Tag Archive: google search


Surya R Praveen Jean-Luc Picard as a Borg

Further establishing itself as the Borg of the web, Google is adding a Knowledge Graph capability to its search engine. Simply put, Google will now try and answer your question right on the search results page — no need to actually visit Wikipedia or your favorite travel information site when Google can simply absorb their data and present it to you nicely formatted along with a few choice ads. Google already has most of the video content on the web through YouTube, most of the geographic information through Maps and Earth, and an increasing share of the email, so why not? The user gets a quicker, and likely more useful, set of facts about their search.

At a glance, faster results are a no-brainer benefit for everyone. But like the spread of cheap, imported goods, there is a corrosive downside. Web publishers get cut out of the loop, risking their business models and ability to create the content that we all rely on. Google risks crushing the web in its embrace — unintentionally loving it to death. Looking more closely at Knowledge graph shows how the process works and why you may want to worry more than a little about it.

The Google Knowledge Graph — Baby steps to an information monopoly?

Google’s Knowledge Graph is brand new — “only” containing an estimated 3.5 billion facts about 500 million objects — but of course it will grow as rapidly as the Googleplex can organize additional information. Even now it is a powerful tool for those who want quick answers, and don’t like wasting their time surfing to get them — loosely described as semantic search. For comparison, Wikipedia currently has less than 30 million pages. When Google decides a search is about one of the 500 million objects it has categorized, it displays the facts it has about that object in a separate “knowledge panel” on the right of the page. Traditional search results and ads appear in the main body of the page on the left.

Surya R Praveen Google Knowledge Graph results for Bronx Zoo search

Google’s Knowledge Graph shows not just links for the Bronx Zoo, but a panel of facts on the right-hand side of the page

You can see here that Google has pulled out a map showing the location of the Zoo, along with some facts from Wikipedia — which to its credit are linked and attributed to Wikipedia. It also shows me other topics that those curious about the Bronx Zoo are interested in. Interestingly, the knowledge panel is less useful in this case than the first search result — which reports the top links from the Bronx Zoo site itself — but for many topics which don’t have a definitive website the knowledge panel is a handy place to get started with research.

Google vs. Bing: Do you trust the web or your friends?

While Google is using brute force to tame all the information on the planet in its effort to bootstrap the semantic web, Bing is taking a more surgical, and social, approach — by sifting through data about and from your friends to decide what might be important to you. Once you turn on Bing’s new Sidebar and sign into Facebook, Bing will happily crawl through any and all information it can find in your friends’ profiles or posts to cough up a variety of factoids. Some can be very useful — like a friend’s photo album from a place you’re interested in visiting, or the fact that someone has just reviewed a movie you’re curious about. Others are at best trivia — like the information that a long-lost business colleague used to live 100 miles from a place you’re considering for vacation, or that the musician “Taj Mahal” recently tweeted, shown in response to an attempt to find out which friends might know something about the Taj Mahal in India.

Surya R Praveen Google Plus LogoComparing the two, so far I’d give the edge to Google and the Knowledge Graph. Useful snippets from friends (and I’ve got around 800 FB friends, so that should be a good sample) are few and far between in my efforts to use the new Bing sidebar. I can see that with time and improved linking technology the amount of useful information from friends will improve, but it’s hard to guess by how much. For my Bronx Zoo example, Bing’s sidebar coughed up a photo of a friend’s daughter, presumably taken at the zoo, as well as letting me know that two of my friends used to live in north New Jersey towns. None of it very useful in planning my event there.

Bing also offers an “ask friends” where I can ask my friends to help me with a search. Frankly, I’m not willing to even experiment with that. If I have a topic that I’m not sure how to approach, I’m old-fashioned enough to mail a couple friends who I think might be able to help out. So posting a search would only be useful if I could make it visible to just a few friends, instead of all 800 — but that doesn’t seem possible yet. Ironically, because of the way Google+ got started — with circles from the beginning — the same idea might actually work for me if Google implemented it so that I could ask a particular circle. Hopefully Bing will also allow the feature to be restricted to particular lists of friends.

One advantage of Bing’s Social Search over Google’s Search Plus Your World, at least for me, is that Bing clearly separates the social results from web search results. It is confusing and frankly a little weird to be doing a web search on Google and have various posts and articles written by me or my friends mixed willy-nilly into the results. Sometimes they’re useful, but other times they just get in the way since I’m really trying to look outward for new information, not navel-gazing by re-reading my old articles.

