A review of related literature is an essential part of any research proposal. It involves an in-depth exploration of the existing body of knowledge, theories, and research studies related to the proposed research topic. An individual review of related literature research proposal is a document that summarizes this exploration and presents it in a clear and concise manner.
一个个人的相关文献综述研究提案是一个总结对研究主题现有文献进行深入探讨，并以清晰简洁的方式呈现的文件。

相关文献综述是任何研究提案的重要部分，旨在展示研究者对研究问题的理解，并确定现有文献中提出的问题。

The purpose of an individual review of related literature research proposal is to demonstrate the researcher's understanding of the research problem and to identify gaps in the existing literature that the proposed research aims to address.

综述还强调了拟议研究对领域现有知识的重要性和相关性。
The review also highlights the significance and relevance of the proposed research to the current state of knowledge in the field.

个人的相关文献综述研究提案的结构可能因研究提案的具体要求而异。
The structure of an individual review of related literature research proposal may vary depending on the specific requirements of the research proposal.

但是，它通常包括以下几个部分：
However, it typically includes the following sections:

1.引言：本节概述研究主题及其重要性。它还提出拟议研究旨在解决的研究问题或假设。
Introduction: This section provides an overview of the research topic and its significance. It also presents the research questions or hypotheses that the proposed research aims to address.

2.文献综述：本节对与研究主题相关的现有文献进行了批判性分析。它包括了在该领域进行的主要理论、概念和研究研究的总结。综述还确定现有文献中的差距，并解释拟议研究如何填补这些差距。
Literature review: This section presents a critical analysis of the existing literature related to the research topic. It includes a summary of the major theories, concepts, and research studies that have been conducted in the field. The review also identifies gaps in the existing literature and explains how the proposed research aims to fill these gaps.

3.方法论：本节描述了拟议研究中将使用的研究设计、数据收集方法和数据分析技术。它还讨论了所选方法论的优缺点。
Methodology: This section describes the research design, data collection methods, and data analysis techniques that will be used in the proposed research. It also discusses the strengths and limitations of the chosen methodology.

4.结论：本节总结了文献综述的主要发现，并强调了拟议研究在解决现有文献中的差距方面的重要性。
Conclusion: This section summarizes the main findings of the review of related literature and emphasizes the significance of the proposed research in addressing the gaps in the existing literature.

总之，个人的相关文献综述研究提案是任何研究项目的关键组成部分。它展示了研究者对研究主题的了解，为拟议研究提供了合理性，并强调了其对现有知识体系的潜在贡献。
Overall, an individual review of related literature research proposal is a critical component of any research project. It demonstrates the researcher's knowledge of the research topic, provides a rationale for the proposed research, and highlights its potential contribution to the existing body of knowledge.

Q：

作为信息系统的研究生，针对分布式系统
I need do Presentation of Individual review of related literature Research Proposal
请给我提供一些主题
请用英文回答，每句翻译成中文

A: ChatGPT3.5

Sure, here are some possible topics for a research proposal on distributed systems:

Design and Implementation of a Fault-Tolerant Distributed File System
设计和实现一个容错的分布式文件系统

Evaluation of Consensus Algorithms in Distributed Systems
评估分布式系统中的共识算法

Performance Analysis of Distributed Database Systems
分析分布式数据库系统的性能

Security and Privacy in Distributed Systems
分布式系统中的安全和隐私问题

Distributed Machine Learning for Large-Scale Data Processing
针对大规模数据处理的分布式机器学习

Resource Management in Cloud Computing Environments
云计算环境中的资源管理

Blockchain-based Distributed Systems for Secure Data Sharing
基于区块链的分布式系统，用于安全的数据共享

Scalable Distributed Systems for Internet of Things (IoT) Applications
针对物联网应用的可扩展分布式系统

Comparison of Message Passing and Remote Procedure Call (RPC) in Distributed Systems
比较分布式系统中的消息传递和远程过程调用（RPC）

Decentralized Consensus and Governance in Blockchain-based Distributed Systems
区块链分布式系统中的去中心化共识和治理

希望这些主题能对您有所帮助。

Q:

选择Decentralized Consensus and Governance in Blockchain-based Distributed Systems
请提供大纲
请用英文回答，每句翻译成中文

A:

Sure, here is an outline for a research proposal on Decentralized Consensus and Governance in Blockchain-based Distributed Systems:

I. Introduction
A. Background on blockchain technology and its distributed nature
B. The role of consensus and governance in blockchain-based distributed systems
C. Research questions and objectives

