首页>外文会议>其他>Disciplinary Convergence in Systems Engineering Research

Disciplinary Convergence in Systems Engineering Research

召开年：
召开地：
出版时间：-

会议文集：-

会议论文

热门论文

全部论文

全选（0）

1.Classifying Emergent Behavior to Reveal Design Patterns

机译：分类紧急行为以揭示设计模式
- 作者：Jack B. Reid;Donna H. Rhodes
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Emergence;
- Emergent phenomena;
- Design patterns;
- Design pribciples;
- Complexity;
- Typology;
- Classification;
2.Adaptive and Automated Reasoning for Autonomous System Resilience in Uncertain Worlds

机译：在不确定世界中自治系统复原力的自动和自动化推理
- 作者：Curtis J. Marshalla;Blake Roberts;Michael Grenn
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- System resilience;
- Complex adaptive systems;
- Decision science;
- Autonomous aircraft navigation;
3.SEEA: Accelerated Learning and Learning Assessment for Systems Engineering Education

机译：SEEA：系统工程教育的加速学习和学习评估
- 作者：Peizhu Zhang;Jon Wade;Richard Turner
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Systems engineering education;
- Learning assessment;
- Accelerated learning;
4.Agency and Causal Factors in Social System Behavior: Advancing Human Systems Engineering with General System Theory

机译：社会系统行为中的原子能机构及因果因素：与一般系统理论推进人工系统
- 作者：Susan Farr Gabriele
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
5.Introducing Resilience into Multi-UAV System-of-Systems Network

机译：将弹性引入多UAV系统系统网络
- 作者：Edwin Ordoukhanian;Azad M. Madni
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Multi-UAV operation;
- Quadcopter;
- Resilient systems;
- Resilience approach;
6.Threshold Metric for Mapping Natural Language Relationships Among Objects

机译：用于映射物体之间的自然语言关系的阈值度量
- 作者：Joseph J. Simpson;Mary J. Simpson;Thomas B. Kercheval
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
7.SoS Explorer: A Tool for System-of-Systems Architecting

机译：SOS Explorer：系统系统架构的工具
- 作者：David M. Curry;Cihan H. Dagli
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- System of systems;
- SoS;
- architecting;
- Many-objective optimization problem;
- MaOP;
8.Patterns for Modeling Operational Control of Discrete Event Logistics Systems (DELS)

机译：用于模拟离散事件物流系统的操作控制的模式（Dels）
- 作者：Timothy Sprock
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- System design methods;
- Smart manufacturing;
- Discrete event logistics systems;
9.Using Bayesian Networks to Validate Technology Readiness Assessments of Systems

机译：使用贝叶斯网络验证系统的技术准备评估
- 作者：Marc F. Austin;Cheyne Homberger;George A. Polacek
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Technology;
- Readiness;
- Assessment;
- Technology Readiness Assessment;
- TRA;
- Bayesian;
- Bayes;
- Network;
- Critical;
- Technology;
- Elenient;
- CTE;
- Critical Technology Element;
- Technology Readiness Level;
- TRL;
10.System User Pathways to Change

机译：系统用户路径更改
- 作者：Lt Col Amy Cox;Zoe Szajnfarber
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- User innovation;
- Flexibility;
- Changeability;
- Design;
11.Model-Based Approach for Engineering Resilient System-of-Systems: Application to Autonomous Vehicle Networks

机译：基于模型的工程弹性系统方法 - 自主车辆网络应用
- 作者：Azad M. Madni;Michael W. Sievers;James Humannhanian
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- System design;
- Component-based design;
- Contract-based design;
- Interface;
12.Using the PICARD Theory as a Tool to Improve Systems Thinking Ability

机译：使用Picard理论作为提高系统思维能力的工具
- 作者：James N. Martin
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Systems thinking;
- Systems theory;
13.A Facilitated Expert-Based Approach to Architecting 'Prizeable' Complex Systems

机译：促进基于专家的架构“索引”复杂系统的方法
- 作者：Zoe Szajnfarber;Ademir Vrolijk
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Open innovation;
- System architecting;
- Decomposition;
- Decontextualization;
- Recontextualization;
- Complex systems;
- Planetary defense;
14.Black Sky Hazards: Systems Engineering as a Unique Tool to Prevent National Catastrophe

机译：黑天空危险：系统工程作为防止国家灾难的独特工具
- 作者：Avi Schnurr
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
15.Interactive Model Trading for Resilient Systems Decisions

机译：弹性系统决策的互动模型交易
- 作者：Adam M. Ross;Donna H. Rhodes
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Models;
- Modeling;
- Evaluative models;
- Value models;
- Fidelity;
- Robust solutions;
- Tradespace exploration;
- Resilience;
16.Considerations for Engineered Resilience from Examples of Resilient Systems

