Category Archives: Information processing

One version of truth

With so many systems, sub systems across the world in web, dark web and internal networks we have various versions of truth in each system. Truth in these systems may or may not be exactly the same version or even be fully/partially right in all/few/one system. We have search across systems but we don’t have a refined framework to find the right version of truth relative to time. With the proliferation of multiple systems, more and more systems going online, more sensors and mobile devices what we need is truth finder search.

It should be able to search across systems, create various states of truth across time and finally give via differential the truth w.r.t. given time.

Visualization

Visualization in the digital world is an important area often ignored by techies. Visualization in traditional sense of user interface / user experience / mobility for systems and applications has now long been considered an important area.

But another interesting area to look at in visualization would be internet and understanding universe both – yes I am linking both. With petabytes of data/information now on internet and machines with GBs of RAMs and Octa-core CPUs now common place there is an information overload. If you compare the information being generated every year by internet and computers it’s not something that probably a human being could go through in his/her life. Same is the case with the universe, every year we are finding new areas of unexplored universe with new galaxies, stars, planets, etc. An example: The Great Attractor

To understand and process so much information for a normal human brain at current capability does not seem possible (debatable but that’s my view point).

What we need is a little help from visualization and using something like a dimensional / visualization helmet of virtual reality type. Fighter pilots have helmet mounted displays and we need something similar that processes lot of information from internet and universe which could come from multiple dimensions say 5/6+ (more than four dimensions is difficult for us to understand: time, x, y and z axis, etc.)  and parses through petabytes / zetabytes of information and presents it based on normalization for  our senses.