II. Literature Review
A. Overview of decentralized consensus and governance in blockchain-based systems
B. Analysis of current blockchain-based consensus mechanisms
C. Case studies of blockchain-based distributed systems and their governance models
D. Critiques of current decentralized consensus and governance models

III. Methodology
A. Research approach and methods
B. Data collection and analysis
C. Evaluation criteria for decentralized consensus and governance models

IV. Results and Analysis
A. Comparison of existing decentralized consensus and governance models
B. Evaluation of the effectiveness and efficiency of current models
C. Identification of strengths and weaknesses in current models

V. Discussion and Conclusion
A. Interpretation of the results and their implications
B. Recommendations for improving decentralized consensus and governance in blockchain-based distributed systems
C. Limitations and future research directions

VI. References
A. List of sources consulted in the literature review

翻译：
这里是有关区块链分布式系统中去中心化共识和治理的研究提案大纲：

I. 引言
A. 区块链技术及其分布式本质的背景介绍
B. 区块链分布式系统中共识和治理的作用
C. 研究问题和目标

II. 文献综述
A. 区块链分布式系统中去中心化共识和治理的概述
B. 对现有区块链共识机制的分析
C. 区块链分布式系统及其治理模型的案例研究
D. 现有去中心化共识和治理模型的批评

III. 方法论
A. 研究方法和途径
B. 数据收集和分析
C. 评估区块链分布式系统中去中心化共识和治理模型的标准

IV. 结果和分析
A. 比较现有去中心化共识和治理模型
B. 评估现有模型的有效性和效率
C. 发现现有模型的优缺点

V. 讨论和结论
A. 结果的解释及其意义
B. 改进区块链分布式系统中去中心化共识和治理的建议
C. 限制和未来研究方向

VI. 参考文献
A. 综述中所涉及的参考文献清单

作业要求

GROUP PROJECT 
▸ Class PROJECT 
▸ Look for a practical application that is INNOVATIVE where DISTRIBUTED SYSTEMS is applied 
▸ A write-up (ACM format) containing the usual sections is submitted 
▸ A DEMO of the proof of concept shall be presented in class 
▸ MOCK-UP can be presented using virtual machines

翻译：

小组项目：

▸ 课堂项目

▸ 寻找一个创新的实际应用场景，应用分布式系统

▸ 提交一篇包含常规部分的写作（ACM格式）

▸ 在课堂上展示一个概念验证的演示

▸ 可以使用虚拟机呈现模拟情况



SAMPLE GROUP OUTPUT 
▸ “PLANTZADA” 
▸ DEMO: 

样本组输出：

▸“PLANTZADA”

▸论文将发布在谷歌课堂上

GROUP PROJECT GUIDELINES

▸ Proposal to be discussed with all members of the group TODAY.

▸ 3 project proposals will be submitted by MONDAY, March 27, 2023

▸ NO “free-ride” or “piggy-backing”

▸ Elect a group leader and ROLES of each member shall be defined

▸ APPROVED Project Prosposal will e presented next meeting

翻译成中文：

▸ 在今天与小组所有成员讨论提案。

▸ 最晚于2023年3月27日（星期一）提交3个项目提案。

▸ 不允许“搭便车”或“蹭群”。

▸ 选出一个小组领袖，并定义每个成员的角色。

▸ 被批准的项目提案将在下次会议上呈现。

THE INDIVIDUAL REQUIREMENT

▸ Conduct a review of related literature on emerging solution methods and

technologies on distributed systems.
翻译：对分布式系统上新兴的解决方案方法和技术进行相关文献综述。

INDIVIDUAL RESEARCH ARTICLE

▸ Review of related literature PAPER

▸ To involve IDEALLY 30 papers

▸ TITLE should center around DISTRIBUTED SYSTEMS on the following areas (BUT NOT LIMITED TO):

Topic 1: Distributed Web Applications (HPC)
Topic 2: Distributed Databases Applications (HPC)
Topic 3: Drone /Swarm Networks
Topic 4: Sensor Networks
Topic 5: Autonomous Driving DS-Enabled Systems
Topic 6: Distributed Systems Application - IoT/Smart Cities Enabled OPTION: DS -Enabled Disaster
Management Applications

▸ ALIGNED with the UNESCO Sustainable Development GOALS
个人研究论文

▸ 相关文献综述论文

▸ 理想情况下涉及30篇论文

▸ 标题应围绕以下领域的分布式系统（但不限于）：

主题1：分布式Web应用程序（HPC）
主题2：分布式数据库应用程序（HPC）
主题3：无人机/群体网络
主题4：传感器网络
主题5：DS-Enabled自动驾驶系统
主题6：分布式系统应用-IoT /智能城市启用选项：DS-Enabled灾害管理应用

▸ 与联合国教科文组织可持续发展目标相一致

INITIAL OUTPUT

▸ 2 titles to be discussed next week (March 31, 2023)

▸ Simple presentation ONLY

▸ IMPORTANT ITEMS to be DISCUSSED on PRESENTATION

▸ Why is this topic appropriate for the MIT 120 course?

