Displaying 13 - 15 of 32
| ID# | Organization type | Agency interests | Capabilities offered | Equipment & facilities | Organization area of interest(s) | Other offerings | Partner capabilities sought | Partner type | Partner area of interest(s) | Other partner skills sought |
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| Academic | 4.2 Space-Based Space Situational Awareness We’ve been developing a space-based Space Domain Awareness (SDA) solution that may be capable of performing real-time SDA catalog updates (e.g., orbit-type prediction or satellite brand recognition, etc.) and Resident Space Objects (RSO) tracking (e.g., trajectory prediction or dynamic tracking, etc.) based on the data collected from space-based sensors. The goal was to develop machine learning based models and methods for configuring/selecting on-orbit sensors, performing SDA observations, and extracting information from those observations. Also, there was some initial evidence to validate and test these models and methods on real satellites based on public data sources. 5.2 Quantum Technologies Machine learning and classical/quantum algorithms for signal processing, e.g., quantum sensors. 6.2 Operator defined metrics for trusted autonomy We’ve been developing some human-interactive inference-based machine learning models and tools to monitor and calibrate trust in autonomous systems and ensure that they are safe, reliable, and trustworthy from the perspectives of many stakeholders, by employing a scientifically sound approach. These tools will include predicting and generating the unified knowledge presentations and performance/risk metrics about both the machines and human operators, to enable symbiotic human-machine cooperation and knowledge sharing. Eventually, these tools will help enable new real-world use-cases and transform the way we operate autonomous systems in uncertain, complex environments, at a faster pace and a lower cost. | Quantum sensor prototypes. |
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Capabilities of system integration. data collection and hardware testing for the following: (a) Space-Based Space Situational Awareness (b) Quantum Technologies (c) Operator defined metrics for trusted autonomy | Both academic and industry partners |
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Data sources or software infrastructure for autonomy mission and/or space applications (e.g., satellites) | |||
| Small Business | Long-Range LiDAR System on a Chip - Low C-SWAP - Radiation Tolerant - On-Chip Histogramming - Reconfigurable data acquisition and processing ASIC - 65 nm technology node - 4.2 mm × 3 mm - Up to 2048 bins vertical averaging - Up to 256 profiles horizontal averaging - 16 reconfigurable channels - 120 dB dynamic range front-end - Geiger-mode capable front-end - Linear-mode capable front-end - 30 m resolution - 40 km range - 2000 km maximum distance - LiDAR return histogramming and processing back-end - Histogram per-channel back-end - Space or air-borne range options - Analog, digital, or histogram output options AND SP18240 - One shot HDR ROIC for eSWIR and MWIR cameras - Our ROIC performs several critical processing functions within the pixel itself, significantly saving data bandwidth and power at the edge - Our scene preview mode generates a simplified look ahead image before discerning if more details are needed for faster decision making at lower power - HDR: 83 / 90 dB @ 300 / 120 K - Programmable analog & digital out - Programmable on-chip frame timer - Programmable column-parallel 8-14 bit ADC - 4-bit look ahead image - Compressive imaging compatible - Commercial FPA compatible (N-on-P) - SkyWater Technology 90 nm IP - 30 µm pixel-pitch - < 200 e- of input-referred noise - 10 million e- full-well capacity - In-pixel skimming and CDS - Programmable in-pixel gain - Programmable 60-600 fps | Testing facilities, fabrication, detector partner |
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Advanced imaging, communications, trusted microelectronics, and radiation hardening Designing and developing the world’s most advanced integrated circuit (IC) technology through verified, patented, & licensed IP as well as full turnkey solutions Combining the agility of a small business with the expertise and resources of larger businesses, SenseICs offers unprecedented speed in innovation and time-to-market IP Capabilities: - Interface: SPI, I2C, LVDS, SERDES, Memory Interface, Other - Memory: SRAM, Memory Control - Clocking/Timing: Clock Gen, PLL - RF Blocks: LNA, PA, Mixers, VCOs - Power Management: LDO, VREF - System Check: Watchdog, Poweron reset, Temperature monitor - Signal path: Pixel, ADC, DAC, OpAmp, TIA, Comparator Semiconductor Foundry Experience: - CMOS analog and digital designs from legacy to advanced nodes: 250 nm, 180 nm, 130 nm, 90 nm, 65 nm, 45 nm, 22 nm, and 12 nm - BiCMOS SiGe designs in 130 nm and 90 nm - GaN designs in 150 nm and 140 nm | Detector partner, testing facilities, fabrication | Both academic and industry partners |
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Testing facilities, fabrication, detector partner | ||
| Small Business | Lidar, Optical beam steering, Free space optical communications |
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We can make a lidar that can go on a satellite, and view other satellites. A space oriented partner for this capability could be a good match. We also can do optical phased arrays and other optical beam steering. | Space partner for space situational awareness from space | Industry partner |
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