机译：从弹性系统的例子中考虑工程恢复力的考虑因素
- 作者：Rosalind Lewis
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Engineered resilience;
- Resiliency;
- Disruption;
- Systems;
- Process;
17.Agile Fit Check Framework for Government Acquisition Programs

机译：政府收购方案敏捷契合框架
- 作者：Supannika K. Mobasser
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Agile;
- Agile Fit Check;
- Government Acquisition;
- Software development;
- Software development lifecycle;
18.A Systems Integration Framework for Interdisciplinary Black Sky Operations

机译：用于跨学科黑色天空操作的系统集成框架
- 作者：Ellie Graeden;Joel Thomas
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- System architecture;
- Black Sky;
- Information sharing;
- Emergency communications;
19.Resilience Concepts for Architecting an Autonomous Military Vehicle System-of-Systems

机译：塑造架构自主军车系统系统的恢复概念
- 作者：Kurt Klingensmith;Azad M. Madni
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Resilience;
- Systems;
- System-of-systems;
- Autonomous;
20.A Model Framework for Determining Dynamic Architecture Goals in a Systems-of-Systems

机译：用于确定系统系统中动态架构目标的模型框架
- 作者：Marc-Andre Chavy-Macdonald;Kazuya Oizumi;Kazuhiro Aoyama
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
21.High Reliability Imperative for Autonomous Networked Vehicles

机译：自主联网车辆的高可靠性必要
- 作者：Allen Adler;Azad M. Madni
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Autonomous systems;
- Self-driving vehicles;
- System of systems;
- High-reliability systems;
22.Collective Behaviors: Systemic View of Distinct Forces in a New Framework

机译：集体行为：新框架中独特力量的系统视图
- 作者：Arash Vesaghi;Nasrin Khansari;Mo Mansouri
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Complex adaptive systems;
- Collective behavior;
- Decision-making;
- Network effects;
- Network externalities;
23.Early Life Cycle Cost Estimation: Fiscal Stewardship with Engineered Resilient Systems

机译：早期生命周期成本估算：与工程弹性系统的财政管理
- 作者：Travis Moody;Robert Provine;Samantha Todd
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
24.A Game Theory Perspective on Requirement-Based Engineering Design

机译：基于需求的工程设计的博弈论视角
- 作者：Soodabeh Yazdani;Yen-Ting Lin;Wenbo Cai
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Requirement-based engineering design;
- Noncooperative game theory;
25.On the Nature of Systems Thinking and Systems Science: Similarities, Differences, and Potential Synergies

机译：论系统思维与系统科学的性质：相似性，差异和潜在协同作用
- 作者：Len Troncale
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
26.Quantifying the Ilities: A Literature Review of Robustness, Interoperability, and Agility

机译：量化：鲁棒性，互操作性和敏捷性的文献综述
- 作者：Andrew J. Turner;William Monahan;Matt Cotter
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Ilities;
- Robustness;
- Interoperability;
- Agility;
- Quantification;
- Definition;
27.System Analysis and Verification: A Comprehensive Approach and Case Study

机译：系统分析和验证：全面的方法和案例研究
- 作者：Haifeng Zhu;Mark Moulin;Brian Murray
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Formal verification;
- Sensitivity analysis;
- Complex systems;
28.Architecting Cyber-Secure, Resilient System-of-Systems

机译：架构网络安全，弹性系统系统
- 作者：Kurt Klingensmith;Azad M. Madni
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Cybersecurity;
- Resilience;
- System-of-systems;
- Architecting;
29.Multiobjective Optimization of Geosynchronous Earth Orbit Space Situational Awareness Systems via Parallel Executable Architectures

机译：通过并行可执行体系结构的地球同步轨道轨道空间情境局势意识系统的多目标优化
- 作者：Jordan Stern;Steven Wachtel;John Colombi
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
30.Future Systems Engineering Research Directions

机译：未来的系统工程研究方向
- 作者：Jon Wade;Rick Adcock;Tom McDermot
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Systems engineering;
- Systems engineering research;
- Grand Challenges;
31.Scalability in Self-Organizing Systems: An Experimental Case Study on Foraging Systems

机译：自组织系统中的可扩展性：觅食系统的实验案例研究
- 作者：James Humann;Yan Jin;Azad M. Madni
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Scalability;
- Self-organization;
- Agent-based modeling;
- Multi-agent simulation;
32.An Analysis of Individual Systems Thinking Elements

机译：个人系统思维元素分析
- 作者：Susan Ferreira;Divya Behl
- 会议名称：《Disciplinary Convergence in Systems Engineering Research》 | 2018年
- Systems thinking;
- Systems thinking rubrics;