▸ What UNESCO SDG is involved in your proposal?

▸ What are the GAP/S that the RRL proposal targets?
翻译：

初步成果

▸ 选出2个标题下周讨论（2023年3月31日）

▸ 仅需简单演示

▸ 演示中需要讨论的重要问题

▸ 为什么这个主题适合MIT 120课程？

▸ 您的提案涉及哪个联合国可持续发展目标？

▸ 您的相关文献研究计划针对的是什么问题？

UNESCO and Sustainable Development Goals
UNESCO (United Nations Educational, Scientific and Cultural Organization) is a specialized agency of the United Nations that aims to promote peace and security through international cooperation in education, the sciences, culture, and communication.

The Sustainable Development Goals (SDGs) are a universal call to action to end poverty, protect the planet and ensure that all people enjoy peace and prosperity. There are 17 SDGs in total, ranging from eradicating poverty and hunger, to promoting gender equality, to ensuring access to quality education and healthcare.

UNESCO plays a key role in supporting the achievement of the SDGs, particularly in the areas of education, science, culture, and communication. UNESCO's programs and initiatives are designed to support the implementation of the SDGs by promoting knowledge-sharing, capacity-building, and international cooperation.

Some of the specific ways in which UNESCO supports the SDGs include:

Providing technical assistance and support to governments and other stakeholders to develop policies and programs that promote the achievement of the SDGs
Promoting education for sustainable development, including initiatives to improve access to quality education and ensure that education is relevant to the needs of a changing world
Supporting scientific research and innovation that can help to address global challenges such as climate change, health pandemics, and food security
Promoting cultural diversity and heritage as key drivers of sustainable development
Using communication and information technologies to enhance access to information, promote freedom of expression, and support inclusive and participatory governance.

把UNESCO and Sustainable Development Goals问题的答案翻译成中文
UNESCO是联合国教科文组织的英文缩写，旨在推动全球文化、教育、科学等领域的发展与合作。它的使命是为了实现全球的可持续发展，致力于推动人类知识、文化、价值观和技能的传承与创新。

可持续发展目标（SDGs）是联合国为实现可持续发展而制定的全球共识，旨在通过一系列行动方案，消除贫困、保护地球和提高生活质量。SDGs包括17个具体的目标，涵盖诸如贫困、饥饿、健康、教育、性别平等、清洁水和卫生、清洁能源等多个方面。它们旨在在全球范围内促进可持续发展，实现共同繁荣和平等。

SDGs包括17个具体的目标
是的，SDGs（可持续发展目标）包括17个具体的目标，这些目标被广泛认为是在全球范围内推动可持续发展的主要议程。这些目标旨在在2030年之前解决许多全球性挑战，如贫困、饥饿、卫生、教育、性别平等、清洁水和卫生、清洁能源、经济增长和就业、工业创新、不平等、可持续城市和社区、负责任的消费和生产、气候变化、海洋、生物多样性和和平与正义等。

英文
The 17 specific goals of the SDGs include:

No Poverty
Zero Hunger
Good Health and Well-being
Quality Education
Gender Equality
Clean Water and Sanitation
Affordable and Clean Energy
Decent Work and Economic Growth
Industry, Innovation and Infrastructure
Reduced Inequalities
Sustainable Cities and Communities
Responsible Consumption and Production
Climate Action
Life Below Water
Life on Land
Peace, Justice and Strong Institutions
Partnerships for the Goals

中文
很抱歉，我之前的回答有误。可持续发展目标（Sustainable Development Goals，简称SDGs）共包括17个具体目标，旨在通过2030年实现全球可持续发展。这些目标涵盖了许多领域，包括贫困、食品安全、健康、教育、性别平等、清洁水和卫生、可持续能源、经济增长、产业和基础设施、不平等、城市和社区、气候变化、保护和恢复生态系统、和平与正义等。

The 17 specific goals of the SDGs include:

