Newk R
Regular
And it worked a treat. $1.20 to $1.19 in an instant
BRN Discussion Ongoing
- Thread starter TechGirl
- Start date
mrgds
Regular
.............. Mmmmmm Anastasi ........................
Excuse me everyone, "IM FEELIN IT" .......... ill be in the "HOT TUB " ............
Last edited:
Makeme 2020
Regular
Sorry if already been posted...............
Fullmoonfever
Top 20
@Rise from the ashes
Pretty sure was you who first found the "solicitation" with Numem & Nasa.
Confirmed Firm list to contract Ph I now.
So that would make 2 contracts for NASA this year with Intellisense recently confirmed & now Numem
sbir.nasa.gov
Under California State.
Proposal Information
Estimated Technology Readiness Level (TRL) :
Begin: 4
End: 6
Technical Abstract (Limit 2000 characters, approximately 200 words):
Space missions require high-performance, reliable computing platforms and can function in challenging environments. The von Neumann bottleneck constrains performance due to the time and energy consumed during the required data exchange between main memory chip sets and the processor. Neuromorphic computing could emerge as a game changer for space applications where mission success relies on fast and autonomous analysis of a vast array of incoming information from multiple sources.
The future space applications will drive the need for
Present Neuromorphic solutions for Space applications require FLASH memory for boot and weight storage in case of power loss or intermittent power failures. The FLASH memory has limitations on speed and life-time is limited by about 1M cycles of memory operations due to its endurance. For Deep Space Missions where continuous learning is required with updates on the non-volatile memory, a robust radiation tolerant memory with SRAM like performance but still with non volatility and high endurance is required. MRAM which offers 2.5X to 3.5X density advantage over SRAM, 1000X better endurance over FLASH, high radiation tolerance above 100Krad to 1Mrad and ultra-low power standby leakage which is critical for long battery life between solar recharge is a big advantage for these critical SPACE missions. Numem proposes in Phase-I to create a interface system with MRAM which can connect with AKIDA Neuromorphic Processor from Brainchip to either limit or replace FLASH operations with MRAM.
Potential NASA Applications (Limit 1500 characters, approximately 150 words):
Object Identification and Change Detection - Neuromorphic Computing could enable more efficient on-orbit data processing and storage
Autonomous Control - As activities in space become more remote and automated, without a human in the loop, this advantage could improve the satellite’s ability to analyze onboard sensor data with better autonomous decisions.
Cybersecurity - Neuromorphic Computing onboard a spacecraft would provide a trusted protection mechanism
It can resolve a fundamental time-energy problem with fast low cost results.
Potential Non-NASA Applications (Limit 1500 characters, approximately 150 words):
Artificial Intellligence applied at Edge for ultra low power IOT applications,Large Scale Operations & Product Customization with vast amount of data-sets,Medicine and Drug discovery for faster analysis and iterations,Imaging & Vision Sensors for classification and detection, Autonomous Operations in Drones and Cars, Robotics Technologies,Defense - Hypersonic and Ballistic Missile Technologies
Pretty sure was you who first found the "solicitation" with Numem & Nasa.
Confirmed Firm list to contract Ph I now.
So that would make 2 contracts for NASA this year with Intellisense recently confirmed & now Numem
NASA 2022 SBIR Program Phase I Selections - State List
Proposals Selected for Negotiation of Contracts
Award Search Results | NASA SBIR & STTR Program Homepage
Under California State.
Proposal Information
Proposal Number:
22-1- H6.22-2237
22-1- H6.22-2237
Subtopic Title:
Deep Neural Net and Neuromorphic Processors for In-Space Autonomy and Cognition
Proposal Title:
Neuromorphic Processor with radiation tolerant MRAM
Deep Neural Net and Neuromorphic Processors for In-Space Autonomy and Cognition
Proposal Title:
Neuromorphic Processor with radiation tolerant MRAM
Estimated Technology Readiness Level (TRL) :
Begin: 4
End: 6
Technical Abstract (Limit 2000 characters, approximately 200 words):
Space missions require high-performance, reliable computing platforms and can function in challenging environments. The von Neumann bottleneck constrains performance due to the time and energy consumed during the required data exchange between main memory chip sets and the processor. Neuromorphic computing could emerge as a game changer for space applications where mission success relies on fast and autonomous analysis of a vast array of incoming information from multiple sources.
