Відео

0:04:55 Design and Development of a CubeSat Robotic Arm for In-Orbit Inspection and Servicing 0:20:33 A Low-Cost Mobile Ground Station Kit for Amateur UHF Communications: POINTY 0:31:11 Characterization of Reaction Wheels for High Performance Imaging Missions 0:58:56 Cislunar Omnidirectional Optical Terminal for SmallSats 1:19:43 Advances in Technologies for Transmitters for CubeSats

Suranaree , chemistry grad school Director, holding five positions by admission… Clueless about usage of synchrotron and fought and argued with me when I went or a technical meeting For a Army grant , $85 million USA dollars and invest in Thailand, This guy pissed in my coffee ! Total witchcraft! #Suranaree Just like Kabul, 2019. Mexican Nazi called QA at G3, living on fob. #King

#66 #POW

Another day of great talks - thanks to Cal Poly and all the speakers! Timestamps: 0:01:00 Welcome and Keynote Introduction 0:06:35 Keynote Address by Randy Yount, Millennium Space Systems 0:49:20 3UCubed: Command and Data Handling, and Flight Software 1:08:15 Preliminary Implementation of the F’ Software Framework for Management of Machine Learning Algorithms in Space Applications 1:29:30 Deploying and optimizing onboard machine learning algorithms with Amazon Web Services (AWS) 1:49:30 Enabling and Leveraging Industry to Advance Small Spacecraft Technologies 2:15:50 InOrbit NOW: In-orbit transportation services for satellites and responsive hosted payload IOD 3:50:48 CubeSat Launch Initiative Update 3:03:52 Additive Manufacturing in Developing a Universal CubeSat Technology Testbed 4:25:58 Warm Isostatic Press for Additively Manufactured ABS Outgassing Reduction in CubeSats 5:08:35 Low-Profile, CubeSat SADA 5:27:10 Can CubeSat ESD Qualification Testing with sound Packaging Engineering Protocols before Launch ensure Successful Deployment for Space Survivability? 6:18:20 The PY4 Mission: A Low-Cost Demonstration of Multi-CubeSat Coordinateion 6:40:45 SeaLion 3U Impedance Probe Space Plasma Measurement Investigations 7:01:38 Affordable CubeSat format STEM experiments on ISS 7:20:37 Integration and Testing of a Commercial ADCS for the Naval Academy Standard Bus 7:38:12 Increasing Production Efficiency through Automation with evolving BCT XB1 CubeSat Architectures 7:52:12 Closing Announcements

Thanks for streaming this! Timestamps: 0:06:28 Welcome and Keynote Introduction 0:13:10 Keynote Address by Dr. Jordi Puig-Suari 1:22:25 BioSentinel: Forging the path for Deep Space CubeSat Missions 1:41:54 SNIPE Mission: Formation Flying Nano-satellites for Small Scale Space Weather Research 2:03:48 Space Duck 2024: The Final Frontier (Phase II STTR) 2:22:55 CLIMB: A CubeSat mission to the Van Allen Belt 2:46:12 Bridging the Gap: A Standard Bus For Nonstandard Payload 4:01:35 CubeSat Relativistic Electron and Proton Energy Separator 4:20:05 Monitoring Solar Effect with CubeSats on Cosmic Ray Flux Variation at Sea Level 4:38:03 Development and Testing of an TDC-based data and timing transfer scheme for the CLICK mission 5:01:30 Falcon-RAD Joint Military Academy CubeSat & Interface Board 5:12:05 Implementation of a Cryogenic Optical Instrument in a 12U CubeSat 6:02:00 Small Satellite Deployable Radiator Study 6:20:50 Off-Axis Reflective Optics for EO/IR Camera Onboard CubeSat 6:38:30 A Preliminary Architecture for a Modular and Scalable Edge Computing System for Small Spacecraft 6:52:00 Passive orbital debris deployable collector: smallsat demonstration mission 7:15:35 Electroadhesive Technology Enabled CubeSat Missions 7:34:10 CubeSat-scale Robotic Arms in Space 7:53:12 SeaLion Doppler & Comms USCG Payload 8:15:25 Closing Remarks

nice

shout out to my lecturer if he checks this source cheers H

are there resins that can coat Si solar cells.?

