Damo4
Regular
If you know you know COYI absolutely buzzing
Sorry in the wrong section but it’s been 42 years in the coming
Good onya mate. 90th minute winner. Got any finger nails left![]()
sod all lol
Careful Lads

If you know you know COYI absolutely buzzing
Sorry in the wrong section but it’s been 42 years in the coming
Good onya mate. 90th minute winner. Got any finger nails left![]()
sod all lol
One day we'll get to the top of that particular ladder again, pull out a gun, and shoot that flaming snake dead as a doornail causing the shortee's to soil themselves.![]()
Thanks Doz, but I think I'll continue to be critical of things that I don't agree with.
I'm not perfect, and I'm open to criticism.
Surely everyone else here is, otherwise why would they risk voicing their opinion on a forum?
Anyway, we are once again seemingly bouncing at a range of support around the 40c mark.
We keep entering partnerships and things are looking good for BRN.
His latest address is Houston Texas.Look at this SoC Design Engineer from INTEL working on akida in the background
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Not sure if this is news to the rest of you but it is news to me
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tvOS 17 brings FaceTime and video conferencing to Apple TV 4K
Apple today announced software updates coming this fall that make Apple TV 4K even more enjoyable, interactive, and fun for the whole household.www.apple.com
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Not reading into it anymore than the significant face value of the situation.Good morning,
Try not to read too much into that (not that I'm implying you are) it's Adams son, so a typical response from a loving father.
Highly intelligent like his Dad, but more importantly his Dad is a highly valued asset at Brainchip being the Chairperson of our SAB![]()
Not reading into it anymore than the significance of the face value of the situation.
The fact is, the son of the chairperson of the scientific advisory board at Brainchip is a software engineering manager at Apple....
It cannot be a bad thing.
The day Tesla or Elon post one thing or a like on Brainchip Mercedes jump will seem like a small blip in the ocean. One day people, one day
I do miss seeing the ogre.Definitely not us.
Cerence:
US2022415318A1 VOICE ASSISTANT ACTIVATION SYSTEM WITH CONTEXT DETERMINATION BASED ON MULTIMODAL DATA
View attachment 38000
A vehicle system for classifying spoken utterance within a vehicle cabin as one of system-directed and non-system directed may include at least one microphone to detect at least one acoustic utterance from at least one occupant of the vehicle, at least one camera to detect occupant data indicative of occupant behavior within the vehicle corresponding to the acoustic utterance, and a processor programmed to receive the acoustic utterance, receive the occupant data, determine whether the occupant data is indicative of a vehicle feature, classify the acoustic utterance as a system-directed utterance in response to the occupant data being indicative of a vehicle feature, and process the acoustic utterance.
[0016] The vehicle 104 may be configured to include various types of components, processors, and memory, and may communicate with a communication network 110 . The communication network 110 may be referred to as a “cloud” and may involve data transfer via wide area and/or local area networks, such as the Internet, Global Positioning System (GPS), cellular networks, Wi-Fi, Bluetooth, etc. The communication network 110 may provide for communication between the vehicle 104 and an external or remote server 112 and/or database 114 , as well as other external applications, systems, vehicles, etc. This communication network 110 may provide navigation, music or other audio, program content, marketing content, internet access, speech recognition, cognitive computing, artificial intelligence, to the vehicle 104 .
US2021043195A1 AUTOMATED SPEECH RECOGNITION SYSTEM
View attachment 38001
There is provided an automated speech recognition system that applies weights to grapheme-to-phoneme models, and interpolates pronunciations from combinations of the models, to recognize utterances of foreign named entities for naive, informed, and in-between pronunciations.
[0013] Memory 125 is a tangible, non-transitory, computer-readable storage device encoded with a computer program. In this regard, memory 125 stores data and instructions, i.e., program code, that are readable and executable by processor 120 for controlling operation of processor 120 ...
[0014] Program module 130 contains instructions for controlling processor 120 to execute methods described herein. For example, under control of program module 130 , processor 120 will receive and analyze audio signals from microphone 110 , and in particular speech from users 101 , 102 and 103 , and produce an output 135 . For example, in a case where system 100 is employed in an automobile (not shown), output 135 could be a signal that controls an air conditioner or navigation device in the automobile.
[0043] … This method is also not constrained to only two models, or any particular kind of model (e.g., classical n-gram, Recurrent Neural Network (RNN), Long Short-Term Memory (LSTM), . . . ).
My aunts, brothers, uncles, sisters, mums, cousin also knows a software engineer at apple, does that countNot reading into it anymore than the significance of the face value of the situation.
The fact is, the son of the chairperson of the scientific advisory board at Brainchip is a software engineering manager at Apple....
It cannot be a bad thing.