No Poverty
Zero Hunger
Good Health and Well-being
Quality Education
Gender Equality
Clean Water and Sanitation
Affordable and Clean Energy
Decent Work and Economic Growth
Industry, Innovation and Infrastructure
Reduced Inequalities
Sustainable Cities and Communities
Responsible Consumption and Production
Climate Action
Life Below Water
Life on Land
Peace, Justice and Strong Institutions
Partnerships for the Goals
中文
SDGs的17个具体目标包括：

消除贫困
零饥饿
良好的健康和福祉
优质教育
性别平等
清洁水和卫生设施
可负担和清洁能源
像样的工作和经济增长
工业、创新和基础设施
减少不平等
可持续城市和社区
负责任的消费和生产
气候行动
海洋生态系统
陆地生态系统
和平、公正和强大的机构
合作伙伴关系达成目标

我们研究的主题是将新兴技术应用于现实世界问题中的分布式系统概念
请提供一些topic 需要符合SDGs（可持续发展目标）

以下是一些符合SDGs的分布式系统主题：

基于区块链技术的去中心化电力交易系统，以实现可持续能源的推广和减少碳排放（SDG 7和13）。

基于分布式传感器网络的智能灌溉系统，以提高农业生产效率和减少用水量（SDG 2和6）。

基于无人机和分布式网络的紧急救援系统，以提高自然灾害响应效率和减少人员伤亡（SDG 9和11）。

基于分布式数据存储和处理的医疗信息系统，以提高医疗资源利用效率和医疗服务质量（SDG 3和10）。

基于分布式网络和人工智能技术的城市交通管理系统，以优化交通流量和减少碳排放（SDG 11和13）。

基于分布式技术的智慧公共服务系统，以提高公共服务效率和公民参与度（SDG 16和17）。

基于分布式技术的智能水质监测系统，以监测和减少水污染（SDG 6和14）。

more


Here are some additional topic suggestions related to the application of emerging technologies on real-world problems using distributed systems concepts that align with the SDGs:

Optimizing Energy Consumption in Smart Cities using Distributed Systems
Decentralized Digital Identity Management for Refugees and Displaced Persons
Using Blockchain and IoT for Sustainable Agriculture Management in Developing Countries
Distributed Systems for Early Warning and Disaster Management in High-Risk Areas
Reducing Carbon Footprint through Distributed Energy Generation and Management Systems
Leveraging Swarm Robotics for Sustainable Waste Management in Urban Areas
Implementing Decentralized Healthcare Management Systems for Universal Health Coverage
Distributed Systems for Efficient Water Resource Management in Arid Regions
Autonomous Drone Networks for Wildlife Conservation and Protection
Enhancing Supply Chain Transparency and Sustainability using Distributed Systems and Blockchain.
优化分布式系统中智慧城市的能源消耗
为难民和流离失所者提供分散式数字身份管理
使用区块链和物联网实现发展中国家可持续农业管理
在高风险地区实施分布式系统以进行早期预警和灾害管理
通过分布式能源发电和管理系统减少碳足迹
利用群体机器人技术实现城市可持续废物管理
实施分散式医疗保健管理系统以实现全民医疗覆盖
为干旱地区实现高效水资源管理的分布式系统
为野生动物保护提供自主式无人机网络
利用分布式系统和区块链提高供应链透明度和可持续性。