Knowledge Graph: The end of web publishing?

Like the snake that eats its own tail, there is a very serious problem with the way Google’s Knowledge Graph is likely to grow. Over time it will pull more and more information into its database — likely it has already swallowed the useful parts of Wikipedia — and give users less reason to actually traverse the web and visit any of the sites from which it has gotten its information. In turn, of course, that will starve those sites of needed revenue (or in the case of Wikipedia, attention and donations) and cause them to slow their acquisition and publication of knowledge. How long will it be before the “Report a Problem” feature of Google’s Knowledge Graph becomes more important to the web than submitting a correction through the arduous Wikipedia edit and review process? The resulting paradigm clearly isn’t stable.

This problem isn’t lost on Google, although its current answers aren’t particularly satisfying. Google’s executive in charge of search, Amit Singhal, says that as search engines improve, users perform more searches and also create more traffic to external websites. The trouble with that bromide is that in the past the improvements have been related to providing more accurate links to external sites — inviting increased browsing — and now they are being geared at providing answers directly on the Google site, which is an entirely different thing that might well decrease subsequent browsing.


Google’s head of Search, Amit Singhal, at SMX on the issue of how Google’s Knowledge Graph affects publishers.

Singhal also explains that to survive websites have to move further up the value chain, and not simply answer questions the search engine is able to. He uses the annoying and trivial example of a site providing the answer to “2+2.” Unfortunately, that answer shows the issue isn’t really deeply concerning to him, and apparently to Google. There is no “bright-line rule” beyond which Google won’t venture, only practical limits on its technology. This sounds very similar to the issue with PC utility software vendors providing services which are eventually bundled into the operating system. Realistically, it’s a warning shot across the bow of publishers that Google considers anything anyone wants to know as fair game, and if it can figure out how to provide that knowledge within its ecosystem and keep all the money — it will.

Once Google has effectively tied its Knowledge Graph into its digitized library of almost every book on the planet and scraped the contents of the semantic web into its Googleplex, it will have a practical monopoly on access to many kinds of information — even if you have a site with some other perspective, users will likely need to find it through Google. Public opinion, and in turn public policy, will get shaped by which factoids Google serves up in response to controversial searches like “climate change” or “intellectual property protection.”

Surya R Praveen Google Knowledge Graph results for Global Warming search

Google Knowledge Graph results for global warming feature a well-known climate skeptic and an activist. Fair and balanced, maybe, but certainly a step towards editorial control coming from Google.

There is something more than a little insidious and even terrifying about this prospect. By declaring itself a repository of knowledge, rather than just an honest broker providing equal access to resources on the web, Google is making itself the sole arbiter of truth — or at least sole editor of the presented truth. Even Wikipedia provides an open, community-driven, process for editing, reviewing, and correcting facts as part of serving the community. If Google continues down its current path without articulating a clear set of transparent checks, balance, and access rules — or limiting itself to the role of a “common carrier” for the web’s information — it is likely we’ll soon hear a clamor for extending anti-trust regulations to limit monopolies on the access to knowledge.

Read more about Knowledge Graph, or the semantic web

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Surya R Praveen The semantic web (kinda)

Web searchers these days are a sophisticated bunch. We expect more from our search results, and sometimes a list of links just doesn’t cut it. Plus, who wants to muddle around those results trying to find precisely what you’re looking for? Shouldn’t a search engine know what you want? That’s why search engines, including heavy hitters such as Google and Bing, are beginning to look for ways to get you the information you want more quickly.

The latest attempt to make search results more relevant is by peering into the meaningof your search query itself. This is called semantic search.

What is semantic search?

Semantics is the study of the meaning and relation of words together. When applied to search, it allows a search engine to return results to a query based on what it believes the searcher is intending to find. For example take a search for “Philadelphia.” While the standard search may return the city’s official website, its tourist bureau, and other information, a semantic search goes further.

These results are a little more abstract: for example the city’s location, its population, the climate, and other facts about the city. In some cases, search engines are already providing semantic results. A Google search for “population of Philadelphia” displays the result — 1,528,306 — along with a graph of historical population data. Searching for “xanax” brings up a short description of the drug aprazolam and its uses.

