Reaches across the Navy, Marine Corps, Department of Defense, academia, and industry
Collaborative environment for the advancement of unmanned systems education and research endeavors
Community of interest for unmanned systems in military and naval operations
Encompasses the successful research, education, and experimentation efforts in unmanned systems
An inclusive community for all disciplines
Conducts concept generation workshops for naval missions
Hosts technical symposia to address naval missions, and field experimentation to test selected technologies
At the direction of the Secretary of the Navy, the Naval Postgraduate School leverages its long-standing experience and expertise in the research and education of robotics and unmanned systems to support the Navy's mission. The Consortium for Robotics and Unmanned Systems Education and Research (CRUSER) serves as a vehicle to align currently disparate research efforts and integrate academic courses across discipline boundaries. CRUSER Charter Document (2017)
You may view Prof. Bundy's April 2019 CRUSEER Seminar here:
Dr. William F. Bundy
Associate Provost for Warfighting Research and Development
U.S. Naval War College, Newport Rhode Island
ABSTRACT: Byron Reese offers a description of our entry into the Fourth Age of Technological Evolution. That social evolution is driven by the increasing adoption of smart robots, “thinking” computers and a society that has come to depend on and demand ever improving technologies. The accelerating adoption of technology is causing multiple revolutions in social, business and military affairs. According to Reese, “Technology has changed the face of warfare dozens of times in the past few thousand years…Robots and AI will change it again”.
In our seminar, we ask ourselves how will the defense establishment deliver sensors, control systems and weapons that are evolving on an accelerating basis. How will warfighters keep pace with “smarter – thinking” systems that communicate in natural language and hold deeper knowledge sets than human operators. Rather than years of development and testing, evolving systems and components are delivered to warfighters in “Amazon” speed, inserted in standard slots and launchers with “quick start” instructions, intuitive controls and natural language operation. Imagine receiving your new fire control processor in a box with a link to online installation instructions. Impossible. Well, we adopted online banking without formal training and operate smarter cars with voice commands. Imagine commanding ship or fleet operations from a command center where battle management displays, video images and decision makers are informed by augmented reality and recommendations provided by – OSCAR, the voice of the battle management system. We’ll explore the art of the possible with a view toward warfare in the Fourth Age.
BIO: Dr. Bundy served in the Navy for more than 30 years prior to returning to the Naval War College as a Center for Naval Warfare Studies (CNWS) faculty member. He has led warfighting concept development and advanced research projects that have been deployed in the Fleet and the Joint Force. Dr. Bundy created the initial concept of operations for Navy Ballistic Missile Defense, warfighting concepts for the Ohio Class Guided Missile Submarine and recently contributed to introduction of Distributed Lethality in the Navy. He has mentored more than 330 war college graduate research students.
The Naval Postgraduate School is envisioning a new public-private facility near the main campus - the Sea, Land, Air Military Research (SLAMR) facility. The SLAMR facility will be a multi-domain distributed environment for integrated operational robotic/autonomous system education and research. We are looking for your help to shape the future of this facility!
FIELD EXPERIMENTATION 19-4
5 - 9 August 2019
Camp Roberts, CA
Focus Area: Autonomy, Human Machine Teaming, Command and Control (C2), and Cybersecurity
Visit the JIFX webiste here
"Logistics in Contested Environments"
23-26 September 2019
M-W 0800-1600, Th 0800-1200
Naval Postgraduate School, Monterey CA
This CRUSER sponsored Warfare Innovation Continuum (WIC) Workshop is scheduled for 23-26 September 2019 as a Naval Postgraduate School Thesis & Research Week activity to apply emerging technologies to shape the way we fight.
REGISTER to participate as a Mentor, Observer, or to apply for a spot on a Concept Generation Team
JULY 2019 CRUSER Monthly Meeting
Date: 8 July 2019
Time: 1200-1250 (Pacific Time (US & Canada))
Location: ME Auditorium
Remote Connection: Zoom Meeting – see connection options below.
Dial-in: See below
1205-1225 MAJ Zhaolin Chen, Republic of Singapore Air Force. Network Performance Evaluation of ROS 2 for Unmanned Systems using NS3 Simulations
1225-1245 Mr. Josh Metz, Economic Development Manager, Fort Ord Reuse Authority - Monterey Bay Drone, Automation & Robotics Technology (DART) Initiative: A regional economic development strategy.https://MontereyBayDART.org
1245-1250 Closing Remarks
Please note: we are now using Zoom as a replacement for Collaborate for our monthly meetings. To join the meeting remotely, you have the option of downloading the Zoom App on your desktop, smart phone, or tablet OR connect via the web at the link below.
Meeting ID: 789 288 103
Join via Web: https://zoom.us/j/789288103
Join via Zoom App on your mobile device:
+16699006833,,789288103# US (San Jose)
+14086380968,,789288103# US (San Jose)
Dial by your location
+1 669 900 6833 US (San Jose)
+1 408 638 0968 US (San Jose)
+1 646 876 9923 US (New York)
Find your local number: https://zoom.us/u/advoTyGPRt
The RoboDojo is located in Root Hall 125 A/B (On the library end of Root Hall)
The RoboDojo is a dynamic innovation space (located on NPS campus in Root Hall, Room 125) where students, staff, faculty, and friends can come 'tinker' and learn about robot components and systems. Whether you're five or seventy-five years old, the RoboDojo is designed to promote informal hands-on learning with open hours and volunteer mentors to help the NPS community learn about:
- rapid prototyping (e.g, with 3D printers and laser cutters);
- embedded computing (e.g., with Arduino and Raspberry Pi);
- basic electronics (e.g., with various electronics and breadboard components);
- robotic software programming (e.g., for Robot Operating System in Python);
- and more!
The RoboDojo also hosts various community-led workshops, including recent gatherings on topics ranging from Basics of Solidworks, Intro to Printed Circuit Boards, to Laser Cutting and Engraving, and a Raspberry Pi Workshop. The RoboDojo represents a grassroots initiative to promote collaborative and community learning, so feel free to stop by and learn about robots!