Hi
@Dhm
Back a long time ago I did a lot of reading about accelerators. Probably at least 2 years now so some may have moved on a little but this is what I took away in a nutshell and in my very lay technophobe language which will likely cause the engineer among us to cringe -
@Diogenese :
1. An accelerator is used to speed up data transmission from the sensor/source of the data acquisition to the processor.
2. The processor can be in the Cloud or it can just be in the room where they keep the main computer at an office or factory.
3. Traditionally an accelerator simply compressed
all of the data in batches which reduces the bandwidth needed to transmit the data to the processor by sending multiple batches rather than one continuous stream.
4. This works OK in a factory as you can anticipate all the data you are trying to capture and might need to send and have sufficient bandwidth installed to cope with your closed system.
5. Out there on the web where you are sending your data over the 3,4 or 5G network you are in competition with others for the bandwidth and your batches of compressed data can be larger than the available bandwidth, notwithstanding being compressed, and it can still be forced to queue if there is a lot of traffic.
6. I do not understand the full technical reason but if you have lots of compressed data batches (packets) queuing up waiting for a chance to send they can actually become jammed (my word). Since I originally read about this problem I have read a couple of papers where solutions to the log jam were being proposed so not sure about the present situation.
This then leads to using AKIDA as an accelerator and its advantages:
1. AKIDA does not compress the data coming from the sensor.
2. AKIDA actually processes the data coming from the sensor to arrive at an actionable insight or to sort out the needed relevant data to make a decision about what action to take.
3. AKIDA can then either take action at the sensor or it can send that actionable insight to somewhere else as meta data.
4. AKIDA's huge advantage as an accelerator is therefore it is sending only tiny little packets of meta data which can reliably slot in to the bandwidth with ease.
5. AKIDA's huge advantage continues when the meta data reaches the cloud or processor where the action is to be taken because that computer does not have to wade through every single piece of data collected and sent to it and sort out what is relevant before taking action. AKIDA gives it just the relevant data so it can action that data almost instantaneously.
This ability or advantage can be critical in health, automotive, aeronautical, defence and space applications.
My opinion only DYOR
FF
AKIDA BALLISTA