Search companies in essence are hoping that they can answer your question without ever leaving the site. This strategy may not be beneficial to those sites who depend on Google and others to drive traffic to their own sites, but it certainly means more page views for the search engines and more chances to sell advertising.

Who’s using semantic search?

Surya R Praveen Ask JeevesArguably the core concept of semantic search itself and the desire on the part of consumers for such functionality could be traced back to Ask Jeeves. When the search engine debuted in 1996, it brought with it a whole new way of searching the web. Instead trying to figure out the right search terms to use, users were told to phrase their searches in the form of a question. While it was not truly semantic search, this changed the way people interacted with search engines.

True semantic search did not appear on a larger scale until 2005 when Google introduced Q&A. From the search terms entered into the search box, Google attempted to anticipate what the user was looking for across a variety of subjects, such as celebrities, movies, and the elements. WhenMicrosoft debuted Bing in 2009, the company leaned heavily on semantics to differentiate itself from competitors. The company argued that searchers are looking for more than just a list of links.

Wolfram Alpha takes Bing’s concept even further. Instead of combining traditional with semantic search as Google and Bing have done, Wolfram Alpha is completely semantic. Entering queries into the search box returns results from preexisting sets of data. Like Ask, you enter your query in the form of a question but Wolfram Alpha attempts to answer the question directly.

How will it change traditional search?

As long as search has existed, web denizens have played the game known as “search engine optimization.” The goal of SEO is to design websites in such a way that it can be easily parsed by search engine web crawlers, and make it so that the content of that site is optimized to appeal to the engines. Emphasis is usually placed on writing text in such a way that keywords associated with possible search queries appear prominently and repeatedly.

Semantic search changes the way SEO works. Website managers can no longer pack sites with keywords in the hope that Google’s algorithms will look favorably upon it for higher ranking. Additional emphasis is placed in the content surrounding those keywords. Does the text play well with those keywords, anticipating the intent of person searching? In other words, the game will be over — ranking high on a search engine that properly uses semantics will not be easy and will require a good deal more work.

Websites will also be competing with the search engines themselves. Part of the goal of incorporating semantic results into traditional ones is answering the searcher’s question before needing to go elsewhere for it. This means more page views for the search engine, and less for those who may have relied on Google, Bing, and others for a good deal of referral traffic. SEO takes a backseat as the content itself becomes much more important.

For users, semantic search changes the way we interact with search. Instead of being a stop along the way of looking for what we might need, the search engine becomes a destination. Why search around the web when the answer is right there? Search companies like this for the reasons I just mentioned, and users will appreciate it because it drastically simplifies the search process.

Is semantic search the “holy grail?”

Surya R Praveen Google SpyGoogle and Bing (and Wolfram Alpha, too) are embracing semantic search in a big way, but there are limits. While it is nice to enter a question into a search engine such as “What’s the weather going to be in New York City tomorrow?” and get an answer right away, not all searches need to be so specific. Sometimes there’s a need for more vague research when you’re searching, and the standard list of links works well.

Another issue is accuracy. Search engines will need to stay on top of the data they lean on to respond to semantic queries. What if the data is wrong? They search engines won’t just be linking to the data, they’ll also be presenting it. Sometimes it’s good to have that list of links, because one site may be telling you one thing, and the rest something completely different. What if these sites use Wikipedia? Many of those articles aren’t always 100% right. Semantic results will require a great deal more oversight on the part of the search engine itself to ensure accuracy.

Then there’s the issue of playing favorites. With traditional search, getting listed costs you nothing other than time and effort. With semantic search, that result has to come from somewhere. Semantic search could arguably become just another type of sponsored result, a very effective and prominent method of advertising for those who can afford it. Google already sells those top spots to advertisers. Why not make those results semantically aware. That weather could be “powered by The Weather Channel” for example.

It might not lead to a click per se, but that visual reinforcement goes a long way the next time somebody’s looking for weather information. Who might they think of? Hopefully The Weather Channel first.

Semantic search shows a lot of promise to change the way we search. For the webmaster, it changes the game of getting your site high up in search results. For the user, it will hopefully make our searches more relevant as it will attempt to guess our intent rather than a literal interpretation of every search term we type in. Will it also change the search giants’ stance against pay-for-play when it comes to search results? That remains to be seen, but the groundwork has certainly been laid.

