopic in Nature
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| * Mesoscopic in Sorting Order
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| * Microscopic in Contexts
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| [[File:Micro,meso,macro.jpg|600px]]
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| Below are wiki pages and template of these courses in Tsinghua at the fall of 2018 (originally written in Chinese) as examples for NEET students.
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| ==[[Template for Main page]]==
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| ==Micro: The Cognitive Foundation of Trans-Disciplinary Studies==
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| *[[Cognitive-foundation-Input|2018 fall Cognitive-foundation-Input]]
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| *[[Cognitive-foundation-Output|2018 fall Cognitive-foundation-Output]]
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| ==Meso: Computational Thinking and System Design Foundation==
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| *[[Computing-thinking-Input|2018 fall Computing-thinking-Input]]
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| *[[Computing-thinking-Output|2018 fall Computing-thinking-Outputt]]
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| ==Macro:Industry Frontier==
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| *[[Industry_frontier_Input|2018 fall Industry_frontier_Input]]
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| *[[Industry-Frontier-Output|2018 fall Industry-Frontier-Output]]
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| [[Category: Original Pages]]
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| [[Category: Original Pages]]
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| = Reference =
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| * Slide set that introduces XLP [[File:XLP NEET Intro.pptx ]] | | |
| * An youtube video explaining [https://youtu.be/nnxWMhy0mpA Why Service Mesh], it explains how complex engineering can be assisted using XP, Agile, and Micro Services. | | '''[[《Computational Thinking and System Design - NAND2GO》]]''' |
| * XLP Maunal on Wiki:[[XLP Manual 1.42b]] | | *:通过12章的学习，任何人都可以造出一台计算机。 |
| * PDF Version:[[File:XLP Manual 1.43.pdf]] | | |
| *[https://www.youtube.com/watch?time_continue=2&v=MEvffUFGYUE| How to create Wiki Template (5 Minutes)] by [https://www.youtube.com/channel/UCtWHeMgusCiBonRDTe7k0sw Kristin McMurray] Last accessed：Feb. 13, 2019
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| | [[File:数字出版物模版.png|250x400px|left]] |
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| | '''[[数字出版物模版/Digital publication template]]''' |
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| | *:----XLP数字出版工作流御用模板，是XLP产品体系大一统时代的基石。 |
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| | *:----提供统一的数字出版物模板，统一出版物风格，提高出版工作效率。 |
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| | [[File:20190703154533.jpg|450x600px|right]] |
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| | '''标准流程''' |
| | *:[[数字出版流程]] / [[Digital Publishing Workflow]] |
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| | *:[[ETL Workflow]] |
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| | [[File:Template.png|600x2000px|left|link=模版与示例清单/Template And Example List]] |
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| | '''[['template:'使用指导|'template:'使用指导/'template:'Guide]]''' |
| | *:----指导使用Mediawiki的一种重要核心标记语法“template:”。 |
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| | '''[[模版与示例清单/Template And Example List]]''' |
| | *:----中英文双语模版及部分示例参考。 |
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| | {{Template:Copyright page}} |