分别符合哪些SDGs

优化分布式系统中智慧城市的能源消耗：SDG7：可负担得到的和清洁的能源、SDG9：产业、创新和基础设施、SDG11：可持续城市和社区。

为难民和流离失所者提供分散式数字身份管理：SDG16：和平、正义及强有力的机构、SDG17：伙伴关系达成目标。

使用区块链和物联网实现发展中国家可持续农业管理：SDG2：零饥饿、SDG9：产业、创新和基础设施、SDG13：气候行动。

在高风险地区实施分布式系统以进行早期预警和灾害管理：SDG11：可持续城市和社区、SDG13：气候行动、SDG16：和平、正义及强有力的机构。

通过分布式能源发电和管理系统减少碳足迹：SDG7：可负担得到的和清洁的能源、SDG13：气候行动。

利用群体机器人技术实现城市可持续废物管理：SDG12：负责任的消费和生产、SDG13：气候行动、SDG14：水下生命。

实施分散式医疗保健管理系统以实现全民医疗覆盖：SDG3：良好的健康和福祉、SDG9：产业、创新和基础设施、SDG10：减少不平等。

为干旱地区实现高效水资源管理的分布式系统：SDG6：清洁水和卫生设施、SDG9：产业、创新和基础设施。

为野生动物保护提供自主式无人机网络：SDG15：陆地生命、SDG14：水下生命。

利用分布式系统和区块链提高供应链透明度和可持续性：SDG12：负责任的消费和生产、SDG13：气候行动、SDG17：伙伴关系达成目标。

more
Decentralized Energy Grid Management for Rural Communities (SDG 7: Affordable and Clean Energy, SDG 9: Industry, Innovation and Infrastructure, SDG 11: Sustainable Cities and Communities)
Blockchain-Based Decentralized Finance for Financial Inclusion (SDG 1: No Poverty, SDG 8: Decent Work and Economic Growth, SDG 10: Reduced Inequalities)
Distributed Sensor Networks for Precision Agriculture (SDG 2: Zero Hunger, SDG 9: Industry, Innovation and Infrastructure, SDG 13: Climate Action)
Decentralized Healthcare System for Remote Areas (SDG 3: Good Health and Well-being, SDG 9: Industry, Innovation and Infrastructure, SDG 10: Reduced Inequalities)
Distributed System for Disaster Response and Recovery (SDG 11: Sustainable Cities and Communities, SDG 13: Climate Action, SDG 16: Peace, Justice and Strong Institutions)
Decentralized Logistics Network for Sustainable Transportation (SDG 9: Industry, Innovation and Infrastructure, SDG 11: Sustainable Cities and Communities, SDG 13: Climate Action)
Blockchain-Based Decentralized Identity Management (SDG 16: Peace, Justice and Strong Institutions, SDG 17: Partnerships for the Goals)
Distributed System for Sustainable Waste Management (SDG 12: Responsible Consumption and Production, SDG 13: Climate Action, SDG 14: Life Below Water)
农村社区的分散式能源网格管理（SDG 7：可负担和清洁能源，SDG 9：产业，创新和基础设施，SDG 11：可持续城市和社区）
基于区块链的分散式金融系统促进金融包容（SDG 1：无贫困，SDG 8：体面的工作和经济增长，SDG 10：减少不平等）
精准农业的分散式传感器网络（SDG 2：零饥饿，SDG 9：产业，创新和基础设施，SDG 13：应对气候变化）
偏远地区的分散式医疗保健系统（SDG 3：良好的健康与福祉，SDG 9：产业，创新和基础设施，SDG 10：减少不平等）
用于灾难响应和恢复的分散式系统（SDG 11：可持续城市和社区，SDG 13：应对气候变化，SDG 16：和平，正义和强大的机构）
可持续交通的分散式物流网络（SDG 9：产业，创新和基础设施，SDG 11：可持续城市和社区，SDG 13：应对气候变化）
基于区块链的分散式身份管理（SDG 16：和平，正义和强大的机构，SDG 17：合作伙伴关系）
用于可持续废物管理的分散式系统（SDG 12：负责任的消费和生产，SDG 13：应对气候变化，SDG 14：水下生命）

more about blockchain


Blockchain is a distributed ledger technology that enables secure and transparent transactions without the need for intermediaries. It was first introduced in 2008 as the underlying technology for the digital currency Bitcoin. However, since then, it has been adopted for various applications beyond just cryptocurrencies.

The core feature of blockchain is its decentralization. Instead of relying on a centralized entity to control and verify transactions, blockchain allows for a network of users to collectively validate and process transactions. This makes it much more resistant to fraud, hacking, and other forms of tampering.

One of the key advantages of blockchain is its immutability. Once data is recorded on the blockchain, it cannot be altered or deleted without the consensus of the network. This makes it an ideal tool for recording and storing sensitive information such as financial transactions, medical records, and identity management.

Blockchain has a wide range of potential applications beyond just finance and identity management. For example, it can be used for supply chain management, voting systems, and energy trading. As more companies and organizations begin to recognize the benefits of blockchain, it is expected to play an increasingly important role in various industries.