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Surya R Praveen Google Music

In the wake of the Megaupload takedown, it might seem like a good time to back away from increasingly locked-down cloud storage. After all, you don’t want to lose all your media if the worst happens. At least one digital locker is bucking the trend: Google Music. The search giant’s cloud music service added a new feature this week; US users can now download their entire MP3 library, both purchased and uploaded tunes. The result might be the ultimate free music locker.

When Google Music launched, it offered users a handy desktop app that monitored the entire music library on a PC, helpfully uploading new tunes to the cloud. Many users spent days getting all their songs into Google only to realize that, in some misguided effort to appease overly-cautious music labels, those songs were stuck in the cloud. Only purchased songs could be downloaded to a local PC, which made Google Music a pretty awful backup option.

Under the new policy, you can use the Google Music Manager software to download the entire library, or songs can be downloaded individually from the web interface (although you are limited to two downloads per track there). Should you ever lose any music, anything you uploaded to, or bought from Google can be restored.

Surya R Praveen Google Music DownloadThis simple change means that Google Music makes enormous sense as a music backup service. Google has confirmed that accounts will remain free, and you can put 20,000 tracks in your account. That’s more than enough for most users, and you never have to worry about manually backing up. Google’s Music Manager keeps your cloud up to date while sitting quietly in the background.

The other cross-platform music locker of note is Amazon, which turned some heads last year when they began offering free upgrades to 20GB accounts with any album purchase. These accounts also have unlimited music storage space. The only problem is that it’s been almost a year since Amazon started offering the deal, and unless you pay the $20 membership fee, it’s back to the free 5GB plan very soon. Only music bought from Amazon gets unlimited storage then.

Because Amazon’s music uploader app doesn’t run as a service, you have to manually update your Cloud Player library, which is less than ideal for backup. Amazon also lacks an option to download all your music at once like the Google Music Manager does. If you need to restore your tunes after a catastrophe, you don’t want to go one album at a time.

Google Music now has all the hallmarks of a truly great backup system for your music. It updates itself, offers ample free storage, and lets you blast your collection down onto any hard drive with the Music Manager software. Android users also get the added extras of mobile streaming and caching. Even if you don’t plan to stream tracks from Google Music, it can’t hurt to have a free backup of your tunes in Google’s cloud.

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Surya R Praveen Google Driverless Car Diagram

What business is Google in? Collecting patents may be the overarching line of business. Google just got another patent, for its self-driving car project, this one for a method of shifting between self-driving and autonomous driving mode when it comes time to find a parking space. It shifts when it encounters a landing strip with information on parking. The info could be a QR code or some kind of radio communication to an onboard transceiver or a connected cellphone.

The patent was issued Dec. 13, 14 months after Google first disclosed its self-driving car. The patent is for “transitioning a mixed-mode autonomous vehicle from a human driven mode to an autonomously driven mode. Transitioning may include stopping a vehicle on a predefined landing strip and detecting a reference indicator.” In one scenario, it appears, a driver is looking for a parking space and drives over a giant QR code on a street or in a parking garage. The QR code might either have exact directions to a specific parking spot, or it might link to a parking garage database of which parking slots are open.

Surya R Praveen google driverless carGoogle’s search is excellent at taking vague or unfocused queries and giving you good information online. This Google patent app, most commentators agree, is so vague it leaves you guessing exactly what they’re up to, sort of the opposite of what Google usually does. For instance, the cited indicator may be a big QR code in the road; it could be short-range radio such as DSRC (dedicated short range communications) that in a decade or so might be employed by cars to warn each other that they’re braking or shifting lanes or running a yellow light. Google doesn’t say QR code; it uses the term “reference indicator.”

Google tech isn’t the first to find parking spaces. Ford has it already with automated parking assist: Drive along the street slowly and sonar from front-rear-side sensors already on the car measure openings and tell you if there’s enough room to park the car you’re driving. It’s spot-on accurate (other than not being able to recognize parking spaces with fire hydrants) and it’s almost self-driving. You stop the car, put it in reverse, and Ford drives the car into the parking space in about 10 seconds. You do have to apply the brakes at the end.

This patent isn’t critical to self-driving cars. But it suggests that as Google builds a patent portfolio in the autonomous driving arena, some will be useful to a mainstream automaker doing its first self-driving car, and Google might want to engage in a little horse-trading: access to the Google patents in exchange for Google getting access to your dashboard and infotainment system.

See details on Patent 8,078,349, via TechRadar

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