So I am writing a report on digital camera. The requirement is to write about the hardware, microarchitecture level, and instruction set architecture level of digital camera. I have searched for a while, and known a few image processors like Digic for Canon Camera or Bionz for Sony. However, I can't seem to find related technical documents or datasheet about them. I am a complete begginer on digital camera, can anyone recommend a book or some website for me to study about this topic? Or is there any earlier image processors that have documentation about that I can do research on like the LC-3? Thanks in advanced.
I am thinking of running a dogecoin node on my raspberry pi 4 (8GB ram), and would adore if someone has already prepared a docker image for me.
Something I've been working on with some help from studies on trout. A new perspective on some old information.
If this was software would you download it? I'm looking at making it so everyone can use.
https://preview.redd.it/bc67xtwx8yw71.png?width=940&format=png&auto=webp&s=3698491e84fe8520ee22b862cc5eb44774bb0938
This project deals with the design and implementation of an image processing system for Face recognition using MATLAB. Image treatment is a complex task so, we must study all the background i.
https://store.solidstatelogic.com/products/ssl-fusion-vintage-drive-plug-in
The XAOC video of Katowice (https://m.youtube.com/watch?v=UNmZdxkd7XE) shows some pretty wild and dramatic stereo effects possible with it, particularly the second example (dry then wet). It doesn’t show how those signals are being processed after being split out though, and as it doesn’t feature panning within the module I believe something else must be involved to make those sounds. There’s also some mysticism about phase shift/Doppler effects in the manual, but this isn’t really demonstrated in their demo from what I can tell... Anybody have some more concrete info on how this guy can be used for dramatic stereo field processing? Really thinking of picking one up.
With the rise of computer vision, high quality images have never been more important. Smartphones outclass every other type of camera on the market except for broadcast cameras. From what I understand, a big part of the reason for this is the magic that happens inside the image signal processor. When will the advances in smartphone photography make it to other industries such as industrial cameras?
https://nexoptic.com/news/revolutionary-ai-for-image-signal-processors-announced/
Is ALIIS disruptive? What does it mean to be disruptive anyways?
The answer is yes.
Disruption is when new tech makes old tech obsolete, and engineers change their designs to make their products either better or cheaper by incorporating the new tech. ISPs are old tech, and ALIIS is new tech.
ALIIS does in software using the AI available on Snapdragon and Jetson SoC better and faster than what Image Signal Processors do in hardware. Hardware is expensive, not just the component itself, but everything it takes to use it: the real estate it consumes on the circuit board, the equipment used to place it, the supply chain management, design maintenance, etc, etc, etc. ALIIS does it for the cost of royalties per phone and per feature, which is much less than the hardware solution.
Who provides these ISPs and what products use them?
These are the companies which will be disrupted by our beloved ALIIS.
Check out ST, a leading provider of semiconductors optical components including ISPs. According to their website
https://www.st.com/en/imaging-and-photonics-solutions/imaging-processors.html#overview
“ST offers a wide range of image signal processors (ISP) to address different markets, including high-end smartphones, security/surveillance, gaming, automotive and medical applications.” These applications sound a lot like those talked about in the last press release.
It is not only hardware that is disrupted, ISP service companies could also lose revenue to ALIIS.
Here is a snippet of the Path Partner website ( https://www.pathpartnertech.com/camera-tuning-understanding-the-image-signal-processor-and-isp-tuning/) which provides tuning services for image sensor output. This is also done inherently by ALIIS, as its basic primary function.
If you are wondering whether or not OEMs will opt into ALIIS for their firmware builds, just consider the above to help you make up your mind.
