The New Search Engine: Pervasive Socially-Mediated Search Feed Mash-ups

Command line search is being replaced with NLU (Natural Language Understanding).  The static search page is being replaced with a search feed.

The Samsung Intel backed app called MindMeld can listen to a conversation of up to eight people at once and creates a dynamic search engine results feed.

Mindmeld is being targeted at networked chat.  However the same search feed technology is well suited to a pervasive ubiquitous paradigm, as user experience flows between glass, phone, tablet, laptop, browser, and etc.    A pervasive record of device use (desktop, browser, phone, text, geo) over hours, days and years allows search engines to find and use hyper personalized (and valuable) preference patterns in deep time.  Again, it’s worth emphasizing that the search results would be a dynamic feed rather than a static results page.  So the context of the users situation and (forward/backward) patterns in time would constantly be aggregated into the feed.  What is the user browsing now?  What email conversations are they having?  Where are they?

Socially mediated search – social dynamics and information patterns from parallel (pervasive) records are also important.  One major paradigm change in networked data is the mash-up.  When feeds collide amazing things happen.  Humans are social animals.  When rich social pathways are used to direct data collision, value is created.  Exposing parallel search feeds across the network (and exposing contexts in search feed information pathways) allows for social search grooming and re-versioning.

Data visualization tools are a good place to look for search feed mash-up gamification possibilities and using search for social collision.   

This  presentation on MindMeld technology and mapping techniques can be applied to visualization tools and dynamic data.


Pervasive CV and Ambient Entertainment

Google glass is NOT like a classic video camcorder or even like a smart phone.  Those devices are situational (even smart phone telepresence is situational).  Google Glass is a pervasive and allows for pervasive capture – like these Russian Dashboard cams.

Any sort of video device that records a video buffer or pervasive video feed …   will capture natural unplanned moments of entertainment – ambient environmental entertainment.

The obvious tools to extract and distribute this content will be CV, NLU and open social media.

CV (Computer vision) and NLU (Natural Language Understanding) technologies can automatically identify and tag entertainment using audio and visual (social) cues.  With CV emotion recognition technology you can identify and review the best smiles of the day.  With equivalent audio NLU emotion recognition you can identify and review the best laughs of the day.

Open social media allows for social grooming of the footage.  Friends, families and social networks have an interest in tagging footage, adding data to footage, and chopping away dead data.  This process is open for storification and gamification applications.

Get ready for the flood.  Get ready for the new content competition.  Whoever provides back end for these capabilities has an amazing position in the marketplace.


Dorm Room of the Future


Moore’s Law is Too Slow.

The Defense Advanced Research Projects Agency (“DARPA”) is one of the few tech programs left in the U.S. Fed Budget.  This isn’t surprising.  The history of technology is strongly associated with war.

So like, what are they up to?

DARPA thinks Moore’s law is moving too slow.  They are funding research into new material science, new sensors, new transducers and Quantum engineered devices. Awesome!  Check the details at Next Big Future.

DARPA has also announced funding into medicine on demand and portable synthetic biologically lab (tricorder) research.

Speaking of “lab on a chip” research.  Did you see the latest cheap portable genetic sequencer device?


AGI Explosion

If your job is boring, you can be replaced by narrow AI.  That’s the relatively cheap easy Artificial Intelligence that just needs a set of instructions (more or less).  Perhaps you’ve already read about this in Martin Ford’s The Lights In The Tunnel where he explores some of the economic consequences of job destruction through automation.

We are closing in on a more powerful technology which could have even greater economic impact.  AGI as embodied by Whole Brain Emulation is a more powerful version of AI that has more plasticity.  Whole brain emulation will allow machines to make broader more fluid decisions/actions and perform a wider range of occupations.  Robin Hanson looks at this disruptive impact of this technology.  It could be the most disruptive technology heading our way in the next few decades.

In light of Hanson’s forecast, Next Big Future looks at complimentary technologies that will be part of our lives over the next twenty years.


Total Biolectric Interface

Singularity Hub has a sick profile on Stanford startup Vergence Labs.  They are working on Singularity style human machine mashups. 

In cyborg related news, MVG expects to have direct-to-brain bionic eye implants ready for testing in 2014.

 

 


Claytronics: Smart Sand

Have you heard about the latest breakthrough in high performance plastic electronic circuit fabrication?  Cool.

Have you heard about programmable sand? aka Claytronics.


Telepathy to Telephony

For thought to speech translation, iBrain could be a less intrusive alternative to brain implants.   Stephen Hawkin is trying one out as an alternative to his normal speech synthesis system.


Quantum Encryption: Magic Bullet Against Hackers?

Data attack has an advantage against data defense.  This is not good news for the intelligence and defense industries.

Right now there is still some hope that quantum computing can fix the data security problem.

This is great news!  The military and intelligence community have deep pockets for new disruptive technologies.  This could lead to a boom in new quantum computing technologies.  Like this new diamond quantum computer.  Or new quantum control protocols.  Both of which could lead to larger scale quantum computers.


AR Spex

NYT has an update on Google’s AR glasses.  I guess the release date is getting pushed back.  There also seems to be an effort to link the device to G+.

What would you like to see from Project Glass aka Google Glasses? 

  • I would like to see AR LARP game apps. 
  • I would like apps that guide me through home improvement and auto repair tasks.
  • I would like AR cooking apps that can guide me through various recipes.
  • I would like an AR shopping app that offers information about products like nutrition, diet, price comparison, and ethical business practices.
  • I would like enhanced vision like magnification (microscope & telescope) and night vision.
  • I would like an encyclopedia or Wikipedia AR app.
  • I would like a flight recorder app that’s stored on the cloud, as a crime deterrence.
  • I would like a face recognition app that not only stores information about personal contacts but also has information about criminals or people I want to avoid.
  • I would like an app that helps with sports, such as a speedometer for jogging or something that tracks baseballs, golf balls, soccer balls and etc.

 

 


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