我们研究的主题是将新兴技术应用于现实世界问题中的分布式系统概念
请提供一些topic 需要符合SDGs（可持续发展目标）和 blockchain
以下是一些关于将区块链技术应用于实现可持续发展目标的主题：

区块链技术在可再生能源市场中的应用（SDG7：可负担的和清洁的能源）
区块链技术在绿色金融中的应用（SDG13：气候行动）
基于区块链的可持续供应链管理系统（SDG12：负责任的消费和生产）
区块链技术在餐饮行业中的应用，以实现食品可追溯性和透明度（SDG2：零饥饿）
基于区块链的去中心化电力交易平台，为无法接入传统电力市场的人群提供可负担的能源（SDG7：可负担的和清洁的能源）
区块链技术在医疗保健领域中的应用，如个人健康档案的管理和共享（SDG3：良好的健康与福祉）
基于区块链的数字身份管理系统，以支持难民和流离失所者（SDG10：减少不平等）
这些主题涉及到区块链技术的应用，以帮助实现可持续发展目标，同时也涉及到分布式系统的概念。

我们研究的主题是将新兴技术应用于现实世界问题中的分布式系统概念
请提供一些topic 至少符合两条及以上SDGs（可持续发展目标）和 blockchain
Blockchain-Based Decentralized Finance for Financial Inclusion and Reduced Inequalities (SDG 1: No Poverty, SDG 8: Decent Work and Economic Growth, SDG 10: Reduced Inequalities)
Using Blockchain and IoT for Sustainable Agriculture Management in Developing Countries and Zero Hunger (SDG 2: Zero Hunger, SDG 9: Industry, Innovation and Infrastructure, SDG 13: Climate Action)
Decentralized Energy Grid Management for Rural Communities and Affordable and Clean Energy (SDG 7: Affordable and Clean Energy, SDG 9: Industry, Innovation and Infrastructure, SDG 11: Sustainable Cities and Communities)
Blockchain-Based Decentralized Identity Management for Refugees and Displaced Persons and Peace, Justice and Strong Institutions (SDG 16: Peace, Justice and Strong Institutions, SDG 17: Partnerships for the Goals)
Distributed Systems for Early Warning and Disaster Management in High-Risk Areas and Climate Action (SDG 11: Sustainable Cities and Communities, SDG 13: Climate Action, SDG 16: Peace, Justice and Strong Institutions)
Decentralized Healthcare System for Remote Areas and Good Health and Well-being (SDG 3: Good Health and Well-being, SDG 9: Industry, Innovation and Infrastructure, SDG 10: Reduced Inequalities)

基于区块链的分散式金融服务为贫困人口提供金融包容和减少不平等 (符合SDG1: 消除贫困，SDG8: 健康工作与经济增长，SDG10: 减少不平等)

使用区块链和物联网实现发展中国家可持续农业管理以达到零饥饿目标 (符合SDG2: 消除饥饿，SDG9: 工业创新与基础设施，SDG13: 气候行动)

为农村社区提供分散式能源网格管理以实现可负担和清洁能源 (符合SDG7: 可负担和清洁能源，SDG9: 工业创新与基础设施，SDG11: 可持续城市与社区)

为难民和流离失所者提供基于区块链的分散式身份管理以维护和平、公正、健全的机构和合作伙伴关系 (符合SDG16: 和平、公正、健全的机构和合作伙伴关系，SDG17: 合作伙伴关系)

在高风险地区实施分布式系统以进行早期预警和灾害管理以达到气候行动目标 (符合SDG11: 可持续城市与社区，SDG13: 气候行动，SDG16: 和平、公正、健全的机构和合作伙伴关系)

为偏远地区提供分散式医疗保健系统以实现良好的健康与福祉、减少不平等 (符合SDG3: 良好的健康与福祉，SDG9: 工业创新与基础设施，SDG10: 减少不平等)

我们研究的主题是将新兴技术应用于现实世界问题中的分布式系统概念
请提供一些topic 至少符合两条及以上SDGs（可持续发展目标）必须使用blockchain技术
以下是符合两个或以上SDGs并使用区块链技术的主题：

基于区块链的分散能源管理系统，用于提高能源效率和可再生能源的可持续使用（SDG7：可负担得到的和清洁能源，SDG13：气候行动）。

使用区块链技术的分散数字身份管理系统，为难民和流离失所者提供安全和可靠的身份认证（SDG10：减少不平等，SDG16：和平、公正和强有力的机构）。

基于区块链的分散医疗数据管理系统，用于提高医疗数据的安全性和可靠性，促进全球卫生服务覆盖（SDG3：良好的健康和福利，SDG9：工业、创新和基础设施）。

区块链技术的分散粮食跟踪系统，用于确保粮食的安全、高效和可持续生产和分配（SDG2：零饥饿，SDG12：负责任的消费和生产）。

使用区块链技术的分散系统，以提高供应链的透明度和可持续性，确保可持续和公平的贸易和商品生产（SDG8：体面的工作和经济增长，SDG12：负责任的消费和生产，SDG17：目标伙伴关系）。

关于选题就到这里了，希望对你有帮助