The future space applications will drive the need for
- Reduced size, weight, and power constrains
- Data retention
- On-board adaptive learning capability
- Autonomous, onboard, and fast data analysis
Present Neuromorphic solutions for Space applications require FLASH memory for boot and weight storage in case of power loss or intermittent power failures. The FLASH memory has limitations on speed and life-time is limited by about 1M cycles of memory operations due to its endurance. For Deep Space Missions where continuous learning is required with updates on the non-volatile memory, a robust radiation tolerant memory with SRAM like performance but still with non volatility and high endurance is required. MRAM which offers 2.5X to 3.5X density advantage over SRAM, 1000X better endurance over FLASH, high radiation tolerance above 100Krad to 1Mrad and ultra-low power standby leakage which is critical for long battery life between solar recharge is a big advantage for these critical SPACE missions. Numem proposes in Phase-I to create a interface system with MRAM which can connect with AKIDA Neuromorphic Processor from Brainchip to either limit or replace FLASH operations with MRAM.
Potential NASA Applications (Limit 1500 characters, approximately 150 words):
Object Identification and Change Detection - Neuromorphic Computing could enable more efficient on-orbit data processing and storage
Autonomous Control - As activities in space become more remote and automated, without a human in the loop, this advantage could improve the satellite’s ability to analyze onboard sensor data with better autonomous decisions.
Cybersecurity - Neuromorphic Computing onboard a spacecraft would provide a trusted protection mechanism
It can resolve a fundamental time-energy problem with fast low cost results.
Potential Non-NASA Applications (Limit 1500 characters, approximately 150 words):
Artificial Intellligence applied at Edge for ultra low power IOT applications,Large Scale Operations & Product Customization with vast amount of data-sets,Medicine and Drug discovery for faster analysis and iterations,Imaging & Vision Sensors for classification and detection, Autonomous Operations in Drones and Cars, Robotics Technologies,Defense - Hypersonic and Ballistic Missile Technologies
A close today of $1.205 for me .... and I will still be happy with this weeks action.Ok its so slow and boring while nobody will SELL to the poor INSTOs and Shorters so how about a game of .......................
PICK THE CLOSING PRICE!
For me I can see a small but stead recovery north so I will go for the SP being GREEN and @ or above $1.27 close.
Yak52
Rise from the ashes
Regular
Yeah I found something@Rise from the ashes
Pretty sure was you who first found the "solicitation" with Numem & Nasa.
Confirmed Firm list to contract Ph I now.
So that would make 2 contracts for NASA this year with Intellisense recently confirmed & now Numem
NASA 2022 SBIR Program Phase I Selections - State List
Proposals Selected for Negotiation of Contracts
Award Search Results | NASA SBIR & STTR Program Homepage
View attachment 12219
Under California State.
View attachment 12220
View attachment 12221
Proposal Information
Proposal Number:
22-1- H6.22-2237
Subtopic Title:
Deep Neural Net and Neuromorphic Processors for In-Space Autonomy and Cognition
Proposal Title:
Neuromorphic Processor with radiation tolerant MRAM
Estimated Technology Readiness Level (TRL) :
Begin: 4
End: 6
Technical Abstract (Limit 2000 characters, approximately 200 words):
Space missions require high-performance, reliable computing platforms and can function in challenging environments. The von Neumann bottleneck constrains performance due to the time and energy consumed during the required data exchange between main memory chip sets and the processor. Neuromorphic computing could emerge as a game changer for space applications where mission success relies on fast and autonomous analysis of a vast array of incoming information from multiple sources.