I can convectional Si circuits be used with, titanium shielding?

#¥£€pow

Why did I already anticipated that the general was gonna show a clip fron space force. 😂

30:00 Screw the military. They don't deserve to be in space after repeatedly destroying the Earth. GTFO.

This 3yrs old , No latest video?

Really impressive. Curious about the production costs, and whether those could become affordable for individuals in some near future?

Such a nice presentation. Thank you for your work.

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REMAIN CALM REGENT ENDURES ALEXEI LIVES THE HOLY RUSSIAN EMPIRE SHALL ENDURES THERE IS MUCH TO THE DONE

Hail the Nightmare!

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Thanks for recording this! Great stuff - especially the SSRI KB (4:37:15) and MetaSat (4:49:38) seem really useful!

6:16 Intro 10:39 Keynote: CubeSats and Cocktail Napkins -- Doug Hulse 31:42 Break 1:21:28 Sponsor Video - Experior Labs 1:24:10 A Long Excursion 12 DOF CubeSat Design Test Platform with Optical Sensors -- Kyle Johnson 1:34:57 The Pleiades Rapid Orbital Verification Experimental System -- Michael Pham 1:52:01 μG-SpaceLaboratory - Development of a customizable research platform to detect molecular changes in mammalian cells for CubeSat missions -- Chris Mehner 2:10:53 Empowering Payloads through a Model-Based Approach to Payload Interfacing -- Alex Mason 2:26:58 Estimation of Timing Performance with Pulsed Laser Links for Small Satellite PNT -- Danielle Coogan 2:38:00 BUTCube - Small Satellite Technology Demonstrator Development -- Václav Lazar 2:46:27 Break 3:57:42 Sponsor Video - UARX 3:59:24 InOrbit NOW services: in space experience providing space access to satellites and technology IOD -- Matteo Lorenzoni 4:12:02 Leveraging Hosted Platforms for Risk Reduction Missions -- Maggie Ahern 4:31:36 Toward reusable spacecraft for space cargo transportation -- Andrés Villa 4:45:34 Random Vibration Attenuation on Maverick's Internally Isolated 12U Tabbed Dispenser -- Austin Kruggel 4:59:29 PLD Space secures the next steps of MIURA launches -- Pablo Gallego Sanmiguel 5:17:55 Path to the First Launch of the SL-OMV from the UK - Finally! -- Chris Loghry 5:31:54 Reducing Recontact during Radial Deployment of Rideshare Missions -- Vikram Krishnaswamy 5:44:58 Digital Transformation and the Student Experience - Spaceport Planning -- Paul Jurasin, Alice Sukhostavskiy, Lily Turkstra 6:01:01 Break 6:21:36 Sponsor Video - Millennium Space Systems 6:22:50 COTS Solar Panels and SADA for CubeSats -- Miguel Vazquez 6:38:39 NASA Marshall Mission Operations Support: A Tale of Two Solar Sails -- Darren Wallace 6:48:35 The Lunar IceCube and Artemis 1: Ground Data Systems and Operations -- Emily Walter 7:05:28 Earth stations licensing around the world - General frameworks, common issues, and hands-on experience from a Ground Segment-as-a-Service provider -- Matteo Cappella 7:18:14 AWS Ground Station Reference Architecture -- David Besson 7:37:02 Low Frequency to High Frequency 1 Meter Antennas for CubeSats -- Susan Tower 7:47:12 Optical Transceiver Development and Testing for the CubeSat Laser Infrared CrosslinK (CLICK) B/C Mission -- Hannah Tomio 7:58:55 Leaf Space: Your GSaaS Provider -- Giovanni Pandolfi 8:12:42 Closing

