All Stories

  1. Analysis of the changing demographics of computing doctoral degree recipients at U.S. universities and the implications of change
  2. Assessment of correlations between computer science department performance and college type
  3. Debris, Launch and Other Considerations - Towards a Small Satellite Operations Paradigm
  4. Towards a ‘Secondary’ Payload Bill of Rights
  5. Additive Manufacturing (3D Printing) Material and Cost Reduction Algorithm Proof
  6. A CubeSat Test Mission to Advance In-Space 3D-Printing
  7. Development and Design Evolution of an In-Space 3D Printer
  8. Identifying positioning-based attacks against 3D printed objects and the 3D printing process
  9. A combined system for 3D printing cybersecurity
  10. Physical security and cyber security issues and human error prevention for 3D printed objects: detecting the use of an incorrect printing material
  11. Development of a small satellite primarily inertial autonomous self-correcting attitude determination and control system (Conference Presentation)
  12. 3D printing cybersecurity: detecting and preventing attacks that seek to weaken a printed object by changing fill level
  13. An approach to detecting deliberately introduced defects and micro-defects in 3D printed objects
  14. Integrating autonomous distributed control into a human-centric C4ISR environment
  15. An update on the OpenOrbiter I Mission and its paradigm's benefits for the defense, homeland security and intelligence communities
  16. Development of an app-on-demand capability for unmanned systems
  17. Genetic algorithm for flood detection and evacuation route planning
  18. A testing and demonstration mission for an automated spacecraft repair system
  19. Consideration of materials for creating 3D printed space sensors and systems
  20. CubeSat mechanical design: creating low mass and durable structures
  21. Electrical design for origami solar panels and a small spacecraft test mission
  22. Low-cost satellite mechanical design and construction
  23. Analysis of a space debris laser removal system
  24. Using deep learning to detect network intrusions and malware in autonomous robots
  25. Concepts for 3D Printing-Based Self-Replicating Robot Command and Coordination Techniques
  26. An update on the OpenOrbiter I mission
  27. Toward model-based requirement engineering tool support
  28. Using supervised learning to compensate for high latency in planetary exploration
  29. Development of Command and Control Software for an In-Space 3D Printer and Small Satellite Test Mission
  30. The Implementation of ‘App on Demand’ Functionality for CubeSats and Other Small Satellites and Its Application to Educational Applications
  31. Towards Operating Standards for Cube Satellites and Small Spacecraft
  32. Forming a Program: Funding and Organizational Issues
  33. Forming a Program: Technical and Logistical Issues
  34. Introduction
  35. Results of Prior Assessment Work and Its Utility
  36. Setting Educational Goals and Formative Assessment
  37. Small Spacecraft Development Project-Based Learning
  38. Student Involvement and Risk
  39. Summative Assessment
  40. To Build, Buy, or in Between?
  41. Why Start a Small Spacecraft Program
  42. Zone based hybrid approach for clustering and data collection in wireless sensor networks
  43. Effects of international trafficking in arms regulations changes
  44. Automating maintenance for a one-way transmitting blackboard system used for autonomous multi-tier control
  45. Automated testing and quality assurance of 3D printing/3D printed hardware: Assessment for quality assurance and cybersecurity purposes
  46. Expansion of uses for an adaptive attitude determanation and control system
  47. Evaluation of the use of 3D printing and imaging to create working replica keys
  48. Comparison of the impact of different key types on ease of imaging and printing for replica key production
  49. Characterization of internal geometry / covered surface defects with a visible light sensing system
  50. Enablement of scientific remote sensing missions with in-space 3D printing
  51. Evaluation of the durability of 3D printed keys produced by computational processing of image data
  52. Consideration of techniques to mitigate the unauthorized 3D printing production of keys
  53. Evaluation of the use of 3D printing and imaging to create working replica keys
  54. Alignment issues, correlation techniques and their assessment for a visible light imaging-based 3D printer quality control system
  55. DeSCJOB: the deep space cam joined observation bot
  56. Evaluation of the use of laser scanning to create key models for 3D printing separate from and augmenting visible light sensing
  57. Powering an in-space 3D printer using solar light energy
  58. An aerial 3D printing test mission
  59. A CubeSat deployable solar panel system
  60. Implementation of a large solar collector for electric charge generation
  61. Development of origami-style solar panels for use in support of a Mars mission
  62. Consideration of the use of origami-style solar panels for use on a terrestrial/orbital wireless power generation and transmission spacecraft
  63. Enablement of defense missions with in-space 3D printing
  64. Applications of a dynamic tethering system to enable the deep space cam jointed observation bot
  65. Design for an in-space 3D printer
  66. Enabling homeland security missions with in-space 3D printing
  67. Consideration of the versatility of the Open Prototype for Educational NanoSats CubeSat design
  68. An autonomous satellite debris avoidance system
  69. Autonomous navigation and control of unmanned aerial systems in the national airspace
  70. Cybersecurity methodology for a multi-tier mission and its application to multiple mission paradigms
  71. The development of a simulation environment for testing of a multi-tier mission command architecture