The future space applications will drive the need for
Neuromorphic processors aligns with the above capabilities. Neuromorphic architectures are inherently fault tolerant, and several hardware implementations have high-radiation tolerance. In addition, neuromorphic algorithms are well-suited to classes of problems of interest to the space community.
Present Neuromorphic solutions for Space applications require FLASH memory for boot and weight storage in case of power loss or intermittent power failures. The FLASH memory has limitations on speed and life-time is limited by about 1M cycles of memory operations due to its endurance. For Deep Space Missions where continuous learning is required with updates on the non-volatile memory, a robust radiation tolerant memory with SRAM like performance but still with non volatility and high endurance is required. MRAM which offers 2.5X to 3.5X density advantage over SRAM, 1000X better endurance over FLASH, high radiation tolerance above 100Krad to 1Mrad and ultra-low power standby leakage which is critical for long battery life between solar recharge is a big advantage for these critical SPACE missions. Numem proposes in Phase-I to create a interface system with MRAM which can connect with AKIDA Neuromorphic Processor from Brainchip to either limit or replace FLASH operations with MRAM.
Potential NASA Applications (Limit 1500 characters, approximately 150 words):
Object Identification and Change Detection - Neuromorphic Computing could enable more efficient on-orbit data processing and storage
Autonomous Control - As activities in space become more remote and automated, without a human in the loop, this advantage could improve the satellite’s ability to analyze onboard sensor data with better autonomous decisions.
Cybersecurity - Neuromorphic Computing onboard a spacecraft would provide a trusted protection mechanism
It can resolve a fundamental time-energy problem with fast low cost results.
Potential Non-NASA Applications (Limit 1500 characters, approximately 150 words):
Artificial Intellligence applied at Edge for ultra low power IOT applications,Large Scale Operations & Product Customization with vast amount of data-sets,Medicine and Drug discovery for faster analysis and iterations,Imaging & Vision Sensors for classification and detection, Autonomous Operations in Drones and Cars, Robotics Technologies,Defense - Hypersonic and Ballistic Missile Technologies
Investig8ed
Regular
Wow automotive lidar estimated value by 2030 $50B. This could be massive if Valeo has 75% market and we can get 1% of value in royalties. So many unknowns at the moment but my goodness the possibilities if BRN succeed.
SHORTERS trying to force a lower close and create a down trend for Mondays open.
NICE close at $1.19 so close to the average price played out since 11.30 am. Some one was buying up and few were sellng.
VERY NICE week.
Next week should be even better!
Have a good weekend and don't catch the Flu. Its a bugger!
Yak52
NICE close at $1.19 so close to the average price played out since 11.30 am. Some one was buying up and few were sellng.
VERY NICE week.
Next week should be even better!
Have a good weekend and don't catch the Flu. Its a bugger!
Yak52
Fullmoonfever
Top 20
Agree YakSHORTERS trying to force a lower close and create a down trend for Mondays open.
NICE close at $1.19 so close to the average price played out since 11.30 am. Some one was buying up and few were sellng.
VERY NICE week.
Next week should be even better!
Have a good weekend and don't catch the Flu. Its a bugger!
Yak52
Supply well absorbed today.
Rise from the ashes
Regular
so 1.18 close not at trading pc?
Makeme 2020
Regular
Not over yet...........
Rise from the ashes
Regular
The 1000 eye's could put out a monthly newsletter and make a killing. @Fullmoonfever
alwaysgreen
Top 20
I've got rsv. Worst I've felt in years! Thankfully my portfolio is easing the pain a little.SHORTERS trying to force a lower close and create a down trend for Mondays open.
NICE close at $1.19 so close to the average price played out since 11.30 am. Some one was buying up and few were sellng.
VERY NICE week.
Next week should be even better!
Have a good weekend and don't catch the Flu. Its a bugger!