7:06 Welcome - John Bellardo 14:06 Keynote - Florence Tan 52:01 Break 1:31:20 Blue Canyon Technologies Sponsor Video 1:33:30 1600 CubeSats in 20 Years: How Did This Happen, and Now What? -- Mike Swartwout 1:48:15 Pathfinder Technology Demonstrator (PTD) Status -- David Mayer 2:05:37 Design and Development of PowerCube: an Origami-Inspired 100W Solar Array for Nanosatellites -- Antonio Pedivellano 2:23:18 TechEdSat-13: The First Flight of an AI/ML Neuromorphic Processor -- Alejandro Salas 2:36:25 To Future Deep Space CubeSat Teams From the ASU Deep Space Summit with Love: Current Challenges, Solutions, and Lessons Learned from Current Deep Space CubeSat Teams -- Pamela Clark 2:52:16 Demonstration Flight of the DiskSat, a Two-Dimensional Containerized Satellite -- Richard Welle 3:09:32 Building and Operating CubeSats - Successes and Struggles: Montana State’s Experience with Firebird and IT-SPINS -- Sarah Dolan 3:20:31 Break 4:20:35 dhv Sponsor Video 4:23:05 The Role of NASA Small Spacecraft Coordination Group (SSCG) -- Florence Tan 4:37:15 The SSRI Knowledge Base Tool: Cuurent Tool Functionality Review and Planned Future Enhancements -- Bruce Yost 4:49:38 MetaSat: Open Metadata for Small Satellite Missions -- Daniel Chivvis 5:00:42 Radiation Guidelines for Notional Threat Identification and Classification (R-GENTIC) Walkthrough -- Michael Campola 5:14:52 18 SPCS Small Satellite Services -- Cynthia Wilson 5:34:34 Building Resiliency Based on the Threat -- Ronald Keen 5:48:51 Break 6:17:37 Idea to Launch - Achieving a Full Space STEM Project Within an Academic Year -- Judi Sandrock 6:40:41 A Global Educational Program to promote STEM using Space -- Andrés Villa 6:55:06 Open-sourcing 1U CubeSat Platform for Education and Capacity Building -- Mengu Cho 7:17:15 ARTEMIS CubeSat Kit: A Low-Cost, Spaceflight-Ready 1U CubeSat and Educational Materials in the Public Domain -- Chris Amendola 7:34:40 3U Cubed: The IMAP Student Collaboration CubeSat Project -- Sanj Mehta 7:52:26 CubeSat Technology Demonstration Program: A JPL-University Crowdsourcing Initiative at Cal Poly Pomona -- Ryan Orr 8:00:12 Workforce Development -- Robert Meyer 8:13:15 Closing Remarks -- John Bellardo

I'm 14. I know nothing about propulsion. I don't even know what I'm doing here.

This was a very good presentation. We are also working on a similar projects. This helped alot. Thank you

Fascinating build. I assume from the presentation that your work is the payload that would be part of a slightly larger spacecraft? I'd love to see how this turns out after testing.

The sound is very weak! I can't hear any thing

Hi Corey, I understand the goal of the program is to help collect data, but for what purpose? Thanks W0MDX

I’m in!!!

Very interesting platform! I want to get involved

It is really informative and useful information. Thank you for sharing.

Thruster systems are great for increasing kinetic energy (velocity) in space. When used in conjunction with Delayed Reaction Drives (DRDs), the mission functionality of CubeSats can be drastically increased. Thrusters would be used for increasing kinetic energy and DRDs would be used for decreasing kinetic energy. Here is a conceptual video of DRDs in action: ua-cam.com/video/kHM6N1cUrck/v-deo.html

Thruster systems are great for increasing kinetic energy (velocity) in space. When used in conjunction with Delayed Reaction Drives (DRDs), the mission functionality of CubeSats can be drastically increased. Here is a conceptual video of DRDs in action: ua-cam.com/video/kHM6N1cUrck/v-deo.html Thrusters would be used for increasing kinetic energy and the DRDs would be used for decreasing kinetic energy.

Thruster systems are great for increasing kinetic energy (velocity) in space. When used in conjunction with Delayed Reaction Drives (DRDs), the mission functionality of CubeSats can be drastically increased. The thrusters would be used for increasing kinetic energy and the DRDs would be used for decreasing kinetic energy. Here is a conceptual video of DRDs in action: ua-cam.com/video/kHM6N1cUrck/v-deo.html

An excellent presentation and argument for practical, non-traditional, and immersive STEM education. This is great!

Great idea. Any estimate on an ETA?

How can we compute DeltaV based on 4 thrusters

Can we use bipropellant system for cubesat??

Why the fake curve in the logo?

CubSats am i right

Where are the morning presentations from day 1?

ty

Hi, do you happen to have the video for day 1? It does not seem to be uploaded to youtube anymore