My aunts, brothers, uncles, sisters, mums, cousin also knows a software engineer at apple, does that count
2.75M AUD awarded. Nice find, Jchandel. Skål!WIth BrainChip, we propose to capitalise on innovations that have revolutionised the use of smart phones such as in micro-opto-electronics, chip and wireless technologies We will engineer a wireless and fully implantable smart Neuroprobe-on-a-chip, a device that can decode and manipulate neural activity in real time. This disruptive technical advancement will allow a radical increase in a subject’s freedom of movement while preserving state-of-the-art quality of recordings of neural activity. We have an ideal team to achieve this by combining expertise from the Microsystem and Nanotechnology Lab at SINTEF with neuroscientists at UiO (medical faculty). BrainChip will develop and test the Neuroprobe in a translational project of freely moving, focusing on mouse models of dementia and sleep. Our long-term goal is to establish the Neuroprobe-on-a-chip beyond brain research and contribute towards low-cost and high-precision ambulatory instrumentation for early detection, prevention, and ultra-long-term monitoring of brain disorders in patients.
Click on Summary on the below page:
![]()
Wireless Neuroprobe-On-A-Chip - Prosjektbanken
Wireless Neuroprobe-On-A-Chip Torkel Hafting Førsteamanuensisprosjektbanken.forskningsradet.no
Great find @JchandelWIth BrainChip, we propose to capitalise on innovations that have revolutionised the use of smart phones such as in micro-opto-electronics, chip and wireless technologies We will engineer a wireless and fully implantable smart Neuroprobe-on-a-chip, a device that can decode and manipulate neural activity in real time. This disruptive technical advancement will allow a radical increase in a subject’s freedom of movement while preserving state-of-the-art quality of recordings of neural activity. We have an ideal team to achieve this by combining expertise from the Microsystem and Nanotechnology Lab at SINTEF with neuroscientists at UiO (medical faculty). BrainChip will develop and test the Neuroprobe in a translational project of freely moving, focusing on mouse models of dementia and sleep. Our long-term goal is to establish the Neuroprobe-on-a-chip beyond brain research and contribute towards low-cost and high-precision ambulatory instrumentation for early detection, prevention, and ultra-long-term monitoring of brain disorders in patients.
Click on Summary on the below page:
![]()
Wireless Neuroprobe-On-A-Chip - Prosjektbanken
Wireless Neuroprobe-On-A-Chip Torkel Hafting Førsteamanuensisprosjektbanken.forskningsradet.no
Thank you for posting.WIth BrainChip, we propose to capitalise on innovations that have revolutionised the use of smart phones such as in micro-opto-electronics, chip and wireless technologies We will engineer a wireless and fully implantable smart Neuroprobe-on-a-chip, a device that can decode and manipulate neural activity in real time. This disruptive technical advancement will allow a radical increase in a subject’s freedom of movement while preserving state-of-the-art quality of recordings of neural activity. We have an ideal team to achieve this by combining expertise from the Microsystem and Nanotechnology Lab at SINTEF with neuroscientists at UiO (medical faculty). BrainChip will develop and test the Neuroprobe in a translational project of freely moving, focusing on mouse models of dementia and sleep. Our long-term goal is to establish the Neuroprobe-on-a-chip beyond brain research and contribute towards low-cost and high-precision ambulatory instrumentation for early detection, prevention, and ultra-long-term monitoring of brain disorders in patients.
Click on Summary on the below page:
![]()
Wireless Neuroprobe-On-A-Chip - Prosjektbanken
Wireless Neuroprobe-On-A-Chip Torkel Hafting Førsteamanuensisprosjektbanken.forskningsradet.no
2.75M AUD awarded. Nice find, Jchandel. Skål!
utionised the use of smart phones such as in micro-opto-electronics, chip and wireless technologies We will engineer a wireless and fully implantable smart Neuroprobe-on-a-chip, a device that can decode and manipulate neural activity in real time. This disruptive technical advancement will allow a radical increase in a subject’s freedom of movement while preserving state-of-the-art quality of recordings of neural activity. We have an ideal team to achieve this by combining expertise from the Microsystem and Nanotechnology Lab at SINTEF with neuroscientists at UiO (medical faculty). BrainChip will de
WIth BrainChip, we propose to capitalise on innovations that have revolutionised the use of smart phones such as in micro-opto-electronics, chip and wireless technologies We will engineer a wireless and fully implantable smart Neuroprobe-on-a-chip, a device that can decode and manipulate neural activity in real time. This disruptive technical advancement will allow a radical increase in a subject’s freedom of movement while preserving state-of-the-art quality of recordings of neural activity. We have an ideal team to achieve this by combining expertise from the Microsystem and Nanotechnology Lab at SINTEF with neuroscientists at UiO (medical faculty). BrainChip will develop and test the Neuroprobe in a translational project of freely moving, focusing on mouse models of dementia and sleep. Our long-term goal is to establish the Neuroprobe-on-a-chip beyond brain research and contribute towards low-cost and high-precision ambulatory instrumentation for early detection, prevention, and ultra-long-term monitoring of brain disorders in patients.
Click on Summary on the below page:
![]()
Wireless Neuroprobe-On-A-Chip - Prosjektbanken
Wireless Neuroprobe-On-A-Chip Torkel Hafting Førsteamanuensisprosjektbanken.forskningsradet.no
Hi MMH.While on first pass it looks like our company, unfortunately a second reading (to me) shows that it's a neurological implant (a la Musk's Neuralink) brain-computer interface.
As for the HiSilicon's KunPeng chip hosting 4 Akida nodes, I would imagine if that were the case, there would have been a price sensitive IP licensing announcement.
Happy to be wrong though.