  72. Toward requirements engineering of cyber-physical systems: Modeling CubeSat
  73. An Expert System for the Prediction of Student Performance in an Initial Computer Science Course (Abstract Only)
  74. Consideration of the use of autonomous, non-recallable unmanned vehicles and programs as a deterrent or threat by state actors and others
  75. A Pathway to Small Satellite Market Growth
  76. Accelerated stress & reliability testing for software and cyber-physical systems
  77. POSTER
  78. POSTER
  79. In search of technology readiness level (TRL) 10
  80. A Distributed Blackboard Approach Based Upon a Boundary Node Concept
  81. A Bent-Pipe Microwave Wireless Power Transfer Spacecraft for Relay to Unserved Regions
  82. An Intelligent Attitude Determination and Control System for a CubeSat Class Spacecraft
  83. Design and Implementation of Satellite Software to Facilitate Future CubeSat Development
  84. Results from the First National Survey of Student Outcomes from Small Satellite Program Participation
  85. Utilizing a Solar Panel Array Architecture to Support Work on Space Solar Power
  86. A Martian Technology Demonstration Mission and Subsequent Human Mission Support Use for a Space Solar Power Wireless Power Transfer System
  87. Comparing the effect of pruning on a best path and a naïve-approach blackboard solver
  88. Liability in UAV / UAS operations: Consideration of who should bear the cost of damages in UAV / UAS accidents
  89. Analysis of the acceptance of autonomous planetary science data collection by field of inquiry
  90. Analysis of mutual assured destruction-like scenario with swarms of non-recallable autonomous robots
  91. Impact of lighting and attire on 3D scanner performance
  92. Economic analysis of open space box model utilization in spacecraft
  93. Open Space Box: communication to support Big Data in orbit
  94. Pragmatic open space box utilization: asteroid survey model using distributed objects management based articulation (DOMBA)
  95. Integrating visible light 3D scanning into the everyday world
  96. The use of 3D scanning for sporting applications
  97. The use of 3D scanning for wellness assessment purposes
  98. A suborbital IMU test mission
  99. The use of a low-cost visible light 3D scanner to create virtual reality environment models of actors and objects
  100. Cybersecurity for aerospace autonomous systems
  101. Use of open space box: supporting tele-medicine in space through efficient data transmission
  102. A virtual pixel software and hardware technology to increase projector resolution
  103. Enhancing head and helmet-mounted displays using a virtual pixel technology
  104. A virtual pixel technology to enhance the resolution of monitors and for other purposes
  105. Image enhancement using hierarchical Bayesian image expansion super resolution
  106. A very low-cost system for capturing 3D motion scans with color and texture data
  107. Characterization of UAV hover patterns in support of super resolution research
  108. Using a blackboard architecture or expert system to identify obfuscated targets from symptoms
  109. Cybersecurity for aerospace autonomous systems
  110. Characterization of 3D printing output using an optical sensing system
  111. Consideration of the use of visible light 3D scanning for prisoner contraband possession assessment and other similar purposes
  112. A very low-cost 3D scanning system for whole-body imaging
  113. The OpenOrbiter CubeSat as a system-of-systems (SoS) and how SoS engineering (SoSE) Aids CubeSat design
  114. A Blackboard-style decision-making system for multi-tier craft control and its evaluation
  115. Initial Work on the Characterization of Additive Manufacturing (3D Printing) Using Software Image Analysis
  116. An overview of the OpenOrbiter autonomous operating software
  117. Analysis of a ‘turn-key’ no hardware space mission using the orbital services model
  118. Nanosatellite scheduling using a dictionary module and a ‘useful trick’ with coded unsigned integers
  119. Small satellite communications security and student learning in the development of ground station software
  120. Swarm intelligence, a Blackboard architecture and local decision making for spacecraft command
  121. Using a constellation of CubeSats for in-space optical 3D scanning
  122. Does the use of space solar power for in-space activities really make sense: An updated economic assessment
  123. Utilizing in-situ resources and 3D printing structures for a manned Mars mission
  124. Characterization of a Large, Low-Cost 3D Scanner
  125. In Search of Standards for the Operation of Small Satellites
  126. OpenOrbiter Mechanical Design: a New Approach to the Design of a 1-U CubeSat
  127. Application of a Maritime Framework to Space: Deep Space Conflict and Warfare Scenario
  128. Intelligent Water Drops Algorithm for Coordinating Activities Between Cluster Spacecraft in a Communications-Denied Environment
  129. Evaluation of high-altitude balloons as a learning technology
  130. Unmanned aerial systems: Consideration of the use of force for law enforcement applications
  131. A space-to-space microwave wireless power transmission experiential mission using small satellites
  132. Extending the Student Qualitative Undertaking Involvement Risk Model
  133. Assessing the Value of the OpenOrbiter Program’s Research Experience for Undergraduates
  134. A Variety of Configurations for Incorporating Actuation Components into the Structural Members of a CubeSat
  135. A Two-Phase Development and Validation Plan for North Dakota’s First Spacecraft
  136. A Novel Deployable Array Architecture for Micro to Full Sized Satellites
  137. Comparing the Blackboard Architecture and Intelligent Water Drops for Spacecraft Cluster Control
  138. A model-based multisensor data fusion knowledge management approach