Yak52
D
Deleted member 118
Guest
@Rise from the ashes
Pretty sure was you who first found the "solicitation" with Numem & Nasa.
Confirmed Firm list to contract Ph I now.
So that would make 2 contracts for NASA this year with Intellisense recently confirmed & now Numem
NASA 2022 SBIR Program Phase I Selections - State List
Proposals Selected for Negotiation of Contracts
Award Search Results | NASA SBIR & STTR Program Homepage
View attachment 12219
Under California State.
View attachment 12220
View attachment 12221
Proposal Information
Proposal Number:
22-1- H6.22-2237
Subtopic Title:
Deep Neural Net and Neuromorphic Processors for In-Space Autonomy and Cognition
Proposal Title:
Neuromorphic Processor with radiation tolerant MRAM
Estimated Technology Readiness Level (TRL) :
Begin: 4
End: 6
Technical Abstract (Limit 2000 characters, approximately 200 words):
Space missions require high-performance, reliable computing platforms and can function in challenging environments. The von Neumann bottleneck constrains performance due to the time and energy consumed during the required data exchange between main memory chip sets and the processor. Neuromorphic computing could emerge as a game changer for space applications where mission success relies on fast and autonomous analysis of a vast array of incoming information from multiple sources.
The future space applications will drive the need for
Neuromorphic processors aligns with the above capabilities. Neuromorphic architectures are inherently fault tolerant, and several hardware implementations have high-radiation tolerance. In addition, neuromorphic algorithms are well-suited to classes of problems of interest to the space community.
Present Neuromorphic solutions for Space applications require FLASH memory for boot and weight storage in case of power loss or intermittent power failures. The FLASH memory has limitations on speed and life-time is limited by about 1M cycles of memory operations due to its endurance. For Deep Space Missions where continuous learning is required with updates on the non-volatile memory, a robust radiation tolerant memory with SRAM like performance but still with non volatility and high endurance is required. MRAM which offers 2.5X to 3.5X density advantage over SRAM, 1000X better endurance over FLASH, high radiation tolerance above 100Krad to 1Mrad and ultra-low power standby leakage which is critical for long battery life between solar recharge is a big advantage for these critical SPACE missions. Numem proposes in Phase-I to create a interface system with MRAM which can connect with AKIDA Neuromorphic Processor from Brainchip to either limit or replace FLASH operations with MRAM.
Potential NASA Applications (Limit 1500 characters, approximately 150 words):
Object Identification and Change Detection - Neuromorphic Computing could enable more efficient on-orbit data processing and storage
Autonomous Control - As activities in space become more remote and automated, without a human in the loop, this advantage could improve the satellite’s ability to analyze onboard sensor data with better autonomous decisions.
Cybersecurity - Neuromorphic Computing onboard a spacecraft would provide a trusted protection mechanism
It can resolve a fundamental time-energy problem with fast low cost results.
Potential Non-NASA Applications (Limit 1500 characters, approximately 150 words):
Artificial Intellligence applied at Edge for ultra low power IOT applications,Large Scale Operations & Product Customization with vast amount of data-sets,Medicine and Drug discovery for faster analysis and iterations,Imaging & Vision Sensors for classification and detection, Autonomous Operations in Drones and Cars, Robotics Technologies,Defense - Hypersonic and Ballistic Missile Technologies
These discoveries are getting boring now
Rise from the ashes
Regular
you visit this place lately?
Zoo chimpanzees recovering from human respiratory illness RSV with tea and soup
The troop of chimpanzees at a South Australian zoo that contracted a virus commonly seen in human children probably got it from a tissue that blew into their enclosure, the head of Zoos SA says.
Rise from the ashes
Regular
Makeme 2020
Regular
My bad 1.18 finish to the week Ladies and Gentleman That's GREEEEEEEEEEEEN...............
Rise from the ashes
Regular
lol so how long were you staring at screen before you realised market was closed?
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