  139. Building space operations resiliency with a multi-tier mission architecture
  140. Using artificial intelligence for automating testing of a resident space object collision avoidance system on an orbital spacecraft
  141. Portability scenarios for intelligent robotic control agent software
  142. Application of an image feature network-based object recognition algorithm to aircraft detection and classification
  143. Detection of small targets and their characterization based on their formation using an image feature network-based object recognition algorithm
  144. Evaluation and prioritization of scientific data based on its level of support or refutation of an experimental thesis
  145. Automating software design and configuration for a small spacecraft
  146. A Comparison of Learning Technologies for Teaching Spacecraft Software Development
  147. Data storage management in a distributed database with deterministic limited communications windows between data storage nodes
  148. Detection of obscured and partially covered objects using partial network matching and an image feature network-based object recognition algorithm
  149. Impact of a revised standard for best practices for academic, governmental and industrial ground station scheduling and communications design
  150. Above the cloud computing orbital services distributed data model
  151. Profile-based autonomous data feeding: an approach to the information retrieval problem in a high communications latency environment
  152. Intelligent water drops for aerospace and defense applications
  153. Development of a Large, Low-Cost, Instant 3D Scanner
  154. The Use of the Blackboard Architecture for a Decision Making System for the Control of Craft with Various Actuator and Movement Capabilities
  155. Evaluation of the Educational Impact of Participation Time in a Small Spacecraft Development Program
  156. Extending the orbital services model beyond computing, communications and sensing
  157. The use of 3D printing to enable high altitude balloon missions
  158. Assessment of examinations in computer science doctoral education
  159. Command of a multi-tier robotic network with local decision-making capabilities
  160. Evaluation of a Multi-Goal Solver for Use in a Blackboard Architecture
  161. INCREASING NATIONAL SPACE ENGINEERING PRODUCTIVITY AND EDUCATIONAL OPPORTUNITIES VIA INTREPRENEURSHIP, ENTREPRENEURSHIP, AND INNOVATION
  162. Student Expectations from Participating in a Small Spacecraft Development Program
  163. Characterization of Extended and Simplified Intelligent Water Drop (SIWD) Approaches and Their Comparison to the Intelligent Water Drop (IWD) Approach
  164. A Curriculum-Integrated Small Spacecraft Program for Interdisciplinary Education
  165. Space Solar Power Satellite Systems as a Service Provider of Electrical Power for Lunar Industries
  166. Space Solar Power as an Enabler for a Human Mission to Mars
  167. Fast relocalization for visual odometry using binary features
  168. An Assessment of Educational Benefits from the OpenOrbiter Space Program
  169. Attitudes towards Autonomous Data Collection and Analysis in the Planetary Science Community
  170. Robotic disaster recovery efforts with ad-hoc deployable cloud computing
  171. Validating a UAV artificial intelligence control system using an autonomous test case generator
  172. A Characterization of the Utility of Using Artificial Intelligence to Test Two Artificial Intelligence Systems
  173. Validating an artificial intelligence human proximity operations system with test cases
  174. Fusion of data from multiple sensors with model-based data analysis
  175. A data collection decision-making framework for a multi-tier collaboration of heterogeneous orbital, aerial, and ground craft
  176. Above the cloud computing: applying cloud computing principles to create an orbital services model
  177. An onboard computing system design for a remote sensing cubesat
  178. Difference modeling enhancement of topographic super-resolution
  179. An open-source scheduler for small satellites
  180. A Human Proximity Operations System test case validation approach
  181. Exposing multiple User-Specific Data Denominated Products from a single small satellite data stream
  182. Model-based software engineering for an imaging CubeSat and its extrapolation to other missions
  183. Sensor and computing resource management for a small satellite
  184. Small satellites with micro-propulsion for communications with the Lunar South Pole Aitkens Basin
  185. The open prototype for educational NanoSats: Fixing the other side of the small satellite cost equation
  186. Integrating Model-Based Transmission Reduction into a multi-tier architecture
  187. Orbit-to-ground Wireless Power Transfer test mission
  188. OpenOrbiter: A Low-Cost, Educational Prototype CubeSat Mission Architecture
  189. A Design for Inspiring Students with Near-Space Exploration
  190. Application of Model-Based Data Transmission Techniques to Gravitational Model Data
  191. Autonomous Ground Exploration Techniques for Craft with Limited Positioning and Sensing Capabilities
  192. Multi-Tier Exploration: An Architecture for Dramatically Increasing Mission ROI
  193. Multi-Tier Planetary Exploration: A New Autonomous Control Paradigm
  194. A feedback-trained autonomous control system for heterogeneous search and rescue applications
  195. Earth impactors: threat analysis and multistage intervention mission architecture
  196. A comparison of techniques for super-resolution evaluation
  197. Super-resolution terrain map enhancement for navigation based on satellite imagery
  198. Model Based Data Transmission: Analysis of Link Budget Requirement Reduction
  199. Evaluation and comparison of Dempster-Shafer, weighted Dempster-Shafer, and probability techniques in decision making